mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for failure prediction of an elementary relay, the method comprising the following steps: detecting measurable relay and load variables of the elementary relay over a number of switching cycles of the elementary relay; wherein the method is characterized by the following steps: determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm, wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles. detecting measurable relay and load variables of the elementary relay over a number of switching cycles of the elementary relay; wherein the method is characterized by the following steps: determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm, wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles. determining characteristic values of the elementary relay based on a weighting of the detected relay and load variables according to a machine learning algorithm, wherein the characteristic values specify a functional state of the elementary relay for the respective switching cycle; determining a failure probability of the elementary relay based on the determined characteristic values; and determining the failure probability of the elementary relay based on a change in the characteristic values with regard to the number of switching cycles.
A lightning protection system for sectional blades, the kind that is incorporated in addition to a main lightning protection system that consists of a receptor and a grounding cable, in order to protect the metal joint of a blade formed by different modules (3, 4), characterized because it incorporates some fairings that are level with the shells of the blade thereby keeping the aerodynamic geometry, at least two of which are metal, on the metal joint portion between the blade modules (3,4) connected to the grounding cable of the main lightning protection system, shielding the volume where the blade joint elements are contained.
A Radio Frequency Identification, RFID, tag, comprising: an RFID chip; an RFID antenna coupled to the RFID chip; and a configurable tamper loop coupled to the RFID chip, wherein the configurable tamper loop comprises a plurality of breakable conductive segments and is arranged to be configured for use as a tamper loop by cutting or breaking at least one of the plurality of breakable conductive segments, and wherein the RFID chip is arranged to send first data in response to being interrogated by an RFID reader when the configured tamper loop is conductive, and second data when the configured tamper loop has a break and is not conductive. an RFID chip; an RFID antenna coupled to the RFID chip; and a configurable tamper loop coupled to the RFID chip, wherein the configurable tamper loop comprises a plurality of breakable conductive segments and is arranged to be configured for use as a tamper loop by cutting or breaking at least one of the plurality of breakable conductive segments, and wherein the RFID chip is arranged to send first data in response to being interrogated by an RFID reader when the configured tamper loop is conductive, and second data when the configured tamper loop has a break and is not conductive.
A head mounted computing apparatus for presenting virtual reality, mixed reality, or augmented reality content, the apparatus comprising: means for rendering, to a user, one or more anchored virtual objects within a scene, wherein, in a coarse mode of operation, at least some of the anchored virtual objects are rendered at estimated positions and with limited audio and/or visual attributes and, in an accurate mode of operation, the at least some anchored virtual objects are rendered at determined positions and with full audio and/or visual attributes, wherein determined positions are generally more accurate or known with more confidence than estimated positions; and means for transitioning from the coarse mode of operation to the accurate mode of operation, including moving the at least some anchored virtual objects from the respective estimated positions to the respective determined positions and transitioning the at least some anchored virtual objects from objects having limited audio and/or visual attributes to objects having full audio and/or visual attributes, wherein the transition between coarse and accurate modes of operation is triggered by a change in a mechanism by which the user position is determined, wherein the scene is a virtual reality, augmented reality or mixed reality scene. means for rendering, to a user, one or more anchored virtual objects within a scene, wherein, in a coarse mode of operation, at least some of the anchored virtual objects are rendered at estimated positions and with limited audio and/or visual attributes and, in an accurate mode of operation, the at least some anchored virtual objects are rendered at determined positions and with full audio and/or visual attributes, wherein determined positions are generally more accurate or known with more confidence than estimated positions; and means for transitioning from the coarse mode of operation to the accurate mode of operation, including moving the at least some anchored virtual objects from the respective estimated positions to the respective determined positions and transitioning the at least some anchored virtual objects from objects having limited audio and/or visual attributes to objects having full audio and/or visual attributes, wherein the transition between coarse and accurate modes of operation is triggered by a change in a mechanism by which the user position is determined, wherein the scene is a virtual reality, augmented reality or mixed reality scene.
A method for recommending a lock-screen wallpaper, the method comprising: detecting (101, 201, 301), by a gesture sensor, whether a mobile terminal is in a preset lifting state; activating (102, 202, 302) a front-facing camera and capturing a first user-facial image when the mobile terminal is in the preset lifting state; analyzing (103, 203, 303) a first expression of the first user-facial image and determining a first target lock-screen wallpaper type-set corresponding to the first expression based on a correspondence between expressions and lock-screen wallpaper type-sets; lighting (104, 204, 304) up a screen of the mobile terminal, entering a lock-screen interface, and displaying a first lock-screen wallpaper on the lock-screen interface, wherein the first lock-screen wallpaper is one selected from the first target lock-screen wallpaper type-set; capturing a second user-facial image by the front-facing camera after the first lock-screen wallpaper is displayed on the lock-screen interface; analyzing a second expression of the second user-facial image; judging whether the second expression is the same as the first expression; and switching the first lock-screen wallpaper displayed on the lock-screen interface to a second lock-screen wallpaper, when the second expression is different from the first expression and the first expression is a positive expression while the second expression is a negative expression. detecting (101, 201, 301), by a gesture sensor, whether a mobile terminal is in a preset lifting state; activating (102, 202, 302) a front-facing camera and capturing a first user-facial image when the mobile terminal is in the preset lifting state; analyzing (103, 203, 303) a first expression of the first user-facial image and determining a first target lock-screen wallpaper type-set corresponding to the first expression based on a correspondence between expressions and lock-screen wallpaper type-sets; lighting (104, 204, 304) up a screen of the mobile terminal, entering a lock-screen interface, and displaying a first lock-screen wallpaper on the lock-screen interface, wherein the first lock-screen wallpaper is one selected from the first target lock-screen wallpaper type-set; capturing a second user-facial image by the front-facing camera after the first lock-screen wallpaper is displayed on the lock-screen interface; analyzing a second expression of the second user-facial image; judging whether the second expression is the same as the first expression; and switching the first lock-screen wallpaper displayed on the lock-screen interface to a second lock-screen wallpaper, when the second expression is different from the first expression and the first expression is a positive expression while the second expression is a negative expression.
Composition comprising the following components a), b) and c): a) - from 75 to 99.5% by weight of a polymer based on epoxide compounds, - from 0.5 to 25% by weight of at least one polyhydric alcohol and - optionally additives, b) - from 80 to 99% by weight of a curing agent which is suitable for curing the polymer based on epoxide compounds, - from 1 to 20% by weight of a polycaprolactone-polysiloxane block copolymer, - optionally an accelerator and - optionally additives, and c) - optionally an accelerator. a) - from 75 to 99.5% by weight of a polymer based on epoxide compounds, - from 0.5 to 25% by weight of at least one polyhydric alcohol and - optionally additives, - from 75 to 99.5% by weight of a polymer based on epoxide compounds, - from 0.5 to 25% by weight of at least one polyhydric alcohol and - optionally additives, b) - from 80 to 99% by weight of a curing agent which is suitable for curing the polymer based on epoxide compounds, - from 1 to 20% by weight of a polycaprolactone-polysiloxane block copolymer, - optionally an accelerator and - optionally additives, and - from 80 to 99% by weight of a curing agent which is suitable for curing the polymer based on epoxide compounds, - from 1 to 20% by weight of a polycaprolactone-polysiloxane block copolymer, - optionally an accelerator and - optionally additives, and c) - optionally an accelerator. - optionally an accelerator.
A method performed by computer equipment of a consuming party, comprising: accessing an electronic document comprising a plurality of pointers, each pointer comprising a respective transaction identifier of a respective destination transaction stored on a blockchain, wherein the destination transactions comprise one or more first transactions storing respective genetic data of at least part of a reference genome, and one or more second transactions storing respective genetic data of at least a corresponding part of a target genome in compressed form compressed relative to the reference genome; accessing the genetic data from at least one of the first destination transactions and at least a corresponding one of the second destination transactions based on the respective identifiers accessed from the electronic document; and decompressing the accessed genetic data of the target genome based on the accessed genetic data of the reference genome. accessing an electronic document comprising a plurality of pointers, each pointer comprising a respective transaction identifier of a respective destination transaction stored on a blockchain, wherein the destination transactions comprise one or more first transactions storing respective genetic data of at least part of a reference genome, and one or more second transactions storing respective genetic data of at least a corresponding part of a target genome in compressed form compressed relative to the reference genome; accessing the genetic data from at least one of the first destination transactions and at least a corresponding one of the second destination transactions based on the respective identifiers accessed from the electronic document; and decompressing the accessed genetic data of the target genome based on the accessed genetic data of the reference genome.
An apparatus, comprising: a multi-core processor, including a first core, a second core, and at least one memory adapted to store run-time data, wherein the first core is adapted to execute processor-executable code that, in response to execution, enables the apparatus to perform operations, wherein the first core and the second core are general purpose cores with differing capabilities, and wherein the first core and the second core are configured to have a defense-in-depth hierarchy in which the first core is above the second core in the defense-in-depth hierarchy, the operations including: sequentially booting a plurality of software stages for the apparatus based on a chain of trust that corresponds to said defense-in-depth hierarchy, said sequentially booting including, for each software stage of the plurality of software stages: calculating a hash of that software stage; validating the software stage using said calculated hash of that software stage; and cryptographically appending the hash of that software stage to an accumulation register as an update of a value of the accumulation register, wherein the accumulation register is usable to attest to validity of the software stages, wherein the plurality of software stages includes a first bootloader, a runtime for the first core of a multi-core processor, and a runtime of the first execution environment for a second core of the multi-core processor. calculating a hash of that software stage; validating the software stage using said calculated hash of that software stage; and cryptographically appending the hash of that software stage to an accumulation register as an update of a value of the accumulation register, wherein the accumulation register is usable to attest to validity of the software stages, wherein the plurality of software stages includes a first bootloader, a runtime for the first core of a multi-core processor, and a runtime of the first execution environment for a second core of the multi-core processor.
A grounding clamp, comprising: a clamp including an upper jaw and a lower jaw rotatable about a pivot point at respective first ends and biased into a closed position by a spring located about the pivot point, the upper jaw and the lower jaw each having a respective concave second end opposite the first end, the concave second ends of the upper jaw and the lower jaw forming a recess; a torque-controlled fastener including a driving mechanism and a screw having a screw head with a cavity therein, the screw extending through the upper jaw and at least partially through the lower jaw at a location between the pivot point and the recess formed by the concave second ends of the upper and the lower jaw, wherein the driving mechanism comprises a head, a driver for insertion into the cavity, and a break region between the head and the driver, the break region being structurally formed so as to break when an amount of torque above a predetermined torque is applied, wherein the driving mechanism is configured to transfer torque through the break region to the driver, and from the driver to the screw head until the predetermined torque is exceeded, thereby breaking the break region to control a predetermined amount of force applied by the upper jaw and the lower jaw, by rotation of the upper jaw and the lower jaw about the pivot point. a clamp including an upper jaw and a lower jaw rotatable about a pivot point at respective first ends and biased into a closed position by a spring located about the pivot point, the upper jaw and the lower jaw each having a respective concave second end opposite the first end, the concave second ends of the upper jaw and the lower jaw forming a recess; a torque-controlled fastener including a driving mechanism and a screw having a screw head with a cavity therein, the screw extending through the upper jaw and at least partially through the lower jaw at a location between the pivot point and the recess formed by the concave second ends of the upper and the lower jaw, wherein the driving mechanism comprises a head, a driver for insertion into the cavity, and a break region between the head and the driver, the break region being structurally formed so as to break when an amount of torque above a predetermined torque is applied, wherein the driving mechanism is configured to transfer torque through the break region to the driver, and from the driver to the screw head until the predetermined torque is exceeded, thereby breaking the break region to control a predetermined amount of force applied by the upper jaw and the lower jaw, by rotation of the upper jaw and the lower jaw about the pivot point.
Hydraulic steering system comprising a steering unit and a pressure source, said steering unit comprising a working port arrangement (L, R) having two working ports, a supply port arrangement having a high pressure port and a low pressure port, a main flow path having a main bleed and a metering device and being arranged between said high pressure port and said working port arrangement (L, R), an amplification flow path having an amplification bleed (Au) and being arranged between said high pressure port and said working port arrangement (L, R), said main bleed and said amplification bleed (Au) being controlled together by means of a steering handle and being closed in neutral position of said steering handle, characterized in that said pressure source has a variable displacement, and a torque compensator is provided establishing a pressure differential over said amplification path to be the same as a pressure differential over said main flow path (A1, A2, A3, 8).
A sugar porter family MFS transporter variant consisting of the amino acid sequence represented by SEQ ID NO: 1, wherein alanine, which is the amino acid corresponding to position 315 of SEQ ID NO: 3, is substituted with valine.
A tool management device for managing tools detachable from a plurality of tool stations provided in a tool rest of a machine tool, the tool management device comprising: control means configured to cause tool information related to one or more tools attached to each of the tool stations to be displayed in display means, wherein the control means is configured to switch, every time when a display area for designating one of the tool stations is selected, between a deployed state of deploying and displaying tool information related to all tools attached to the selected tool station, and a folded state of folding and displaying only tool information related to a predetermined tool among all tools attached to the selected tool station, to cause the selected state to be displayed in an identical screen. control means configured to cause tool information related to one or more tools attached to each of the tool stations to be displayed in display means, wherein the control means is configured to switch, every time when a display area for designating one of the tool stations is selected, between a deployed state of deploying and displaying tool information related to all tools attached to the selected tool station, and a folded state of folding and displaying only tool information related to a predetermined tool among all tools attached to the selected tool station, to cause the selected state to be displayed in an identical screen.
A power tool comprising a throttle control device, the throttle control device comprising: a throttle lever fixed to a throttle shaft which is arranged to open or close a valve of a carburetor; an elastically deformable tube having a first end connected to a connection point on the throttle lever, the connection point being spaced from a rotating center of the throttle lever, and an intermediary section fixed at a first fixing position spaced from the connection point by a predetermined distance; and a throttle wire slidably accommodated in the tube and having a first end fixed at a second fixing position, the second fixing position being disposed outside the tube and at a distance from the first end of the tube, and a second end arranged to be manipulated by means of a throttle control lever so that the throttle wire moves relative to the tube, wherein the tube has a curved portion between the connection point and the first fixing position, the curvature radius of which changes due to the movement of the throttle wire relative to the tube such that the tube transmits the throttle control lever operation to the throttle lever. a throttle lever fixed to a throttle shaft which is arranged to open or close a valve of a carburetor; an elastically deformable tube having a first end connected to a connection point on the throttle lever, the connection point being spaced from a rotating center of the throttle lever, and an intermediary section fixed at a first fixing position spaced from the connection point by a predetermined distance; and a throttle wire slidably accommodated in the tube and having a first end fixed at a second fixing position, the second fixing position being disposed outside the tube and at a distance from the first end of the tube, and a second end arranged to be manipulated by means of a throttle control lever so that the throttle wire moves relative to the tube, wherein the tube has a curved portion between the connection point and the first fixing position, the curvature radius of which changes due to the movement of the throttle wire relative to the tube such that the tube transmits the throttle control lever operation to the throttle lever.
Powered mobile test device for measuring loads supported by a running tyre, said device being composed of a rigid frame carried by at least two carrying wheels to which a torque is applied, and having an axle which is fixed to the frame and which carries a test wheel for measuring the loads supported by said tyre, such that the axle is connected to the frame by a loading actuator, such that the motorized mobile test device comprises a system secured to the said mobile test device, the said system applying to the test wheel a torque in the opposite direction to the torques applied to the carrying wheels, and characterized in that the motorized mobile test device comprises a linkage system connecting the test wheel and the carrying wheels so as to transmit at least part of the power developed by the braking torque applied to the test wheel in the form of a driving torque to the carrying wheels or so as to transmit at least part of the power developed by the braking torques applied to the carrying wheels in the form of a driving torque to the test wheel.