mhurhangee/ep-ind-claims huggingface dataset:
A method at a computing device, the method comprising: detecting a trigger that an authentication process is pending for an application or service, wherein the trigger includes placing input focus into a password entry area of a user interface for the application or service, the user interface being displayed on a display of the computing device, and the password entry area being configured to receive a password for authenticating a user to the application or service; indicating a locked or unlocked state of a credential vault via the user interface for the application or service; when the credential vault is in a locked state, activating an authentication mechanism for the credential vault without changing focus on the user interface for the application or service, wherein activating the authentication mechanism without changing focus on the user interface for the application or service comprises directly activating a biometric sensor or a wireless tag proximity sensor for receiving a user input; sending, to the credential vault, an input received by the biometric sensor or wireless tag proximity sensor; receiving, from the credential vault, a message indicating whether a verification of the received input has succeeded or failed; and changing the locked state of the credential vault indicated via the user interface for the application or service from locked to unlocked, if the message indicates that the verification of the received input has succeeded. detecting a trigger that an authentication process is pending for an application or service, wherein the trigger includes placing input focus into a password entry area of a user interface for the application or service, the user interface being displayed on a display of the computing device, and the password entry area being configured to receive a password for authenticating a user to the application or service; indicating a locked or unlocked state of a credential vault via the user interface for the application or service; when the credential vault is in a locked state, activating an authentication mechanism for the credential vault without changing focus on the user interface for the application or service, wherein activating the authentication mechanism without changing focus on the user interface for the application or service comprises directly activating a biometric sensor or a wireless tag proximity sensor for receiving a user input; sending, to the credential vault, an input received by the biometric sensor or wireless tag proximity sensor; receiving, from the credential vault, a message indicating whether a verification of the received input has succeeded or failed; and changing the locked state of the credential vault indicated via the user interface for the application or service from locked to unlocked, if the message indicates that the verification of the received input has succeeded.
A method for operating a multi-stable shift-by wire selector control system of a motor vehicle transmission, the vehicle having an engine and a foot brake pedal, the transmission having a number of operating modes, at least four of the operating modes being Park mode, Drive mode, Neutral mode and Reverse mode, the Park mode and the Neutral mode each being so-called non drive modes and the Reverse mode and Drive mode each being so-called drive modes, a transmission control unit which in use controls the ratio of the transmission, the system including a multi-stable selector which is operable by the driver of the vehicle to select a respective one of the operating modes of the transmission, the vehicle also comprising an electronic transmission selector for sensing the selected mode position of the selector and sending a command to the TCU, the system further including an arrangement of illuminated labels (P, R, N, D) indicating the selector mode, an indexing mechanism for maintaining the immobilisation of the selector in its different positions respectively P, R, N, and D and also enabling the driver to perceive the transition from one position to another and a warning device, characterised in that the method comprises, when the selector has been monitored in an intermediate position between two indexing positions within a so called hysteresis range where no instruction command is sent to the TCU, the steps of: a) determining whether the selector has been moved from a non-drive mode to a drive mode; b) if yes, checking that the foot brake pedal is depressed; c) if no, providing a warning signal to the warning device in order to inform the driver that the selector is not in an indexed position and that a drive mode may be selected and that an instruction command is sent to the TCU so as to maintain the current gear mode and inhibit any gear change until the selector is detected to a new position. a) determining whether the selector has been moved from a non-drive mode to a drive mode; b) if yes, checking that the foot brake pedal is depressed; c) if no, providing a warning signal to the warning device in order to inform the driver that the selector is not in an indexed position and that a drive mode may be selected and that an instruction command is sent to the TCU so as to maintain the current gear mode and inhibit any gear change until the selector is detected to a new position.
An apparatus comprising: a plurality of sensors, wherein each sensor is configured to provide a sensor signal that includes physiological information, and wherein at least one sensor is implantable; a processor, communicatively coupled to the sensors, wherein the processor includes: a physiological change event detection module configured to detect a physiological change event from a sensor signal and to produce an indication of occurrence of one or more detected physiological change events; and a heart failure detection module configured to: determine, using a first rule, whether the detected physiological change event is indicative of a change in HF status of a subject; determine whether to override the first rule HF determination using a second rule, characterised in that the second rule includes overriding a positive first rule HF determination according to a negative HF predictive value of a physiological change event; and declare whether the change in HF status occurred according to the first and second rules. a plurality of sensors, wherein each sensor is configured to provide a sensor signal that includes physiological information, and wherein at least one sensor is implantable; a processor, communicatively coupled to the sensors, wherein the processor includes: a physiological change event detection module configured to detect a physiological change event from a sensor signal and to produce an indication of occurrence of one or more detected physiological change events; and a heart failure detection module configured to: determine, using a first rule, whether the detected physiological change event is indicative of a change in HF status of a subject; determine whether to override the first rule HF determination using a second rule, characterised in that the second rule includes overriding a positive first rule HF determination according to a negative HF predictive value of a physiological change event; and declare whether the change in HF status occurred according to the first and second rules. a physiological change event detection module configured to detect a physiological change event from a sensor signal and to produce an indication of occurrence of one or more detected physiological change events; and a heart failure detection module configured to: determine, using a first rule, whether the detected physiological change event is indicative of a change in HF status of a subject; determine whether to override the first rule HF determination using a second rule, characterised in that determine, using a first rule, whether the detected physiological change event is indicative of a change in HF status of a subject; determine whether to override the first rule HF determination using a second rule, characterised in that the second rule includes overriding a positive first rule HF determination according to a negative HF predictive value of a physiological change event; and declare whether the change in HF status occurred according to the first and second rules.
A tower comprising: an outer portion forming an outer covering for the tower; an inner portion disposed within the outer portion, the inner portion including: a preassembled power module including an upwardly extending support and electrical components that extend outwardly beyond the upwardly extending support; guide supports coupled at a first end to the upwardly extending support and extending outwardly beyond the electrical components; characterized in that the inner portion further includes: an external rail coupled to a second end of at least one of the guide supports and extending along at least a portion of the inner portion. an outer portion forming an outer covering for the tower; an inner portion disposed within the outer portion, the inner portion including: a preassembled power module including an upwardly extending support and electrical components that extend outwardly beyond the upwardly extending support; guide supports coupled at a first end to the upwardly extending support and extending outwardly beyond the electrical components; characterized in that the inner portion further includes: an external rail coupled to a second end of at least one of the guide supports and extending along at least a portion of the inner portion. a preassembled power module including an upwardly extending support and electrical components that extend outwardly beyond the upwardly extending support; guide supports coupled at a first end to the upwardly extending support and extending outwardly beyond the electrical components; characterized in that the inner portion further includes: an external rail coupled to a second end of at least one of the guide supports and extending along at least a portion of the inner portion. an external rail coupled to a second end of at least one of the guide supports and extending along at least a portion of the inner portion.
Method for assessing a quality of a beam shaping device manufactured according to a planned device design for shaping one or more beams (100.i) of accelerated particles emitted by a particle accelerator system, the method comprising, (a) establishing with a treatment planning system, TPS, the planned device design of the beam shaping device suitable for shaping one or more beams (100.i) of accelerated particles to mate a geometry of a treatment volume of tissue comprising tumoral cells, for depositing specific doses (Dij) into specific locations within the treatment volume thus defining a planned dose distribution, pDD, satisfying objectives on the dose deposition in the treatment volume set by a physician, (b) manufacturing the beam shaping device according to the planned device design, (c) establishing a CT-scan of the beam shaping device to yield an actual CT-image, (d) determining dimensions and local materials densities from the actual CT-image, characterized in that, the method comprises, (e) extending the actual CT-image to include the treatment volume and preferably one or more of a ridge filter, a range shifter and / or a range compensator not comprised in the beam shaping device, (f) determining with a dose engine, preferably the same as in the TPS used in step (a), a calculated dose distribution in the treatment volume obtained by virtually irradiating the treatment volume with the one or more beams through a virtual beam shaping device having a geometry and a density defined by the device actual CT-image, (g) comparing the calculated dose distribution, cDD, with a reference dose distribution, rDD. (a) establishing with a treatment planning system, TPS, the planned device design of the beam shaping device suitable for shaping one or more beams (100.i) of accelerated particles to mate a geometry of a treatment volume of tissue comprising tumoral cells, for depositing specific doses (Dij) into specific locations within the treatment volume thus defining a planned dose distribution, pDD, satisfying objectives on the dose deposition in the treatment volume set by a physician, (b) manufacturing the beam shaping device according to the planned device design, (c) establishing a CT-scan of the beam shaping device to yield an actual CT-image, (d) determining dimensions and local materials densities from the actual CT-image, characterized in that, the method comprises, (e) extending the actual CT-image to include the treatment volume and preferably one or more of a ridge filter, a range shifter and / or a range compensator not comprised in the beam shaping device, (f) determining with a dose engine, preferably the same as in the TPS used in step (a), a calculated dose distribution in the treatment volume obtained by virtually irradiating the treatment volume with the one or more beams through a virtual beam shaping device having a geometry and a density defined by the device actual CT-image, (g) comparing the calculated dose distribution, cDD, with a reference dose distribution, rDD.
An electronic device comprising: a housing having a display opening therein; processing circuitry within said housing; wireless transceiver circuitry within said housing and coupled to said processing circuitry; near field communications transceiver circuitry within said housing and coupled to said processing circuitry; a display within said housing and coupled to said processing circuitry, said display having an external surface exposed through said display opening, an internal display surface within said housing; and an NFC antenna positioned within said housing behind, and aligned with the internal surface of said display; wherein the NFC antenna is directly mounted on the internal surface and coupled to said NFC transceiver circuitry; wherein the NFC antenna comprises a substrate on a ferrite sheet backing layer, in which the ferrite sheet backing layer provides inductive shielding for the NFC antenna; and in which the substrate has electrically conductive traces thereon (20a-20h) defining a plurality of coplanar loops. a housing having a display opening therein; processing circuitry within said housing; wireless transceiver circuitry within said housing and coupled to said processing circuitry; near field communications transceiver circuitry within said housing and coupled to said processing circuitry; a display within said housing and coupled to said processing circuitry, said display having an external surface exposed through said display opening, an internal display surface within said housing; and an NFC antenna positioned within said housing behind, and aligned with the internal surface of said display; wherein the NFC antenna is directly mounted on the internal surface and coupled to said NFC transceiver circuitry; wherein the NFC antenna comprises a substrate on a ferrite sheet backing layer, in which the ferrite sheet backing layer provides inductive shielding for the NFC antenna; and in which the substrate has electrically conductive traces thereon (20a-20h) defining a plurality of coplanar loops.
A surgical retractor comprising: a pair of handles (4,5) mounted for pivotal movement about a pivot pin having a pivot axis; a pair of arm members each terminating at a distal end in a downwardly depending blade and attachable to a respective handle (4,5) at a proximal end, each arm member in a non-use state being in a position substantially parallel to each other; wherein application of pressure to the pair of handles (4,5) causes each handle (4,5) and arm member to rotate about the pivot axis such that each handle (4,5) rotates towards the other handle (5,4) which causes the arm members to move apart so that in use in a surgical site the blades abut against and retract tissue matter, characterized in that each arm member in a non-use state is also in a position substantially parallel to the pivot axis. a pair of handles (4,5) mounted for pivotal movement about a pivot pin having a pivot axis; a pair of arm members each terminating at a distal end in a downwardly depending blade and attachable to a respective handle (4,5) at a proximal end, each arm member in a non-use state being in a position substantially parallel to each other; wherein application of pressure to the pair of handles (4,5) causes each handle (4,5) and arm member to rotate about the pivot axis such that each handle (4,5) rotates towards the other handle (5,4) which causes the arm members to move apart so that in use in a surgical site the blades abut against and retract tissue matter, characterized in that each arm member in a non-use state is also in a position substantially parallel to the pivot axis.
Trailer hitch, comprising a pivot bearing unit mountable on a rear end portion of a vehicle body, in fixed relation to the vehicle, and a pivot element supported on the pivot bearing unit for pivotal movement about at least one pivot axis, said pivot element having fixedly connected thereto a ball neck carrying a hitch ball, said ball neck being pivotable, by pivoting the pivot element about the at least one pivot axis relative to the pivot bearing unit, between two final positions, one of which is an operating position in which the ball neck extends substantially in a vertical longitudinal center plane of the trailer hitch which, particularly in the state of being mounted to the vehicle body, is coincident with the vertical longitudinal center plane of the vehicle body, and another one of which is a rest position in which the ball neck extends transversely with respect to the vertical longitudinal center plane, wherein a sensor system (130, 330) is provided for detecting at least one location of the pivot element relative to the pivot bearing unit with respect to the at least one pivot axis, which sensor system (130, 330) detects the locations of the pivot element relative to the pivot bearing unit mounted in fixed relation to the vehicle and generates position information representative of the respective location of the pivot element, characterized in that the sensor system (130, 330) detects at least one location range of the pivot element that encompasses the operating position and the rest position, the sensor system (130, 330) detects the locations of intermediate positions of the pivot element lying between the operating position and the rest position, and in that the sensor system (130, 330) detects the locations of the pivot element during the pivoting from the operating position to the rest position and vice versa.
A light source, comprising: a support member; a liquid media supported by the support member, wherein the liquid media is polar; at least one pair of electrodes disposed on the support member, such that electrodes in the at least one pair of electrodes are arranged coplanar with each other and a surface of each electrode in the pair of electrodes is in direct contact with nanoparticles, where the nanoparticles are comprised of a luminescent material chosen from elemental or composite semiconductor materials and are contained within the liquid media; and an excitation source electrically coupled to the pair of electrodes and operable to apply an excitation signal between the electrodes in the pair of electrodes. a support member; a liquid media supported by the support member, wherein the liquid media is polar; at least one pair of electrodes disposed on the support member, such that electrodes in the at least one pair of electrodes are arranged coplanar with each other and a surface of each electrode in the pair of electrodes is in direct contact with nanoparticles, where the nanoparticles are comprised of a luminescent material chosen from elemental or composite semiconductor materials and are contained within the liquid media; and an excitation source electrically coupled to the pair of electrodes and operable to apply an excitation signal between the electrodes in the pair of electrodes.
Multipurpose mould structure for the expansion and sintering of polystyrene (eps, polystyrene), for manufacturing prefabricated panels for construction purposes, made of reinforced or non-reinforced sintered expanded polystyreneconsisting, when reinforced, of a composite complex obtained by aggregating steel to the sintered expanded polymeric mass, preferably of the high-density type, by embedding - thereinto - typically wire-like/rod-like metal elements preassembled to form a cage made of electrowelded elements, often provided with further metalware such as hinges and/or joining strips and/or the like, comprising at least one mould modular operating unit (1A, 1B) consisting of at least two half-shells (7, 8) said operating unit being designated to be twinned to at least an identical one to form a single mould compartment or chamber with an area at least twice as large, characterized in that the two half-shells (7, 8) have variable geometry and shape to modify the volume, the size and the conformation of the mould compartment or chamber, and in that the at least one modular operating unit (1A, 1B) is served by a module with mechanisms for supplying (20, 21) and loading (23, 25) the reinforcement means or elements to be embedded into the moulded sintered mass, as well as a module with mechanisms for unloading (21, 31) and removing (26, 27) the moulded panels.
A wheelchair foot-rest including: - a telescoping upright; - a plate, at the lower end of the telescoping upright; and - an actuator suitable for allowing the extension and retraction of the telescoping upright characterized in that - an end-of-travel detector is coupled to the actuator and arranged to detect an obstacle below the plate. - a telescoping upright; - a plate, at the lower end of the telescoping upright; and - an actuator suitable for allowing the extension and retraction of the telescoping upright - an end-of-travel detector is coupled to the actuator and arranged to detect an obstacle below the plate.
A compressor bypass valve for use in a multi-stage turbocharger of an internal combustion engine, said valve comprising a valve body comprising a compressor bypass passage (33, 42) having an inlet and an outlet, and means for opening and closing said bypass passage (33, 42) comprising a valve flap, wherein said valve flap is radially movable with respect to said outlet between an opened position and a closed position, characterized in that said outlet provides a seat against which said valve flap is in contact when in its closed position, said seat being inclined with respect to the plane perpendicular to said outlet longitudinal axis.
An apparatus comprising: a first unitary structure having a plurality of T-shaped cross-sections; a second unitary structure having a plurality of T-shaped cross-sections; and a number of joints between the first unitary structure and the second unitary structure, characterised in that the number of joints comprises a number of openings in the second unitary structure, a number of protrusions in the first unitary structure inserted into the number of openings of the second unitary structure, and adhesive. a first unitary structure having a plurality of T-shaped cross-sections; a second unitary structure having a plurality of T-shaped cross-sections; and a number of joints between the first unitary structure and the second unitary structure, characterised in that the number of joints comprises a number of openings in the second unitary structure, a number of protrusions in the first unitary structure inserted into the number of openings of the second unitary structure, and adhesive.