mhurhangee/ep-ind-claims huggingface dataset:
An operating method of a memory controller, comprising: receiving first decision data, hereinafter referred to as M-bit first decision data, from a memory device comprising memory cells, where M is a natural number, the M-bit first decision data being generated by performing a hard decision read operation and M-level soft decision read operations whereby the soft decision read operations add reliability to data read by the hard decision read operation; wherein a number of possible M-bit first decision data values for each memory cell is 2 M; the method being characterised by: converting the M-bit first decision data into second decision data (3SD), hereinafter referred to as N-bit second decision data (3SD), where N is a natural number less than M; the N-bit second decision data (3SD) being generated by performing a hard decision read operation and N-level soft decision read operations; wherein a number of possible N-bit second decision data values for each memory cell is 2 N; the converting of M-bit first decision data into N-bit second decision data comprising mapping the 2 M possible M-bit first decision data values to the 2 N possible N-bit second decision data values; and attempting a first decoding using the N-bit second decision data (3SD). receiving first decision data, hereinafter referred to as M-bit first decision data, from a memory device comprising memory cells, where M is a natural number, the M-bit first decision data being generated by performing a hard decision read operation and M-level soft decision read operations whereby the soft decision read operations add reliability to data read by the hard decision read operation; wherein a number of possible M-bit first decision data values for each memory cell is 2 M; the method being characterised by: converting the M-bit first decision data into second decision data (3SD), hereinafter referred to as N-bit second decision data (3SD), where N is a natural number less than M; the N-bit second decision data (3SD) being generated by performing a hard decision read operation and N-level soft decision read operations; wherein a number of possible N-bit second decision data values for each memory cell is 2 N; the converting of M-bit first decision data into N-bit second decision data comprising mapping the 2 M possible M-bit first decision data values to the 2 N possible N-bit second decision data values; and attempting a first decoding using the N-bit second decision data (3SD). converting the M-bit first decision data into second decision data (3SD), hereinafter referred to as N-bit second decision data (3SD), where N is a natural number less than M; the N-bit second decision data (3SD) being generated by performing a hard decision read operation and N-level soft decision read operations; wherein a number of possible N-bit second decision data values for each memory cell is 2 N; the converting of M-bit first decision data into N-bit second decision data comprising mapping the 2 M possible M-bit first decision data values to the 2 N possible N-bit second decision data values; and attempting a first decoding using the N-bit second decision data (3SD).
A communication method performed by a radio access network node in a wireless communication system, the communication method comprising: receiving, from a communication device, a first message for establishing a communication connection; wherein the method comprises: sending the first message to a default core network node; receiving, from the default core network node, a second message including first information identifying at least one target core network node; selecting at least one from a dedicated core network node based on the second message or the default core network node if no core network node based on the second message is available for serving the communication device; and sending to the selected core network node (9D, 9C), a third message including second information indicating that the first message shall not be rerouted. receiving, from a communication device, a first message for establishing a communication connection; wherein the method comprises: sending the first message to a default core network node; receiving, from the default core network node, a second message including first information identifying at least one target core network node; selecting at least one from a dedicated core network node based on the second message or the default core network node if no core network node based on the second message is available for serving the communication device; and sending to the selected core network node (9D, 9C), a third message including second information indicating that the first message shall not be rerouted. sending the first message to a default core network node; receiving, from the default core network node, a second message including first information identifying at least one target core network node; selecting at least one from a dedicated core network node based on the second message or the default core network node if no core network node based on the second message is available for serving the communication device; and sending to the selected core network node (9D, 9C), a third message including second information indicating that the first message shall not be rerouted.
A communication method applying a transmission antenna virtualization to a terminal in a wireless communication system, the method performed by the terminal and comprising: configuring one or more virtual antennas by grouping a plurality of transmission physical antennas of the terminal into each of the one or more virtual antennas, according to an antenna virtualization pattern determined based on a movement state of the terminal and a relative directional position of a base station based on a direction of movement of the terminal; and communicating with the base station through the one or more virtual antennas, wherein the antenna virtualization pattern is differently determined according to whether the relative directional position of the base station based on the direction of movement of the terminal is aligned with or perpendicular to the direction of movement of the terminal, wherein the plurality of transmission physical antennas are arranged in a two-dimensional array, and wherein the grouping is performed in a way that M transmission physical antennas among the plurality of physical antennas arranged in the two-dimensional array along the direction of movement of the terminal are grouped into one virtual antenna, when the relative directional position of the base station and the direction of movement of the terminal are perpendicular, wherein M is a natural number. configuring one or more virtual antennas by grouping a plurality of transmission physical antennas of the terminal into each of the one or more virtual antennas, according to an antenna virtualization pattern determined based on a movement state of the terminal and a relative directional position of a base station based on a direction of movement of the terminal; and communicating with the base station through the one or more virtual antennas, wherein the antenna virtualization pattern is differently determined according to whether the relative directional position of the base station based on the direction of movement of the terminal is aligned with or perpendicular to the direction of movement of the terminal, wherein the plurality of transmission physical antennas are arranged in a two-dimensional array, and wherein the grouping is performed in a way that M transmission physical antennas among the plurality of physical antennas arranged in the two-dimensional array along the direction of movement of the terminal are grouped into one virtual antenna, when the relative directional position of the base station and the direction of movement of the terminal are perpendicular, wherein M is a natural number.
A computer-implemented method of detecting data leakage, the method comprising: receiving, at a host external to a firewall of an enterprise, a data communication originating from an online account of a user device associated with the enterprise; the host performing an analysis to determine that the data communication is a candidate data leakage, based on a context of the data communication; the host encrypting the data communication using a first encryption key and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a second encryption key that is different from and commutative with the first encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; the software agent providing the software agent-encrypted database of enterprise information and the re-encrypted data communication to the host; the host performing a decrypting operation on the re-encrypted data communication to remove the encryption that it had initially applied, thereby generating a software agent-encrypted data communication; the host performing a matching operation to determine whether a match exists between the encrypted database of enterprise information and the software agent-encrypted data communication; for the match determined to exist, the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist, the host taking a second action. receiving, at a host external to a firewall of an enterprise, a data communication originating from an online account of a user device associated with the enterprise; the host performing an analysis to determine that the data communication is a candidate data leakage, based on a context of the data communication; the host encrypting the data communication using a first encryption key and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a second encryption key that is different from and commutative with the first encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; the software agent providing the software agent-encrypted database of enterprise information and the re-encrypted data communication to the host; the host performing a decrypting operation on the re-encrypted data communication to remove the encryption that it had initially applied, thereby generating a software agent-encrypted data communication; the host performing a matching operation to determine whether a match exists between the encrypted database of enterprise information and the software agent-encrypted data communication; for the match determined to exist, the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist, the host taking a second action.
A method of filling the between-pane space or spaces (6,7) of composite windowpanes (8,9) having fluid-tight inter-pane spaces filled with coloured fluids, used especially in motor cars, aeroplanes, and building structures, by means of a pump coupled with a set of storage containers for said fluids by means of tubular conduits connecting the pump and the storage containers with the fluid-tight inter-pane space or spaces (6,7) characterised in that the illumination intensity of the windowpanes (8,9) is measured with the use of a light meter and parameters of atmospheric air surrounding the composite windowpane (8, 9) of the object are measured, and then, depending on the obtained results of the measurements, empty inter-pane space or spaces (6,7) of the windowpanes are filled with a mixture of dye carriers from the system storage container in such a way, controlled by the controller running a control program, that said dye carriers, after being additively mixed with each other, result in obtaining the desired optimal homogenous colour in said inter-pane space or spaces (6,7) adapted to current weather conditions prevailing in air around the windowpanes (8,9), whereby the dye carriers filling the inter-pane spaces (5,6,7) have values of their refraction indexes close to each other.
A method for regeneration of carbonaceous adsorbent comprising the steps of: a) providing a carbonaceous adsorbent comprising Sulphur contaminants, b) pyrolysing of the absorbed Sulphur contaminants thereby generating pyrolysis gases containing SOz, c) burning off the pyrolysis gases in an incinerator thereby obtaining flue gases containing SO 2, d) cooling the flue gases, e) removing dust from the flue gases and reacting SO 2 contained in the flue gases with calcium hydroxide and/or calcium carbonate thereby producing calcium sulphite. a) providing a carbonaceous adsorbent comprising Sulphur contaminants, b) pyrolysing of the absorbed Sulphur contaminants thereby generating pyrolysis gases containing SOz, c) burning off the pyrolysis gases in an incinerator thereby obtaining flue gases containing SO 2, d) cooling the flue gases, e) removing dust from the flue gases and reacting SO 2 contained in the flue gases with calcium hydroxide and/or calcium carbonate thereby producing calcium sulphite.
An airbag housing comprising: a bottom wall; and a side wall for forming a cavity accommodating an airbag cushion together with the bottom wall, wherein at least a portion of the side wall is formed in a double layer structure, and wherein at least a portion of the airbag housing is provided with an opening (30, 40), and wherein the opening (30, 40) comprises a first opening which extends from the bottom wall to at least a portion of the side wall that is connected with the bottom wall, characterized in that an orifice is formed in the bottom wall for aligning with a gas inlet of the airbag cushion, wherein the airbag cushion is crimped at an outside area of the orifice and the bottom wall has a joining area at which the airbag cushion is crimped with the bottom wall, and wherein the first opening extends from a periphery of the joining area to at least a portion of the side wall along a longitudinal direction of the airbag housing. a bottom wall; and a side wall for forming a cavity accommodating an airbag cushion together with the bottom wall, wherein at least a portion of the side wall is formed in a double layer structure, and wherein at least a portion of the airbag housing is provided with an opening (30, 40), and wherein the opening (30, 40) comprises a first opening which extends from the bottom wall to at least a portion of the side wall that is connected with the bottom wall, characterized in that an orifice is formed in the bottom wall for aligning with a gas inlet of the airbag cushion, wherein the airbag cushion is crimped at an outside area of the orifice and the bottom wall has a joining area at which the airbag cushion is crimped with the bottom wall, and wherein the first opening extends from a periphery of the joining area to at least a portion of the side wall along a longitudinal direction of the airbag housing.
A computer-implemented method comprising: generating a snapshot comprising a state of a recently completed backup, wherein the snapshot is generated at a first point in time; determining whether a backup operation is successful, wherein the snapshot is generated prior to initiation of the backup operation, and the determining comprises detecting whether a tag file is present in a backup share; and in response to a determination that the backup operation was unsuccessful, replacing backup metadata with snapshot metadata, wherein the backup metadata is associated with the backup operation, the snapshot metadata is associated with the snapshot, the replacing the backup metadata with the snapshot metadata permits a subsequent backup operation to be performed at a second point in time based on the snapshot metadata, and the second point in time is after the first point in time, and adding a reference to the replaced metadata designating the snapshot as a backup destination for the subsequent backup operation. generating a snapshot comprising a state of a recently completed backup, wherein the snapshot is generated at a first point in time; determining whether a backup operation is successful, wherein the snapshot is generated prior to initiation of the backup operation, and the determining comprises detecting whether a tag file is present in a backup share; and the snapshot is generated prior to initiation of the backup operation, and the determining comprises detecting whether a tag file is present in a backup share; and in response to a determination that the backup operation was unsuccessful, replacing backup metadata with snapshot metadata, wherein the backup metadata is associated with the backup operation, the snapshot metadata is associated with the snapshot, the replacing the backup metadata with the snapshot metadata permits a subsequent backup operation to be performed at a second point in time based on the snapshot metadata, and the second point in time is after the first point in time, and the backup metadata is associated with the backup operation, the snapshot metadata is associated with the snapshot, the replacing the backup metadata with the snapshot metadata permits a subsequent backup operation to be performed at a second point in time based on the snapshot metadata, and the second point in time is after the first point in time, and adding a reference to the replaced metadata designating the snapshot as a backup destination for the subsequent backup operation.
A crimping tool for crimping items to a substantially ellipsoidal shape, the crimping tool comprising a first and a second die (11,21) arranged to interact with each other, each comprising a circular segment surface (12,22), wherein the dies are arranged such that the circular segments (12,22) are opposed each other forming a substantially ellipsoidal shape (E 1 -E 3) between them, wherein the first and the second interacting dies (11,21) are movable with respect to each other, characterized in that the first die is pivotally arranged to move in a part circular movement with respect to the second die (1, substantially without rotating around its own centre, wherein the circular segment of the first die at a trailing end thereof comprises an edge arranged to follow the circular segment surface of the second die, thereby continuously closing a first end of the substantially ellipsoidal shape between the circular segments (12,22).
An adjustable blade outer air seal apparatus (80;280;380;480), comprising: a case structure extending circumferentially; a support ring structure (72;272;472) mounted radially inwards of the case structure; at least one blade outer air seal segment (74;274;374;474) radially adjustably mounted relative to the support ring structure (72;272;472); characterised in that: the support ring structure (72;272;472) is non-rigidly mounted to the case structure. a case structure extending circumferentially; a support ring structure (72;272;472) mounted radially inwards of the case structure; at least one blade outer air seal segment (74;274;374;474) radially adjustably mounted relative to the support ring structure (72;272;472); characterised in that: the support ring structure (72;272;472) is non-rigidly mounted to the case structure.
Turbine with an outer casing which has an inner space, an inner side oriented towards the inner space and an outer side oriented away from the inner space, and in which there is arranged a flow passage from the outer side to the inner side for supplying coolant, wherein a baffle is arranged in the inner space, at a distance from the inner side and immediately opposite the flow passage, and is to be impinged upon by the coolant such that, in the event of impingement, the coolant can be diverted into a changed direction, characterized in that the coolant can be diverted into a direction onto a surface of a shaft.
A grass-mower, comprising: a collector which possesses a collector main-body which accommodates mowed grass to an inner part; and a collector-door lock mechanism which performs a lock of a collector-door of the collector main-body, the grass-mower comprising a manual collector-door lock releasing mechanism which releases the lock of the collector-door based on a manual operation which is performed in the inner part of the collector main-body, characterized in that the manual collector-door lock releasing mechanism is provided utilizing a stick-like member one end part of which is connected to the collector-door lock mechanism, another end part of the stick-like member protrudes to the inner part of the collector main-body, and the one end part of the stick-like member acts to the collector-door lock mechanism according to the manual operation onto the another end part of the stick-like member, and thereby the lock of the collector-door is released. a collector which possesses a collector main-body which accommodates mowed grass to an inner part; and a collector-door lock mechanism which performs a lock of a collector-door of the collector main-body, the grass-mower comprising a manual collector-door lock releasing mechanism which releases the lock of the collector-door based on a manual operation which is performed in the inner part of the collector main-body, characterized in that the manual collector-door lock releasing mechanism is provided utilizing a stick-like member one end part of which is connected to the collector-door lock mechanism, another end part of the stick-like member protrudes to the inner part of the collector main-body, and the one end part of the stick-like member acts to the collector-door lock mechanism according to the manual operation onto the another end part of the stick-like member, and thereby the lock of the collector-door is released.
A capacitive ionic touch panel system comprising: a capacitive ionic touch panel comprising a strip shaped hydrogel touch unit of length L and containing salt, and electrodes (200, 210, 220) connected to the two ends of the hydrogel touch unit, and a power source for applying a voltage to the hydrogel touch unit through the electrodes; a controller board electrically connected to the hydrogel touch unit to calculate a location of a touch point on the hydrogel touch unit; and a terminal device for receiving location information of the touch point from the controller board, and displaying the location information, characterized in that, when the hydrogel touch unit is touched at a point corresponding to a length αL from one end of the hydrogel touch unit and a length (1-α)L from the other end of the hydrogel touch unit, α is calculated as (1-α)=I 1 /I 1 +I 2 and α=I 2 /I 1 +I 2, whereby I 1 and I 2 are touch currents induced from the electrodes to the touch point, I 1 denotes the current measured at the one end and I 2 denotes the current measured at the other end, and 0≤α≤1. a capacitive ionic touch panel comprising a strip shaped hydrogel touch unit of length L and containing salt, and electrodes (200, 210, 220) connected to the two ends of the hydrogel touch unit, and a power source for applying a voltage to the hydrogel touch unit through the electrodes; a controller board electrically connected to the hydrogel touch unit to calculate a location of a touch point on the hydrogel touch unit; and a terminal device for receiving location information of the touch point from the controller board, and displaying the location information, characterized in that, when the hydrogel touch unit is touched at a point corresponding to a length αL from one end of the hydrogel touch unit and a length (1-α)L from the other end of the hydrogel touch unit, α is calculated as (1-α)=I 1 /I 1 +I 2 and α=I 2 /I 1 +I 2, whereby I 1 and I 2 are touch currents induced from the electrodes to the touch point, I 1 denotes the current measured at the one end and I 2 denotes the current measured at the other end, and 0≤α≤1.