mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for detecting vulnerabilities of a binary image classification model , comprising: receiving, by a computer system , a binary image data , the computer system configured to detect a pixel value in the binary image data to represent a non-machine language value related to the binary image data; determining, by the computer system, that the binary image data further comprises at least a pixel value that is altered in a manner to change the non-machine language value related to the binary image data when read by an image recognition system, the alteration indicative of a potential attack on the binary image classification model; and alerting, by the computer system, to the image recognition system to review the binary image data in response to the determined alteration, wherein said determining that the binary image data comprises an altered pixel value comprises determining that a first artificial intelligence model of the image recognition system and a second artificial intelligence model of the image recognition system were attacked simultaneously, wherein the first artificial intelligence model of the image recognition system classifies a portion of the binary image data that represents a numerical amount written in numbers and the second artificial intelligence model of the image recognition system classifies a second portion of the binary image data that represents the numerical amount written in letters . receiving, by a computer system , a binary image data , the computer system configured to detect a pixel value in the binary image data to represent a non-machine language value related to the binary image data; determining, by the computer system, that the binary image data further comprises at least a pixel value that is altered in a manner to change the non-machine language value related to the binary image data when read by an image recognition system, the alteration indicative of a potential attack on the binary image classification model; and wherein said determining that the binary image data comprises an altered pixel value comprises determining that a first artificial intelligence model of the image recognition system and a second artificial intelligence model of the image recognition system were attacked simultaneously, wherein the first artificial intelligence model of the image recognition system classifies a portion of the binary image data that represents a numerical amount written in numbers and the second artificial intelligence model of the image recognition system classifies a second portion of the binary image data that represents the numerical amount written in letters .
A crimping head , in particular for the automated assembly of sections connecting to form a dihedral, said crimping head comprising two jaws with at least one tool holder part and a device for driving said jaws in pivoting movement between a separated position and a close position of said tool holder parts , each jaw having the shape of an arm , the arm of each jaw being an arm pivoting about a pivot axis (XX'), the pivot axes (XX') of the arms being parallel, each arm having a first arm section and a second arm section , the first arm section and the second arm section of each arm being arranged one, on one side, the other, on the other side of a plane passing through the pivot axes (XX') of said arms , the first section of each arm being equipped with the tool holder part of the jaw , the device for driving the jaws in pivoting movement comprising, arranged at least partially between said second arm sections , a cam in sliding or rolling bearing contact with the second section of each of the arms and an actuator for driving the cam in displacement between two extreme positions, one corresponding to the position separated from the tool holder parts , the other to the close position of the tool holder parts , said jaws being, by bearing contact of the cam with said second sections of the arms, in the state of the cam driven by said actuator to move in a first direction (D1), mounted to pivot in the direction bringing the tool holder parts closer , the distance (D) between the bearing contact zone of the cam with the second section of an arm and the pivot axis (XX') of said arm varying in the direction of a reduction of this distance (D) in the state of the cam driven to move in said first direction so as to bring the tool holder parts of the jaws closer.
A method for managing incoming voice calls to a called party, the called party being an interactive voice recognition platform , hereafter IVR platform, the method comprising: answering a voice call from a calling device at the IVR platform, receiving (S320) audio of the voice call at the IVR platform; streaming, by the IVR platform, the audio of the voice call to a server ; calculating, by the server, a score indicating a probability that the audio of the voice call is computer-generated, wherein calculating the score comprises detecting silence in the audio; providing (S250) the score from the server to the IVR platform; determining, by the IVR platform, whether the score indicating the probability that the audio of the voice call is computer-generated is greater than a predefined threshold; and if it is determined that the score is greater than a predefined threshold, terminating the call by the IVR platform, or if it is determined that the score is not greater than a predefined threshold, not terminating the call by the IVR platform. answering a voice call from a calling device at the IVR platform, receiving (S320) audio of the voice call at the IVR platform; streaming, by the IVR platform, the audio of the voice call to a server ; calculating, by the server, a score indicating a probability that the audio of the voice call is computer-generated, wherein calculating the score comprises detecting silence in the audio; providing (S250) the score from the server to the IVR platform; determining, by the IVR platform, whether the score indicating the probability that the audio of the voice call is computer-generated is greater than a predefined threshold; and if it is determined that the score is greater than a predefined threshold, terminating the call by the IVR platform, or if it is determined that the score is not greater than a predefined threshold, not terminating the call by the IVR platform.
A sittable universal motion platform including a sittable device and a two-dimensional free motion adapting mechanism, comprising: a chassis , a support arm and a waist ring , wherein the support arm is rotationally connected with the chassis and provided with an adjusting support, the adjusting support comprises a slide carriage and a slide block ; the slide block is slidingly connected with the slide carriage, and the slide block is fixed on the support arm, the slide carriage is connected with the waist ring, characterized in that a positioning device is arranged on the adjusting support, the positioning device comprising a positioning pin and a plurality of positioning grooves matched with one another the positioning pin configured for being clamped in any of the positioning grooves, wherein the positioning pin is rotationally connected with the slide block and the positioning groove is arranged on the slide carriage. a chassis , a support arm and a waist ring , wherein the support arm is rotationally connected with the chassis and provided with an adjusting support, the adjusting support comprises a slide carriage and a slide block ; the slide block is slidingly connected with the slide carriage, and the slide block is fixed on the support arm, the slide carriage is connected with the waist ring, characterized in that a positioning device is arranged on the adjusting support, the positioning device comprising a positioning pin and a plurality of positioning grooves matched with one another the positioning pin configured for being clamped in any of the positioning grooves, wherein the positioning pin is rotationally connected with the slide block and the positioning groove is arranged on the slide carriage.
A wearable component configured to be worn on a head of a user , the wearable component comprising: an internal mechanical structure ; an outer shell structure comprising a back surface and mechanically coupled via the back surface with the internal mechanical structure such that the internal mechanical structure is between a user side of the wearable component and the outer shell structure , wherein the internal mechanical structure is configured to transfer heat away from the user side of the wearable component to the outer shell structure ; characterized by a thermally conductive via extending from the internal mechanical structure at least partially through a thickness of the outer shell structure . an internal mechanical structure ; an outer shell structure comprising a back surface and mechanically coupled via the back surface with the internal mechanical structure such that the internal mechanical structure is between a user side of the wearable component and the outer shell structure , wherein the internal mechanical structure is configured to transfer heat away from the user side of the wearable component to the outer shell structure ; characterized by a thermally conductive via extending from the internal mechanical structure at least partially through a thickness of the outer shell structure .
An instrument guide for a probe head of an ultrasound imaging probe , the ultrasound imaging probe comprising: a housing that includes a first end region and a second end region ; an ultrasonic window at the second end region ; and a transducer array with a plurality of transducer elements that produces an image plane, the plurality of transducer elements being disposed in the housing , the instrument guide comprising: a probe support region having a long axis and configured to receive the second end region of the probe; a first guide bracket extending from a first side of the probe support region in a direction of the long axis; a second guide bracket extending from a second side of the probe support region in a direction transverse to the long axis; a first guide disposed in the first guide bracket, the first guide being an in-plane instrument guide, wherein in-plane refers to a direction in said image plane; and a second guide disposed in the second guide bracket, the second guide being an out-of-plane instrument guide, wherein out-of-plane refers to a direction transverse to said image plane, characterized in that the second guide bracket includes a recess and a securing mechanism and the second guide includes a tap , the second guide sitting removably in said recess with the tap of the second guide being disposed in the securing mechanism to secure the second guide in place. a probe support region having a long axis and configured to receive the second end region of the probe; a first guide bracket extending from a first side of the probe support region in a direction of the long axis; a second guide bracket extending from a second side of the probe support region in a direction transverse to the long axis; a first guide disposed in the first guide bracket, the first guide being an in-plane instrument guide, wherein in-plane refers to a direction in said image plane; and a second guide disposed in the second guide bracket, the second guide being an out-of-plane instrument guide, wherein out-of-plane refers to a direction transverse to said image plane,
A method for setting up a Remote Control for controlling a Consumer Electronic device, the Remote Control comprising a keyboard , a processor , a memory , and a transmitter , the method comprising the steps of: - entering, via the keyboard and processor , a configuration mode , - accepting, via the keyboard and processor , an identifier-entry , the identifier-entry being a brand-identifier pointing to a list of code-set-identifiers or a single code-set-identifier, - reviewing, via the processor and memory , remote control code-sets wherein the step of reviewing comprises: - the Remote Control analyzing the identifier-entry to discriminate between a brand-identifier and a code-set-identifier; - in case that the identifier entry is a brand-identifier, iterating through the remote control code-sets corresponding to the brand and testing said remote control code-sets, - in case that the identifier-entry is a code-set-identifier: testing the remote control code-set corresponding to the code-set-identifier. - entering, via the keyboard and processor , a configuration mode , - accepting, via the keyboard and processor , an identifier-entry , the identifier-entry being a brand-identifier pointing to a list of code-set-identifiers or a single code-set-identifier, - reviewing, via the processor and memory , remote control code-sets wherein the step of reviewing comprises: - the Remote Control analyzing the identifier-entry to discriminate between a brand-identifier and a code-set-identifier; - in case that the identifier entry is a brand-identifier, iterating through the remote control code-sets corresponding to the brand and testing said remote control code-sets, - in case that the identifier-entry is a code-set-identifier: testing the remote control code-set corresponding to the code-set-identifier. - the Remote Control analyzing the identifier-entry to discriminate between a brand-identifier and a code-set-identifier; - in case that the identifier entry is a brand-identifier, iterating through the remote control code-sets corresponding to the brand and testing said remote control code-sets, - in case that the identifier-entry is a code-set-identifier: testing the remote control code-set corresponding to the code-set-identifier. - in case that the identifier entry is a brand-identifier, iterating through the remote control code-sets corresponding to the brand and testing said remote control code-sets, - in case that the identifier-entry is a code-set-identifier: testing the remote control code-set corresponding to the code-set-identifier.
A radio communication system comprising a radio terminal and a radio station , wherein the radio terminal , upon acquiring measurement instruction information from the radio station , is configured to perform measurement and logging in accordance with the measurement instruction information, and is configured to report to the radio station , wherein the radio terminal comprises: a measurement execution unit that, when finding that a first condition on selection or detection of a first cell in which the radio terminal is allowed to be served for a predetermined service, is satisfied, and a second condition on measurement or logging is satisfied, is configured to log information on a second cell in which the terminal is not allowed to be served for the predetermined service, wherein the first condition comprises at least one of: the radio terminal detecting a situation in which selection of the first cell is not possible; received quality of a serving cell while the radio terminal being served, no longer satisfying a cell selection criteria; elapse of a preset time-period since received quality of a serving cell, while the radio terminal being served, no longer satisfies a cell selection criteria; and transition of the radio terminal to a state in which the radio terminal performs detection of the second cell is performed. a measurement execution unit that, when finding that a first condition on selection or detection of a first cell in which the radio terminal is allowed to be served for a predetermined service, is satisfied, and a second condition on measurement or logging is satisfied, is configured to log information on a second cell in which the terminal is not allowed to be served for the predetermined service, wherein the first condition comprises at least one of: the radio terminal detecting a situation in which selection of the first cell is not possible; received quality of a serving cell while the radio terminal being served, no longer satisfying a cell selection criteria; elapse of a preset time-period since received quality of a serving cell, while the radio terminal being served, no longer satisfies a cell selection criteria; and transition of the radio terminal to a state in which the radio terminal performs detection of the second cell is performed. the radio terminal detecting a situation in which selection of the first cell is not possible; received quality of a serving cell while the radio terminal being served, no longer satisfying a cell selection criteria; elapse of a preset time-period since received quality of a serving cell, while the radio terminal being served, no longer satisfies a cell selection criteria; and transition of the radio terminal to a state in which the radio terminal performs detection of the second cell is performed.
A power transmitter for a wireless power transfer system, said wireless power transfer system including a power receiver arranged to receive power from the power transmitter via a wireless inductive power transfer signal generated by the power transmitter , and to transmit a standby mode exit request by changing a loading of a communication inductor of the power transmitter, said change of loading causing an impedance change of the communication inductor ; said power transmitter comprising: the communication inductor for communicating with the power receiver ; a first mode controller for controlling the power transmitter to operate in a standby mode wherein a presence of the power receiver is detected but no power transfer signal is generated; a detector for detecting the impedance change of the communication inductor ; and wherein the first mode controller is arranged to initiate a transition from the standby mode to a power transfer mode in response to the detector detecting the impedance change; wherein the communication inductor is part of a resonance circuit the power transmitter characterised in that the detector is arranged to apply an excitation signal causing oscillations to the resonance circuit and to detect the impedance change from a measurement of at least one of a communication inductor voltage and a communication inductor current; wherein the excitation signal comprises repeated excitations having a time offset between the repeated excitations resulting in interference between oscillations of the resonance circuit for two consecutive excitations; and the detector is arranged to adapt a repetition interval for the repeated excitations based on an amplitude of at least one of the communication inductor voltage and the communication inductor current. the communication inductor for communicating with the power receiver ; a first mode controller for controlling the power transmitter to operate in a standby mode wherein a presence of the power receiver is detected but no power transfer signal is generated; a detector for detecting the impedance change of the communication inductor ; and wherein the first mode controller is arranged to initiate a transition from the standby mode to a power transfer mode in response to the detector detecting the impedance change; wherein the communication inductor is part of a resonance circuit the power transmitter characterised in that the detector is arranged to apply an excitation signal causing oscillations to the resonance circuit and to detect the impedance change from a measurement of at least one of a communication inductor voltage and a communication inductor current; wherein the excitation signal comprises repeated excitations having a time offset between the repeated excitations resulting in interference between oscillations of the resonance circuit for two consecutive excitations; and the detector is arranged to adapt a repetition interval for the repeated excitations based on an amplitude of at least one of the communication inductor voltage and the communication inductor current.
A computer-assisted surgery, CAS, system comprising: a cup implanting device including a shaft having a tooling end and a handle end with a handle for being manipulated, the shaft having a longitudinal axis, the tooling end adapted to support a cup for being received in an acetabulum of a patient, and a rotation indicator having a visual guide representative of a device plane, wherein the device plane is in a known position and orientation relative to a center of the cup on the tooling end ; and a CAS processing unit including at least one inertial sensor unit connected to the cup implanting device , the inertial sensor unit outputting three-axes readings and being configured to have a virtual preset orientation related to a reference axis of a pelvis (P) of the patient, the virtual preset orientation being based on pre-operative imaging specific to the pelvis (P) of the patient, the reference axis of the pelvis (P) passing through a center of rotation of said acetabulum of the pelvis (P) and through a reference landmark of the pelvis (P), wherein the inertial sensor unit is configured to be calibrated relative to the pelvis (P) using an instant three-axis orientation of the longitudinal axis of the cup implanting device , the instant three-axis orientation being trigonometrically known relatively to the reference axis when the cup is in the acetabulum of the patient and the device plane passes through the reference landmark via the visual guide. a shaft having a tooling end and a handle end with a handle for being manipulated, the shaft having a longitudinal axis, the tooling end adapted to support a cup for being received in an acetabulum of a patient, and a rotation indicator having a visual guide representative of a device plane, wherein the device plane is in a known position and orientation relative to a center of the cup on the tooling end ; and a CAS processing unit including at least one inertial sensor unit connected to the cup implanting device , the inertial sensor unit outputting three-axes readings and being configured to have a virtual preset orientation related to a reference axis of a pelvis (P) of the patient, the virtual preset orientation being based on pre-operative imaging specific to the pelvis (P) of the patient, the reference axis of the pelvis (P) passing through a center of rotation of said acetabulum of the pelvis (P) and through a reference landmark of the pelvis (P), wherein the inertial sensor unit is configured to be calibrated relative to the pelvis (P) using an instant three-axis orientation of the longitudinal axis of the cup implanting device , the instant three-axis orientation being trigonometrically known relatively to the reference axis when the cup is in the acetabulum of the patient and the device plane passes through the reference landmark via the visual guide.
LINK_TSG6 polypeptide for use in the treatment or prevention of an ocular surface disorder such as dry eye disease, wherein the LINK_TSG6 polypeptide consists of (i) the amino acid sequence of SEQ ID NO:7 or SEQ ID NO:9, or (ii) an amino acid sequence up to 100 amino acids in length having at least 90% identity to the amino acid sequence of SEQ ID NO:7 or SEQ ID NO:9.