mhurhangee/ep-ind-claims huggingface dataset:
A method of generating random numbers, comprising: providing a batch of material samples, wherein each material sample in the batch of material samples has a material surface, wherein the compositions of the batch of material samples are substantially the same, and are produced by substantially the same process; measuring one or more material properties of each material surface in the batch of material samples, the measured one or more material properties having variability based on surface variations of the material surfaces related to a substructure or a texture of the material surfaces; deriving one initial random bit stream from the measured one or more material properties for each material surface in the batch of material samples to obtain a plurality of initial random bit streams; combining the plurality of initial random bit streams from the batch of material samples to arrive at a combined random bit stream, and generating the secondary random bit streams by applying a randomness extraction algorithm to the combined random bit stream. providing a batch of material samples, wherein each material sample in the batch of material samples has a material surface, wherein the compositions of the batch of material samples are substantially the same, and are produced by substantially the same process; measuring one or more material properties of each material surface in the batch of material samples, the measured one or more material properties having variability based on surface variations of the material surfaces related to a substructure or a texture of the material surfaces; deriving one initial random bit stream from the measured one or more material properties for each material surface in the batch of material samples to obtain a plurality of initial random bit streams; combining the plurality of initial random bit streams from the batch of material samples to arrive at a combined random bit stream, and generating the secondary random bit streams by applying a randomness extraction algorithm to the combined random bit stream.
A correction method for a gyro sensor which measures angular velocity of a vehicle about an axis in a vertical direction, comprising: a generation process of performing a process on a difference (E (n)) between a measured azimuth (Vs) obtained by performing a process on a sensor output, which is an output from the gyro sensor, and a vehicle azimuth (Vd) estimated by using markers arranged along a traveling road of the vehicle to obtain correction information; and a correction process of correcting the sensor output or the measured azimuth (Vs) by using the correction information, wherein the correction information is information indicating a temporal change of the difference (E(n)), wherein the correction process is a process of correcting the sensor output or the measured azimuth (Vs) with a correction amount based on the correction information, characterized in that the correction information includes at least a gradient a of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the output from the gyro sensor by the correction amount corresponding to the gradient a, or the correction information includes at least a gradient a and an intercept b of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the measured azimuth by the correction amount obtained by multiplying a value of the gradient a by an elapsed time T from a starting point of the temporal change of the difference and adding a value of the intercept b. a generation process of performing a process on a difference (E (n)) between a measured azimuth (Vs) obtained by performing a process on a sensor output, which is an output from the gyro sensor, and a vehicle azimuth (Vd) estimated by using markers arranged along a traveling road of the vehicle to obtain correction information; and a correction process of correcting the sensor output or the measured azimuth (Vs) by using the correction information, wherein the correction information is information indicating a temporal change of the difference (E(n)), wherein the correction process is a process of correcting the sensor output or the measured azimuth (Vs) with a correction amount based on the correction information, characterized in that the correction information includes at least a gradient a of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the output from the gyro sensor by the correction amount corresponding to the gradient a, or the correction information includes at least a gradient a and an intercept b of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the measured azimuth by the correction amount obtained by multiplying a value of the gradient a by an elapsed time T from a starting point of the temporal change of the difference and adding a value of the intercept b.
An air duct machine with switchable air-out directions, comprising a housing, a first fan, a second fan and a control mechanism, wherein the first fan and the second fan are both mounted in the housing, the housing has a first vent and a second vent, the first vent is disposed on the side of the first fan and the second vent is disposed on the side of the second fan, and a communicating air channel is formed between the first vent and the second vent, wherein the first vent is located at the lateral side of the housing, and the second vent is located at the bottom side of the housing, in an air-out state of the first vent, the first fan serves as an air-out fan and the second fan serves as a regulating fan, and the control mechanism is configured to control the first fan to supply air to the first vent and to control the second fan to rotate in a direction opposite to a direction in which air is supplied to the second vent; and in an air-out state of the second vent, the second fan serves as an air-out fan and the first fan serves as a regulating fan, the control mechanism is configured to control the second fan to supply air to the second vent and to control the first fan to rotate in a direction opposite to a direction in which air is supplied to the first vent, characterized in that a rotational speed W 2 of the regulating fan and the rotational speed W 1 of the air-out fan satisfy the following relationship: W 2 = W 1 / 3 + A, wherein 60r/min ≤ A ≤ 120r/min, and wherein the range of a rotational speed W 1 of the air-out fan is 400r/min-1400r/min. wherein the first vent is located at the lateral side of the housing, and the second vent is located at the bottom side of the housing, in an air-out state of the first vent, the first fan serves as an air-out fan and the second fan serves as a regulating fan, and the control mechanism is configured to control the first fan to supply air to the first vent and to control the second fan to rotate in a direction opposite to a direction in which air is supplied to the second vent; and in an air-out state of the second vent, the second fan serves as an air-out fan and the first fan serves as a regulating fan, the control mechanism is configured to control the second fan to supply air to the second vent and to control the first fan to rotate in a direction opposite to a direction in which air is supplied to the first vent, characterized in that a rotational speed W 2 of the regulating fan and the rotational speed W 1 of the air-out fan satisfy the following relationship: W 2 = W 1 / 3 + A, wherein 60r/min ≤ A ≤ 120r/min, and wherein the range of a rotational speed W 1 of the air-out fan is 400r/min-1400r/min.
Semiconductor module having a housing, at least one semiconductor component, a first substrate and a second substrate, wherein at least the semiconductor component and the first substrate are arranged in the housing, wherein the semiconductor component is electrically conductively connected to at least one pin, wherein the at least one pin is in contact with the second substrate and is connected within the housing in a non-releasable manner, wherein the first substrate is connected via the at least one pin in a non-positive locking manner in the housing, wherein the non-positive locking connection is produced by clamping, wherein the pin in a first contact region has a press-fit connection which, when the non-positive locking connection is formed, is deformed elastically and/or plastically with the first substrate, wherein the first substrate has a first recess which at least in part encompasses the pin, wherein at least in the region of the first recess the first substrate has a metal coating with the result that the first substrate is electrically conductively connected to the semiconductor component, wherein the metal coated first recess is designed as an open recess, which encompasses the pin in part in the first contact region. wherein at least the semiconductor component and the first substrate are arranged in the housing, wherein the semiconductor component is electrically conductively connected to at least one pin, wherein the at least one pin is in contact with the second substrate and is connected within the housing in a non-releasable manner, wherein the first substrate is connected via the at least one pin in a non-positive locking manner in the housing, wherein the non-positive locking connection is produced by clamping, wherein the pin in a first contact region has a press-fit connection which, when the non-positive locking connection is formed, is deformed elastically and/or plastically with the first substrate, wherein the first substrate has a first recess which at least in part encompasses the pin, wherein at least in the region of the first recess the first substrate has a metal coating with the result that the first substrate is electrically conductively connected to the semiconductor component, wherein the metal coated first recess is designed as an open recess, which encompasses the pin in part in the first contact region.
A stable crystal form selected from: (a) an anhydrous coordination polymer comprising lithium cations, fumarate anions and isonicotinamide molecules, suitably in a molar ratio of 2:1:2; and (b) an anhydrous coordination polymer comprising lithium cations, succinate anions and isonicotinamide molecules, suitably in molar ratio of 2:1:2. (a) an anhydrous coordination polymer comprising lithium cations, fumarate anions and isonicotinamide molecules, suitably in a molar ratio of 2:1:2; and (b) an anhydrous coordination polymer comprising lithium cations, succinate anions and isonicotinamide molecules, suitably in molar ratio of 2:1:2.
A liquid crystal display comprising: a first substrate; a gate line extending in a first direction and disposed on the first substrate; a first data line and a second data line extending in a second direction which cross the first direction and disposed on the first substrate; and a pixel connected to the gate line, the first data line and the second data line; wherein the pixel comprise a first thin film transistor (Qa) connected to the gate line and to the first data line; a first subpixel electrode connected to the first thin film transistor (Qa); a second thin film transistor (Qb) connected to the gate line and to the second data line; a second subpixel electrode connected to the second thin film transistor (Qb); characterized in that the pixel (Px) further comprises a third thin film transistor (Qc) connected to the gate line and to the first data line; a fourth thin film transistor (Qb) connected to the gate line and to the second data line; and a third subpixel electrode connected to the third and fourth thin film transistors (Qc, Qd). a first substrate; a gate line extending in a first direction and disposed on the first substrate; a first data line and a second data line extending in a second direction which cross the first direction and disposed on the first substrate; and a pixel connected to the gate line, the first data line and the second data line;
A method comprising: determining, via an analog circuit, whether an access rate of a memory row associated with a memory device exceeds a threshold between refreshes; generating, via the analog circuit, an alert to indicate possible corruption of data stored in an adjacent row to the memory row in response to a determination that the access rate exceeds the threshold; and refreshing the adjacent row to the memory row whose access rate exceeds the threshold between refreshes. determining, via an analog circuit, whether an access rate of a memory row associated with a memory device exceeds a threshold between refreshes; generating, via the analog circuit, an alert to indicate possible corruption of data stored in an adjacent row to the memory row in response to a determination that the access rate exceeds the threshold; and refreshing the adjacent row to the memory row whose access rate exceeds the threshold between refreshes.
Rotationally elastic coupling, which comprises a first coupling part having elastomers, wherein the elastomers are arranged in the first coupling part in such a way that a force is transferable to a second coupling part by the elastomers when the first coupling part and the second coupling part are connected to one another, and a switching element arranged in a first elastomer is provided, characterized in that the switching element is electrically connected to an actively operated transmitter, wherein the transmitter is at least partially arranged in the first elastomer of the elastomers.
A method comprising: intercepting, by a multiplexer module of a source kernel deployed in a source appliance, a service call initiated by a client process of a client deployed in the source appliance, wherein the service call is a request for provision of an internal service by a server deployed in a target appliance, the service call comprises an identifier, and the identifier identifies the internal service; determining, by the multiplexer module, whether one or more rules of a plurality of rules are specified for the identifier; in response to a determination that the one or more rules are specified for the identifier, generating, by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding, by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and in response to a determination that no rules of the plurality of rules are specified for the identifier, forwarding, by the multiplexer module, the service call to the server. intercepting, by a multiplexer module of a source kernel deployed in a source appliance, a service call initiated by a client process of a client deployed in the source appliance, wherein the service call is a request for provision of an internal service by a server deployed in a target appliance, the service call comprises an identifier, and the identifier identifies the internal service; the service call is a request for provision of an internal service by a server deployed in a target appliance, the service call comprises an identifier, and the identifier identifies the internal service; determining, by the multiplexer module, whether one or more rules of a plurality of rules are specified for the identifier; in response to a determination that the one or more rules are specified for the identifier, generating, by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding, by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and generating, by the multiplexer module, a service packet by multiplexing client information and information specified in the service call, and forwarding, by the multiplexer module, the service packet to a demultiplexer module of a target kernel deployed in the target appliance; and in response to a determination that no rules of the plurality of rules are specified for the identifier, forwarding, by the multiplexer module, the service call to the server.
A transmission line monitoring system, comprising: a LIDAR clearance sensor; and a controller for processing data from the clearance sensor to assess geometry and/or motion of transmission line conductors; wherein the clearance sensor is angled to scan the conductors between 30 degrees and 80 degrees above horizontal and generates three-dimensional point cloud measurements, and the LIDAR clearance sensor is configured to be mounted to a transmission line tower supporting the conductors wherein the controller is configured to generate, from the three-dimensional point cloud measurements, mathematical lines-of-best-fit that model and extrapolate a shape and measure a position of each conductor of the transmission line in three dimensions. a LIDAR clearance sensor; and a controller for processing data from the clearance sensor to assess geometry and/or motion of transmission line conductors; wherein the clearance sensor is angled to scan the conductors between 30 degrees and 80 degrees above horizontal and generates three-dimensional point cloud measurements, and the LIDAR clearance sensor is configured to be mounted to a transmission line tower supporting the conductors wherein the controller is configured to generate, from the three-dimensional point cloud measurements, mathematical lines-of-best-fit that model and extrapolate a shape and measure a position of each conductor of the transmission line in three dimensions.
A method for handling server overload, comprising: - providing a part or all of the functionality of a server application by a server function; said server function comprising one or more offloadable server functions that provide a part or all of the functionality of the server application, and which may be loaded on other resources; - detecting a server load by a load detection function constructed to determine if the server function is in or close to an overload situation; and - providing resource providers (5, 18) able to provide resources for hosting said offloadable server functions, - selecting one of the resources from the resource providers, by a resource provider lookup function comprised in the server; - redirecting detected client requests to an offloaded server function on the selected resource (3, 6) in response to the load detection function detecting an overload situation, the method being characterized in that it further comprises - retrieving addresses of communication devices that are close to attack sources at the upstream; - transmitting the offloaded server function to a resource provider in a defence position at the upstream. - providing a part or all of the functionality of a server application by a server function; said server function comprising one or more offloadable server functions that provide a part or all of the functionality of the server application, and which may be loaded on other resources; - detecting a server load by a load detection function constructed to determine if the server function is in or close to an overload situation; and - providing resource providers (5, 18) able to provide resources for hosting said offloadable server functions, - selecting one of the resources from the resource providers, by a resource provider lookup function comprised in the server; - redirecting detected client requests to an offloaded server function on the selected resource (3, 6) in response to the load detection function detecting an overload situation, the method being characterized in that it further comprises - retrieving addresses of communication devices that are close to attack sources at the upstream; - transmitting the offloaded server function to a resource provider in a defence position at the upstream. - selecting one of the resources from the resource providers, by a resource provider lookup function comprised in the server; - redirecting detected client requests to an offloaded server function on the selected resource (3, 6) in response to the load detection function detecting an overload situation, - retrieving addresses of communication devices that are close to attack sources at the upstream; - transmitting the offloaded server function to a resource provider in a defence position at the upstream.
An apparatus for manufacturing mineral wool, the apparatus including means for producing molten mineral material, at least one fiberizing device for forming fibres, into which fiberizing device the molten mineral material is fed and by which fibres are formed, the fiberizing device comprising, rotationally arranged around a vertical axis, at least one fiberizing plate having a vertical peripheral edge, into which are formed numerous small-sized holes, through which the molten material is led by centrifugal force to form fibres, wherein to the fiberizing device are arranged elements to produce a vertical flow of blowing medium to be led around the fiberizing plate, the flow causing the fibres to turn downwards and, at the same time, to thin, as well as a collection device arranged downstream the fiberizing device, into which the formed fibres are led and collected into a mat-like material, characterized in that the apparatus includes at least two fiberizing devices, which are placed at different height levels with each other and at different horizontal distances from the collection device, and that in connection with said at least one fiberizing plate of each fiberizing device is arranged a conveying device, where the fibres are brought before reaching the collection device and wherein the conveying device comprises: a horizontal channel located between the fiberizing plate and collection device, and air producing means for transporting fibres to the collection device. a horizontal channel located between the fiberizing plate and collection device, and air producing means for transporting fibres to the collection device.