mhurhangee/ep-ind-claims huggingface dataset:
A railroad track asset surveying system comprising: a plurality of image capture sensors (11,14,16) mounted on a railroad vehicle, wherein the image capture sensors (11,14,16) comprise a plurality sensor types configured to capture images of different dimensionality, a location determining system for images captured by the sensor (11,14,16), and an image processor configured to automatically cross reference images captured by the plurality of different types of image capture sensor (11,14,16) according to a corresponding time stamp and/or location determination between said images, the image processor comprising an asset classifier for detecting an asset in the captured images of different dimensionality and classifying the detected asset by assigning an asset type to the detected asset from a predetermined list of asset types according to one or more feature in the captured images of different dimensionality, and an asset status analyser for identifying an asset status characteristic and comparing the identified status characteristic to a predetermined asset characteristic so as to evaluate a deviation therefrom. a plurality of image capture sensors (11,14,16) mounted on a railroad vehicle, wherein the image capture sensors (11,14,16) comprise a plurality sensor types configured to capture images of different dimensionality, a location determining system for images captured by the sensor (11,14,16), and an image processor configured to automatically cross reference images captured by the plurality of different types of image capture sensor (11,14,16) according to a corresponding time stamp and/or location determination between said images, the image processor comprising an asset classifier for detecting an asset in the captured images of different dimensionality and classifying the detected asset by assigning an asset type to the detected asset from a predetermined list of asset types according to one or more feature in the captured images of different dimensionality, and an asset status analyser for identifying an asset status characteristic and comparing the identified status characteristic to a predetermined asset characteristic so as to evaluate a deviation therefrom. an asset classifier for detecting an asset in the captured images of different dimensionality and classifying the detected asset by assigning an asset type to the detected asset from a predetermined list of asset types according to one or more feature in the captured images of different dimensionality, and an asset status analyser for identifying an asset status characteristic and comparing the identified status characteristic to a predetermined asset characteristic so as to evaluate a deviation therefrom.
A method implemented by a network traffic management apparatus in a wired network, the network traffic management apparatus comprising a software defined networking switch (112A,112B), a first network processing node (114A, 114B, 114C), and a second network processing node (114A, 114B, 114C), the method comprising: selecting one or more subscribers to move from the first network processing node to the second network processing node, wherein the one or more subscribers (140A, 140B, 140C) are selected to move from the first network processing node to the second network processing node in response to a performance metric of the first network processing node exceeding a threshold; in response to the selection, programming subscriber data associated with the one or more subscribers at the second network processing node; and after the subscriber data associated with the one or more subscribers is programmed on the second network processing node, reprogramming the software defined networking, SDN, switch (112A,112B) to forward network traffic having network addresses (141A,142A) associated with the one or more subscribers to the second network processing node instead of the first network processing node. selecting one or more subscribers to move from the first network processing node to the second network processing node, wherein the one or more subscribers (140A, 140B, 140C) are selected to move from the first network processing node to the second network processing node in response to a performance metric of the first network processing node exceeding a threshold; in response to the selection, programming subscriber data associated with the one or more subscribers at the second network processing node; and after the subscriber data associated with the one or more subscribers is programmed on the second network processing node, reprogramming the software defined networking, SDN, switch (112A,112B) to forward network traffic having network addresses (141A,142A) associated with the one or more subscribers to the second network processing node instead of the first network processing node.
A stator core comprising a bottom, two branches extending from opposite ends of the bottom, and a pair of opposing poles respectively disposed on the two branches, the bottom being formed separately with respect to the two branches and spliced to the two branches, a maximum width of the bottom being not greater than a minimum distance between the two branches after being spliced, each pole including a side surface extending from the corresponding branch and facing the bottom, a maximum length of the bottom being less than a maximum distance between the side surface and a farthest point of the end of the branch adjacent the bottom, and characterized in that the maximum distance between the side surface and the farthest point of the end of the branch adjacent the bottom is smaller than the distance between the side surface and a point of the bottom farthest from the side surface.
A twist drill for drilling composite materials, the twist drill comprising: a shank; a drill body; a drill tip comprising a cutting edge, a chisel edge, a point angle of 70° 100°; and a flute extending from the drill tip to the drill body; characterized in that the drill tip comprises a secondary chisel edge, the secondary chisel angle is 145° to 165°; and the flute has a constant helix, wherein the helix angle of the flute is selected from the range 45° to 55°. a shank; a drill body; a drill tip comprising a cutting edge, a chisel edge, a point angle of 70° 100°; and a flute extending from the drill tip to the drill body; characterized in that the drill tip comprises a secondary chisel edge, the secondary chisel angle is 145° to 165°; and the flute has a constant helix, wherein the helix angle of the flute is selected from the range 45° to 55°.
Manufacturing process for a I-III-VI compound for photovoltaic applications, in thin layer form, including the steps of: a) electrodeposition of a layer structure comprising elements I and/or III, on the surface of an electrode, and b) incorporating at least one element VI in the structure to obtain the I-III-VI compound, characterized in that the electrodeposition step a) comprises an operation of mechanical sweeping to control the layer thickness to less than 3% variation in uniformity of thickness over the entire surface of the electrode receiving the deposition, in that the mechanical sweeping operation involves at least two electrolytic bath stirrers in front of the surface of the electrode, the two stirrers having phased back-and-forth movements parallel to the surface of the electrode, having the same speed and same amplitude, and in that, each stirrer having a predetermined thickness and the stirrers being spaced by a predetermined distance, the movement amplitude of each stirrer is greater than the distance between the stirrers less one stirrer thickness, and less than twice the distance between the stirrers. a) electrodeposition of a layer structure comprising elements I and/or III, on the surface of an electrode, and b) incorporating at least one element VI in the structure to obtain the I-III-VI compound, characterized in that the electrodeposition step a) comprises an operation of mechanical sweeping to control the layer thickness to less than 3% variation in uniformity of thickness over the entire surface of the electrode receiving the deposition, in that the mechanical sweeping operation involves at least two electrolytic bath stirrers in front of the surface of the electrode, the two stirrers having phased back-and-forth movements parallel to the surface of the electrode, having the same speed and same amplitude, and in that, each stirrer having a predetermined thickness and the stirrers being spaced by a predetermined distance, the movement amplitude of each stirrer is greater than the distance between the stirrers less one stirrer thickness, and less than twice the distance between the stirrers.
Installation for generating a climatic environment for studying its impact on at least one sample including at least one living being, said installation including at least: - one environmental research cell able to receive a sample to be studied; - means for generating a climatic environment able to modify the state of the atmosphere of said or each research cell, this state being at least characterized by parameters: temperature, humidity, period of sunshine, pressure, wind, rain, gas content, - and one electronic and/or computer system for controlling the installation, said system at least driving means for generating a climatic environment, characterized in that said installation is achieved as parallelepipedal prefabricated construction modules (M1, M2, M3; M'1, M'2, M'3, M'4) transportable and connectable with each other, one (M1; M'1) of the modules integrating a device for producing and storing hot fluid and cold fluid at least for supplying with fluid(s) the portion of the means for generating a climatic environment positioned in the environmental cell(s) and formed by means for heating/cooling the atmosphere of said cells, this module (M1; M'1) forming a distinct single module of the module(s) (M2, M3; M'2, M'3) integrating at least one environmental cell. - one environmental research cell able to receive a sample to be studied; - means for generating a climatic environment able to modify the state of the atmosphere of said or each research cell, this state being at least characterized by parameters: temperature, humidity, period of sunshine, pressure, wind, rain, gas content, - and one electronic and/or computer system for controlling the installation, said system at least driving means for generating a climatic environment,
An imaging system for a vehicle, comprising: an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a controller configured to: a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change. an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a controller configured to: a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change. a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change.
A computer-implemented method for providing cryptographic services, comprising: one or more computer systems of a first service configured with executable instructions, receiving, as a result of a second service receiving a first request to utilize the second service, a second request to perform one or more cryptographic operations that are necessary for fulfilling the first request; performing the requested one or more cryptographic operations after verifying the authenticity of the second request based at least in part on proof information configured to enable performance of the requested one or more cryptographic operations, where the proof information is provided by the second service in the second request and verifiable using a key shared between the first service and an authentication service; providing one or more results of performing the requested one or more cryptographic operations to the second service, the one or more results necessary for at least one manner of fulfilling the received request to utilize the second service. one or more computer systems of a first service configured with executable instructions, receiving, as a result of a second service receiving a first request to utilize the second service, a second request to perform one or more cryptographic operations that are necessary for fulfilling the first request; performing the requested one or more cryptographic operations after verifying the authenticity of the second request based at least in part on proof information configured to enable performance of the requested one or more cryptographic operations, where the proof information is provided by the second service in the second request and verifiable using a key shared between the first service and an authentication service; providing one or more results of performing the requested one or more cryptographic operations to the second service, the one or more results necessary for at least one manner of fulfilling the received request to utilize the second service.
A method of pressurizing a liquid oxygen tank for feeding a rocket engine with oxidizer, in which method, after filling the tank with liquid oxygen but before causing the engine to operate, pre-pressurization gaseous nitrogen is injected into the tank in order to form a gas blanket, the method being characterized in that a liquid nitrogen layer is formed at the surface of the liquid oxygen by causing the partial pressure of the nitrogen in the gas blanket to be greater than its saturated vapor pressure.
A load relief washer assembly for aiding in the disassembly of an associated fastener assembly, said load relief washer assembly comprising: a. a lower washer piece with a substantially annular shape around an inner hole, whereby the associated fastener may pass through the inner hole of said annular body, and protrusions extending from a face of said lower washer piece wherein the protrusions include circumferentially extending, stepped regions including a first stepped region that extends axially outward a first dimension from the face, and a second, stepped region that extends axially outward a second dimension from the face, wherein the second dimension is greater or less than the first dimension; b. an upper washer piece with a substantially annular shape around an inner hole whereby the associated fastener may pass through the inner hole of said upper washer piece, with protrusions extending from at least one side of said upper washer piece and configured for mating connection with the corresponding protrusions of said lower washer piece such that once the lower washer piece and the upper washer piece are interfaced together in the fastener assembly, sufficient rotation of said lower washer piece relative to said upper washer piece aligns said protrusions, thereby allowing said lower washer piece and said upper washer piece to move toward each other, thereby reducing an overall height of the load relief washer assembly. a. a lower washer piece with a substantially annular shape around an inner hole, whereby the associated fastener may pass through the inner hole of said annular body, and protrusions extending from a face of said lower washer piece wherein the protrusions include circumferentially extending, stepped regions including a first stepped region that extends axially outward a first dimension from the face, and a second, stepped region that extends axially outward a second dimension from the face, wherein the second dimension is greater or less than the first dimension; b. an upper washer piece with a substantially annular shape around an inner hole whereby the associated fastener may pass through the inner hole of said upper washer piece, with protrusions extending from at least one side of said upper washer piece and configured for mating connection with the corresponding protrusions of said lower washer piece such that once the lower washer piece and the upper washer piece are interfaced together in the fastener assembly, sufficient rotation of said lower washer piece relative to said upper washer piece aligns said protrusions, thereby allowing said lower washer piece and said upper washer piece to move toward each other, thereby reducing an overall height of the load relief washer assembly.
A computer-implemented method for rendering and transmitting video frame data between two devices, comprising: receiving, by a mobile device, an indication of a touch input on a remote display of a second device, wherein the remote display is separate from the mobile device and the touch input is associated with a change to an application executed by the mobile device and being shown on the remote display; determining, by the mobile device, a rendering rate for the application; the method being characterised by sending, to an encoder of the mobile device, at least one dummy frame based on the rendering rate such that the dummy frames fill the unfilled stages of a pipeline of the encoder; rendering by the encoder a plurality of frames including the at least one dummy frame; sending from the mobile device the plurality of frames comprising the filled pipeline to a decoder that is coupled to the remote display. receiving, by a mobile device, an indication of a touch input on a remote display of a second device, wherein the remote display is separate from the mobile device and the touch input is associated with a change to an application executed by the mobile device and being shown on the remote display; determining, by the mobile device, a rendering rate for the application; the method being characterised by sending, to an encoder of the mobile device, at least one dummy frame based on the rendering rate such that the dummy frames fill the unfilled stages of a pipeline of the encoder; rendering by the encoder a plurality of frames including the at least one dummy frame; sending from the mobile device the plurality of frames comprising the filled pipeline to a decoder that is coupled to the remote display.
A light-emitting building element, comprising: a plurality of solid-state light sources; and a sound-absorbing element having an optically reflective side, said sound-absorbing element being arranged such that said optically reflective side faces said plurality of solid-state light sources, wherein said sound-absorbing element comprises a plurality of holes through said sound-absorbing element from said optically reflective side to an opposite side of the sound-absorbing element, essentially each of said holes being configured such that upon projection of said hole in a plane parallel to said sound-absorbing element a direct through-view area is smaller than the smallest cross-section area of said hole, said cross-section being parallel to said sound-absorbing element, characterized in that the light-emitting building element further comprises a light-transmissive layer arranged in parallel with said sound-absorbing element, opposite said optically reflective side of the sound-absorbing element, in such a way that said solid-state light sources are provided between said light-transmissive layer and said sound-absorbing element. a plurality of solid-state light sources; and a sound-absorbing element having an optically reflective side, said sound-absorbing element being arranged such that said optically reflective side faces said plurality of solid-state light sources, wherein said sound-absorbing element comprises a plurality of holes through said sound-absorbing element from said optically reflective side to an opposite side of the sound-absorbing element, essentially each of said holes being configured such that upon projection of said hole in a plane parallel to said sound-absorbing element a direct through-view area is smaller than the smallest cross-section area of said hole, said cross-section being parallel to said sound-absorbing element, characterized in that the light-emitting building element further comprises a light-transmissive layer arranged in parallel with said sound-absorbing element, opposite said optically reflective side of the sound-absorbing element, in such a way that said solid-state light sources are provided between said light-transmissive layer and said sound-absorbing element.