mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a manager (103, 3500) configured to manage access to at least one server based on authentication keys, said authentication keys being utilized between a first managed host having a client and a second managed host having a server, and said authentication keys being stored on said managed hosts (110, 120); wherein said manager (103, 3500) is external to said first managed host and second managed host, the manager comprises a discoverer (3502, 3700) configured to collect information about the authentication keys stored on said managed hosts, and the manager is further configured to automatically manage said authentication keys stored on said managed hosts based on the collected information, the manager comprising at least one of: a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts. a manager (103, 3500) configured to manage access to at least one server based on authentication keys, said authentication keys being utilized between a first managed host having a client and a second managed host having a server, and said authentication keys being stored on said managed hosts (110, 120); wherein said manager (103, 3500) is external to said first managed host and second managed host, the manager comprises a discoverer (3502, 3700) configured to collect information about the authentication keys stored on said managed hosts, and the manager is further configured to automatically manage said authentication keys stored on said managed hosts based on the collected information, the manager comprising at least one of: a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts. a trust relationship installer configured to install a trust relationship between the managed hosts, a trust relationship remover configured to remove a trust relationship from between the managed hosts, a trust relationship converter configured to convert an existing trust relationship of a first type to a trust relationship of a second type, and a command restriction enforcer configured to add a command restriction to an existing trust relationship between the managed hosts.
A computer implemented method for structural health monitoring of a fluid container that is configured to store fluids, the method comprising: a) with a plurality of fluid sensors (14, 18) that are distributed around and/or within a structure of the fluid container: measuring a gas level value of a gas that emanates from a fluid within the fluid container; b) from a database: retrieving gas leakage data that are indicative of a gas leakage rate of the fluid container; and c) with a classifier apparatus: classifying a gas leak of the fluid container by determining the gas leak to be a large gas leak, if individual fluid sensors (14, 18) report a gas level value increase above a first threshold determined by the gas leakage data, or determining the gas leak to be a small gas leak, if individual fluid sensors (14, 18) report a gas level value increase below the first threshold but above a second threshold that is non-zero and lower than the first threshold, characterized in that in step c) the classifier apparatus determines the fluid container to have degraded, if a predetermined number or a majority of individual fluid sensors reports a gas level value increase above a third threshold that is derived from the gas leak data. a) with a plurality of fluid sensors (14, 18) that are distributed around and/or within a structure of the fluid container: measuring a gas level value of a gas that emanates from a fluid within the fluid container; b) from a database: retrieving gas leakage data that are indicative of a gas leakage rate of the fluid container; and c) with a classifier apparatus: classifying a gas leak of the fluid container by determining the gas leak to be a large gas leak, if individual fluid sensors (14, 18) report a gas level value increase above a first threshold determined by the gas leakage data, or determining the gas leak to be a small gas leak, if individual fluid sensors (14, 18) report a gas level value increase below the first threshold but above a second threshold that is non-zero and lower than the first threshold, characterized in that in step c) the classifier apparatus determines the fluid container to have degraded, if a predetermined number or a majority of individual fluid sensors reports a gas level value increase above a third threshold that is derived from the gas leak data.
A memory storage device comprising: a memory controller; and a status indicating circuit, wherein the memory controller is configured to perform a first and a second initialization operation in response to turning-on of the memory storage device, to generate a first status parameter regarding a status of the memory storage device in which the first initialization operation has been performed, and to generate a second status parameter regarding the status of the memory storage device in which the second initialization operation has been performed, the status indicating circuit includes, a first transistor which is configured to operate on the basis of the first status parameter, a first resistor connected to the first transistor, a second transistor which is configured to operate on the basis of the second status parameter, and a second resistor connected to the second transistor, wherein a gate of the first transistor receives the first status parameter, a first source/drain of the first transistor is connected to a terminal voltage (Vterm), a second source/drain of the first transistor is connected to one end of the first resistor, and the other end of the first resistor is connected to a node, and wherein a gate of the second transistor receives the second status parameter, a first source/drain of the second transistor is connected to the terminal voltage (Vterm), a second source/drain of the second transistor is connected to one end of the second resistor, and the other end of the second resistor is connected to the node. a memory controller; and a status indicating circuit, wherein the memory controller is configured to perform a first and a second initialization operation in response to turning-on of the memory storage device, to generate a first status parameter regarding a status of the memory storage device in which the first initialization operation has been performed, and to generate a second status parameter regarding the status of the memory storage device in which the second initialization operation has been performed, the status indicating circuit includes, a first transistor which is configured to operate on the basis of the first status parameter, a first resistor connected to the first transistor, a second transistor which is configured to operate on the basis of the second status parameter, and a second resistor connected to the second transistor, wherein a gate of the first transistor receives the first status parameter, a first source/drain of the first transistor is connected to a terminal voltage (Vterm), a second source/drain of the first transistor is connected to one end of the first resistor, and the other end of the first resistor is connected to a node, and wherein a gate of the second transistor receives the second status parameter, a first source/drain of the second transistor is connected to the terminal voltage (Vterm), a second source/drain of the second transistor is connected to one end of the second resistor, and the other end of the second resistor is connected to the node.
A power amplifier circuit configured to reduce an amount of distortion in an output signal in a wired communication network, the circuit comprising: an input to receive an input signal; a distortion monitoring circuit configured to generate and output a distortion feedback signal at a first output (148, 154) of the power amplifier circuit, wherein the distortion monitoring circuit includes a first resistor network, the first resistor network coupled in a first feedback path between the input and a second output of the power amplifier circuit, the first resistor network having a first node, wherein resistance values of resistors in the first resistor network are sized to minimize a fundamental signal at the first node in the first resistor network, wherein the distortion monitoring circuit includes a second resistor network, the second resistor network coupled in a second feedback path between the input and the second output of the power amplifier circuit, the second resistor network having a second node, wherein the resistance values of the resistors in the second resistor network are sized to minimize a fundamental signal at a second node in the second resistor network, wherein at least one of the first node in the first resistor network and the second node in the second resistor network are coupled to the first output of the power amplifier circuit to provide the distortion feedback signal; and wherein the second output provides the output signal. an input to receive an input signal; a distortion monitoring circuit configured to generate and output a distortion feedback signal at a first output (148, 154) of the power amplifier circuit, wherein the distortion monitoring circuit includes a first resistor network, the first resistor network coupled in a first feedback path between the input and a second output of the power amplifier circuit, the first resistor network having a first node, wherein resistance values of resistors in the first resistor network are sized to minimize a fundamental signal at the first node in the first resistor network, wherein the distortion monitoring circuit includes a second resistor network, the second resistor network coupled in a second feedback path between the input and the second output of the power amplifier circuit, the second resistor network having a second node, wherein the resistance values of the resistors in the second resistor network are sized to minimize a fundamental signal at a second node in the second resistor network, wherein at least one of the first node in the first resistor network and the second node in the second resistor network are coupled to the first output of the power amplifier circuit to provide the distortion feedback signal; and wherein the second output provides the output signal.
A method for constructing a digital hologram representing a scene and intended to be displayed by means of a display system comprising a light modulator producing a light beam and a converging optical device designed to make the light beam converge towards a focal point, the scene being defined by a set of luminous elements, characterised in that it comprises a step of determining values respectively associated with pixels of the digital hologram by summing light contributions respectively produced by luminous elements with weighting, for each of the light contributions, by a correction coefficient depending on the area of the intersection (ε) of a surface (δ) located between the converging optical device and the focal point, and a pencil of light (φ) having a predetermined angular aperture (ω) and transmitted through the converging optical device from the luminous element producing the concerned light contribution. the scene being defined by a set of luminous elements, characterised in that it comprises a step of determining values respectively associated with pixels of the digital hologram by summing light contributions respectively produced by luminous elements with weighting, for each of the light contributions, by a correction coefficient depending on the area of the intersection (ε) of a surface (δ) located between the converging optical device and the focal point, and a pencil of light (φ) having a predetermined angular aperture (ω) and transmitted through the converging optical device from the luminous element producing the concerned light contribution.
A method of calibration on measuring apparatus for inspecting the dimensions of an artefact or workpiece, comprising: providing a master artefact in the form of a reference workpiece having dimensions which are known from a source which is external to said measuring apparatus, measuring the master artefact on said apparatus at a first temperature (#1), and producing a resulting first set of measured dimensional values of the master artefact at the first temperature, generating one or more error maps or look-up tables or functions which relate the measured dimensional values of the master artefact at the first temperature to the known dimensions of the master artefact, characterised by measuring the temperature at which the master artefact was measured, the or each error map, look-up table or function being dependent on said temperature at which the master artefact was measured. providing a master artefact in the form of a reference workpiece having dimensions which are known from a source which is external to said measuring apparatus, measuring the master artefact on said apparatus at a first temperature (#1), and producing a resulting first set of measured dimensional values of the master artefact at the first temperature, generating one or more error maps or look-up tables or functions which relate the measured dimensional values of the master artefact at the first temperature to the known dimensions of the master artefact, characterised by measuring the temperature at which the master artefact was measured, the or each error map, look-up table or function being dependent on said temperature at which the master artefact was measured.
A communication method comprising: determining a first set of subframes available for a sidelink operation; and transmitting a sidelink signal in a subframe among the first set of subframes, wherein the first set of subframes is comprised of subframes within 10240 subframes except both of a second set of subframes and reserved subframes, the second set of subframes including subframes in which sidelink synchronization signal, SLSS, is configured, the reserved subframes being determined based on a length of a bitmap configured for resource pools of the sidelink operation, characterized in that a number of the reserved subframes within the 10240 subframes is determined by a following formula: Y = X mod (the length of the bitmap), where X=10240 - (a number of the second set of subframes), and the reserved subframes are set per n subframes to subframes except the second set of subframes within the 10240 subframes, the n subframes not containing the second set, n being determined by a following formula: n = FLOOR X/Y where FLOOR is the operation of round down to the nearest integer, wherein, the second set of subframes includes at least one of downlink subframes and special subframes in TDD, and wherein, each bit of the bitmap indicates whether each corresponding subframe is a subframe used for the sidelink operation. determining a first set of subframes available for a sidelink operation; and transmitting a sidelink signal in a subframe among the first set of subframes, wherein the first set of subframes is comprised of subframes within 10240 subframes except both of a second set of subframes and reserved subframes, the second set of subframes including subframes in which sidelink synchronization signal, SLSS, is configured, the reserved subframes being determined based on a length of a bitmap configured for resource pools of the sidelink operation, characterized in that a number of the reserved subframes within the 10240 subframes is determined by a following formula: Y = X mod (the length of the bitmap), where X=10240 - (a number of the second set of subframes), and the reserved subframes are set per n subframes to subframes except the second set of subframes within the 10240 subframes, the n subframes not containing the second set, n being determined by a following formula: n = FLOOR X/Y where FLOOR is the operation of round down to the nearest integer, wherein, the second set of subframes includes at least one of downlink subframes and special subframes in TDD, and wherein, each bit of the bitmap indicates whether each corresponding subframe is a subframe used for the sidelink operation.
A method of grinding rails of a track, wherein a plurality of grinding stones arranged one following the other in a longitudinal direction of the rail are lowered for working operations onto a rail running surface and moved continuously along the rails, characterized in that the grinding stones are lifted together or separately from the rail running surface at selectable time intervals, rotated in each case by 180° about an axis extending vertically to a track plane, and then lowered again onto the rail running surface for continuing the working operation.
A dialysis system comprising: a dialysis machine; and a water purification system, the water purification system comprising a pre-treatment system and a primary treatment system, wherein the water purification system is provided within a portable unit defining an enclosure, and wherein the dialysis machine is removably provided on an upper surface of the enclosure of the portable unit (90, 190, 290); and characterised in that the portable unit (90, 190, 290) is between approximately 800 and 970 mm in height. a dialysis machine; and a water purification system, the water purification system comprising a pre-treatment system and a primary treatment system, wherein the water purification system is provided within a portable unit defining an enclosure, and wherein the dialysis machine is removably provided on an upper surface of the enclosure of the portable unit (90, 190, 290); and
A vehicle, comprising: a controller to control an operation of at least one component of the vehicle; a clock to synchronize the operation of the component of the vehicle; a memory to store a clock offset to the clock of the vehicle to adjust the synchronization of the operation of the component of the vehicle; a receiver to receive a set of heartbeat messages from a set of neighboring vehicles, each heartbeat message received from a neighboring vehicle includes a time of transmission of the heartbeat message, a location of the neighboring vehicle and a velocity of the neighboring vehicle, wherein the receiver receives each heartbeat message at a corresponding receipt time measured using the clock of the vehicle; and a processor to update the clock offset stored in the memory in response to determining concurrently an unknown clock offset and an unknown location of the vehicle at a particular time by comparing a first trilateration of distances traveled by light between the times of the transmission of the heartbeat messages and corresponding receipt times adjusted with the unknown clock offset with a second trilateration of distances between the vehicle at the unknown location and the locations of the neighboring vehicles retrieved from the heartbeat messages. a controller to control an operation of at least one component of the vehicle; a clock to synchronize the operation of the component of the vehicle; a memory to store a clock offset to the clock of the vehicle to adjust the synchronization of the operation of the component of the vehicle; a receiver to receive a set of heartbeat messages from a set of neighboring vehicles, each heartbeat message received from a neighboring vehicle includes a time of transmission of the heartbeat message, a location of the neighboring vehicle and a velocity of the neighboring vehicle, wherein the receiver receives each heartbeat message at a corresponding receipt time measured using the clock of the vehicle; and a processor to update the clock offset stored in the memory in response to determining concurrently an unknown clock offset and an unknown location of the vehicle at a particular time by comparing a first trilateration of distances traveled by light between the times of the transmission of the heartbeat messages and corresponding receipt times adjusted with the unknown clock offset with a second trilateration of distances between the vehicle at the unknown location and the locations of the neighboring vehicles retrieved from the heartbeat messages.
Chair with relative synchronous adjustment between back inclination and seat inclination, over a range between a respective zero position of back inclination ( R 0) and seat inclination ( S 0) and a respective maximum back inclination ( R max) and seat inclination (S max), comprising: a) an underframe intended to be placed on the floor; b) a base, which is rigidly fastened on the underframe; c) a seat support connected to the base, which comprises a seat region and a back region; d) two backrest brackets, which are deflectable differently from each other and fastened on one side to the base and on the other side to the back region of the seat support, e) the seat region of the seat support is articulated on the base on a stationary second axis of rotation; f) the back region of the seat support is elastically twistable, characterised in that g) the two backrest brackets are coupled independently of each other to the base on a stationary first axis of rotation; h) the two backrest brackets are articulated independently of each other to the back region of the seat support on an elastically deformable third axis of rotation; a) an underframe intended to be placed on the floor; b) a base, which is rigidly fastened on the underframe; c) a seat support connected to the base, which comprises a seat region and a back region; d) two backrest brackets, which are deflectable differently from each other and fastened on one side to the base and on the other side to the back region of the seat support, e) the seat region of the seat support is articulated on the base on a stationary second axis of rotation; f) the back region of the seat support is elastically twistable, characterised in that g) the two backrest brackets are coupled independently of each other to the base on a stationary first axis of rotation; h) the two backrest brackets are articulated independently of each other to the back region of the seat support on an elastically deformable third axis of rotation;
A combination of a contact tip and a weld wire for gas metal arc welding, the contact tip having a body with opposed ends and a bore extending between the ends wherein the weld wire is configured to extend through the bore; wherein the bore of the contact tip has an elliptical cross-sectional shape with a major axis and a minor axis, and the weld wire has a cross-sectional elliptical shape with a major axis and a minor axis, and being characterised in that the bore of the contact tip has a modified elliptical cross-sectional shape and/or the weld wire has a modified cross-sectional elliptical shape, so that a difference in the cross sectional size of the bore and the cross-sectional size of the weld wire is greater in a direction of a first axis of the bore than a second axis of the bore, wherein the first and the second axis of the bore are the minor axis and the major axis of the bore, or the first and the second axis of the bore are the major axis and the minor axis of the bore.