mhurhangee/ep-ind-claims huggingface dataset:
A method for interaction with a medical device that is implanted in a body of a patient, the method comprising: detecting, using an inertial sensor, an arcuate motion of a wireless communication device at a velocity in the range of 20 - 200cm/sec, followed by an abrupt deceleration in which the velocity of the wireless communication device decreases from at least 20cm/sec to zero in 100ms or less as the motion terminates in physical contact between the wireless communication device and the body; in response to the detected arcuate motion followed by abrupt deceleration, actuating a wireless communication link between the wireless communication device and a transmitter in the implanted medical device; and receiving in the wireless communication device data transmitted over the wireless communication link by the transmitter. detecting, using an inertial sensor, an arcuate motion of a wireless communication device at a velocity in the range of 20 - 200cm/sec, followed by an abrupt deceleration in which the velocity of the wireless communication device decreases from at least 20cm/sec to zero in 100ms or less as the motion terminates in physical contact between the wireless communication device and the body; in response to the detected arcuate motion followed by abrupt deceleration, actuating a wireless communication link between the wireless communication device and a transmitter in the implanted medical device; and receiving in the wireless communication device data transmitted over the wireless communication link by the transmitter.
An apparatus for providing wireless power, comprising: a first coil having at least one loop forming an inner area inside a perimeter of the at least one loop and an outer area outside the perimeter of the at least one loop, the first coil configured to generate a first alternating magnetic field for charging or powering a wireless power device, the first alternating magnetic field having a first magnetic field component with a first phase in the inner area, the first alternating magnetic field also having a second magnetic field component with a second phase in the outer area, and the second phase different from the first phase; and a second coil surrounding at least a portion of the perimeter of the first loop and, the second coil configured to reduce a magnitude of the second magnetic field component at the perimeter of the first loop and further comprising a plurality of coils (1125,1130,1135) positioned in the outer area, the plurality of coils configured to reduce the magnitude of the second magnetic field component and comprising the second coil. a first coil having at least one loop forming an inner area inside a perimeter of the at least one loop and an outer area outside the perimeter of the at least one loop, the first coil configured to generate a first alternating magnetic field for charging or powering a wireless power device, the first alternating magnetic field having a first magnetic field component with a first phase in the inner area, the first alternating magnetic field also having a second magnetic field component with a second phase in the outer area, and the second phase different from the first phase; and a second coil surrounding at least a portion of the perimeter of the first loop and, the second coil configured to reduce a magnitude of the second magnetic field component at the perimeter of the first loop and further comprising a plurality of coils (1125,1130,1135) positioned in the outer area, the plurality of coils configured to reduce the magnitude of the second magnetic field component and comprising the second coil.
Timepiece, in particular a pocket watch, comprising a case delimited by a middle part and at the centre of which a horological movement is housed, the timepiece further comprising, on at least one of the front or rear faces (4a, 4b) thereof, a cover (2a, 2b) covering a device for displaying a piece of information or a decorative pattern, the timepiece further comprising a device for opening the cover (2a, 2b), this cover (2a, 2b) being held in the closed position by a locking spring (6a, 6b), the opening device comprising a fixed pendant mounted inside the middle part of the timepiece, in addition to a movable pendant capable of sliding coaxially within the fixed pendant towards the centre of the case, the movable pendant being equipped with a guide element capable of moving along an axial guide groove, then in a circumferential guide groove (44a, 44b) into which the axial guide groove opens out, the axial guide groove and the circumferential guide groove (44a, 44b) being made in an inside surface of the fixed pendant, the circumferential guide groove (44a, 44b) being provided with a boundary (50a, 50b) away from the place at which the axial guide groove opens out, such that, when the movable pendant is pushed towards the centre of the case, this movable pendant can be firstly displaced axially, then pivoted by an angle defined by the place at which the guide element abuts against the boundary (50a, 50b) which delimits the circumferential guide groove (44a, 44b), characterized in that the opening device further comprises at least one pin (60a, 60b) which extends axially towards the centre of the case and which is arranged with a clearance between the movable pendant and the locking spring (6a, 6b), the movable pendant having, on the side of the pin (60a, 60b), a helical groove (58a, 58b), this helical groove (58a, 58b) coming into contact with the pin (60a, 60b) and causing the axial displacement thereof towards the locking spring (6a, 6b) when the movable pendant is pushed, then pivoted, such that the pin (60a, 60b) presses against the locking spring (6a, 6b) and releases the cover (2a, 2b) from the retaining force exerted thereon by the locking spring (6a, 6b).
An integrated circuit comprising: a plurality of components (16A-16B, 18, 20, 22, 24, 26), each component included in one of a plurality of performance domains (14A-14F) and a power management unit; characterised in that: the power management unit comprises a plurality of configuration registers, wherein the plurality of configuration registers are programmed with data identifying performance states for the plurality of performance domains (14A-14F), wherein at least two performance states are identified for each performance domain of the plurality of performance domains (14A-14F), and wherein the power management unit is configured to establish a selected performance state of the at least two performance states in each of the plurality of performance domains (14A-14F) responsive to an event that is subsequent to the programming of the plurality of configuration registers. a plurality of components (16A-16B, 18, 20, 22, 24, 26), each component included in one of a plurality of performance domains (14A-14F) and a power management unit; characterised in that: the power management unit comprises a plurality of configuration registers, wherein the plurality of configuration registers are programmed with data identifying performance states for the plurality of performance domains (14A-14F), wherein at least two performance states are identified for each performance domain of the plurality of performance domains (14A-14F), and wherein the power management unit is configured to establish a selected performance state of the at least two performance states in each of the plurality of performance domains (14A-14F) responsive to an event that is subsequent to the programming of the plurality of configuration registers. the power management unit comprises a plurality of configuration registers, wherein the plurality of configuration registers are programmed with data identifying performance states for the plurality of performance domains (14A-14F), wherein at least two performance states are identified for each performance domain of the plurality of performance domains (14A-14F), and wherein the power management unit is configured to establish a selected performance state of the at least two performance states in each of the plurality of performance domains (14A-14F) responsive to an event that is subsequent to the programming of the plurality of configuration registers.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising a plurality of support elements with an upper surface and an opposite lower surface, the support elements being separated by a plurality of flexion indentations that extend upward from the lower surface and into the sole structure, the flexion indentations including: a first flexion indentation that extends through substantially all of a length of the sole structure; a second flexion indentation that extends through a portion of a length of the sole structure and is located in at least a forefoot region of the sole structure; and at least two third flexion indentations that extend through substantially all of a width of the sole structure, each of the support elements including: a shell that defines an interior void, the shell being formed from a polymer material that extends around substantially all of the void, the shell being formed from a first sheet forming the upper surface and a second sheet forming the lower surface and a sidewall of the support elements; and a core having a shape of the void and located within the void, at least a portion of the core being a polymer foam material, the polymer foam material of at least two of the support elements having different densities. a first flexion indentation that extends through substantially all of a length of the sole structure; a second flexion indentation that extends through a portion of a length of the sole structure and is located in at least a forefoot region of the sole structure; and at least two third flexion indentations that extend through substantially all of a width of the sole structure, a shell that defines an interior void, the shell being formed from a polymer material that extends around substantially all of the void, the shell being formed from a first sheet forming the upper surface and a second sheet forming the lower surface and a sidewall of the support elements; and a core having a shape of the void and located within the void, at least a portion of the core being a polymer foam material,
A method by a mixed reality apparatus for operating a mixed reality session that includes playing immersive content comprising at least one of narrative content or game content, the method comprising: imaging a real scene by activating a camera coupled to a mixed reality output apparatus, and receiving images of the real scene from the camera; determining context parameter data describing a real context of the real scene, based on the imaging; determining a session context based on a current state of the narrative content or game content; selecting, by a selection algorithm, a set of content from multiple content sets in a content library, wherein the selected set of content characterizes a selected one of alternative virtual objects for rendering by the mixed reality output apparatus; and rendering a virtual object in the mixed reality session by the mixed reality output apparatus, based on the set of content and on the data describing a real context; characterized in that: the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects. imaging a real scene by activating a camera coupled to a mixed reality output apparatus, and receiving images of the real scene from the camera; determining context parameter data describing a real context of the real scene, based on the imaging; determining a session context based on a current state of the narrative content or game content; selecting, by a selection algorithm, a set of content from multiple content sets in a content library, wherein the selected set of content characterizes a selected one of alternative virtual objects for rendering by the mixed reality output apparatus; and rendering a virtual object in the mixed reality session by the mixed reality output apparatus, based on the set of content and on the data describing a real context; characterized in that: the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects. the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects.
An apparatus for producing reinforcement cages for pylon segments, in particular for pylon segments of wind power installations, comprising - a carrier structure which is drivable in rotation about an axis X, - a plurality of bars (27, 27') which are oriented in parallel or mutually conically converging relationship relative to the axis X and are distributed along a periphery preferably uniformly around the carrier structure, wherein - each of the bars is connected to the carrier structure by means of two or more spokes and at its outer side remote from the carrier structure has a plurality of recesses adapted to receive reinforcement material, - a respective plurality of spokes are arranged in accordance with the number of bars in a plane (11, 13, 15) perpendicularly to the axis X, and - the spokes are adjustable telescopically in their length by motor means. - a carrier structure which is drivable in rotation about an axis X, - a plurality of bars (27, 27') which are oriented in parallel or mutually conically converging relationship relative to the axis X and are distributed along a periphery preferably uniformly around the carrier structure, - each of the bars is connected to the carrier structure by means of two or more spokes and at its outer side remote from the carrier structure has a plurality of recesses adapted to receive reinforcement material, - a respective plurality of spokes are arranged in accordance with the number of bars in a plane (11, 13, 15) perpendicularly to the axis X, and - the spokes are adjustable telescopically in their length by motor means.
Tracer gas sensing device comprising a gas discharge cell having cell walls defining a discharge volume and a tracer gas inlet into the discharge volume, an optical spectrometer arrangement having a radiation source on a first side of the discharge cell for emitting light into the discharge cell and a radiation detector on a second side of the discharge cell opposite to the first side for detecting radiation which was emitted by the radiation source through the discharge volume as an indication of tracer gas molecules, and electrodes on opposing sides of the discharge cell for generating a plasma within the discharge cell, said electrodes being unexposed plasma electrodes, wherein the tracer gas inlet comprises a gas selective membrane which comprises a layer of thermally densified spin-on glass dielectric, wherein the spin-on glass layer is leveled and/or capped with a thermally re-flown layer of chemical vapor deposition borophosphosilicate glass.
Method for automated determination of cellular immunofluorescent foci by means of an immunofluorescence assay, comprising: a. providing a mixture of cells to be analysed and synthetic calibration particles, whereby cells and particles are fixed to a solid phase, b. detection of synthetic calibration particles, wherein said synthetic calibration particles are specifically marked using fluorescent markers, followed by calibration and focusing of a fluorescent microscopy device and automated evaluation system based on detection of the synthetic calibration particles, c. incubation of said mixture with one or more antibodies that bind to a target substrate of the cells, d. detection of antibodies bound to said substrates via said fluorescent microscopy device, and e. determination of immunofluorescent foci from image data generated by said fluorescent microscopy device using said automated evaluation system. a. providing a mixture of cells to be analysed and synthetic calibration particles, whereby cells and particles are fixed to a solid phase, b. detection of synthetic calibration particles, wherein said synthetic calibration particles are specifically marked using fluorescent markers, followed by calibration and focusing of a fluorescent microscopy device and automated evaluation system based on detection of the synthetic calibration particles, c. incubation of said mixture with one or more antibodies that bind to a target substrate of the cells, d. detection of antibodies bound to said substrates via said fluorescent microscopy device, and e. determination of immunofluorescent foci from image data generated by said fluorescent microscopy device using said automated evaluation system.
An improved lighting arrangement, which is implemented by means of light emitting diodes or LEDs, wherein the lighting arrangement comprises a lighthead and an incoming air frame, which lighthead is constituted by a frame (5; 51, 52, 53, 54) fitted with a plurality of elongated rod type mounting supports (2; 21, 22), said mounting supports (2; 21; 22) being provided with a plurality of light elements (3; 3 1, 3 2, 3 3) containing at least one light emitting diode, whereby the mounting supports are organized in at least two groups (21, 22), each of said groups (21, 22) including at least two mounting supports (21; 21 1, 21 2; 22; 22 1, 22 2), whereof the first group is set on a first level (A-A) and the second group on a second level (B-B), such that the mounting supports (21; 21 1, 21 2; 22; 22 1, 22 2) of each group (21, 22) are apart or spaced by a gap (4; 4a, 4b) from each other and that the first group's mounting supports lie at an angle, most preferably at a right angle, relative to the second group's mounting supports, and the lighthead, along with its frame and mounting supports (2; 21, 22), is set up in the proximity of a ceiling of the operating theatre or the like facility substantially above an operating table, such that the location thereof is below the illuminated facility's incoming air frame.
Method for testing capacitive current switching of a circuit breaker, comprising steps of: - realisation of a capacitive current switching by the circuit breaker, - measurement of voltage at the terminals of the circuit breaker after the capacitive current switching, the method being characterized in that it comprises steps of: - calculation of the gradient of the measured voltage, - determination as to whether there is at least one point of gradient whose amplitude exhibits an absolute value greater than a first predetermined threshold, and when such a point is determined, - identification of the instant of appearance of the determined point and of the amplitude of variation of the voltage at that instant, as voltage drop. - realisation of a capacitive current switching by the circuit breaker, - measurement of voltage at the terminals of the circuit breaker after the capacitive current switching, the method being characterized in that it comprises steps of: - calculation of the gradient of the measured voltage, - determination as to whether there is at least one point of gradient whose amplitude exhibits an absolute value greater than a first predetermined threshold, and when such a point is determined, - identification of the instant of appearance of the determined point and of the amplitude of variation of the voltage at that instant, as voltage drop. - calculation of the gradient of the measured voltage, - determination as to whether there is at least one point of gradient whose amplitude exhibits an absolute value greater than a first predetermined threshold, and when such a point is determined, - identification of the instant of appearance of the determined point and of the amplitude of variation of the voltage at that instant, as voltage drop.
A nozzle face wiping device that cleans a nozzle face of an ejection head (32C, 32M, 32Y, 32K) from two directions, the nozzle face wiping device comprising: a wiping web that is contacted to the nozzle face and wipes out the nozzle face; wiping web running drive means (114, 132, 116, 134, 124, 136) for running the wiping web along a longitudinal direction; a pressure member that presses and contacts the wiping web to the nozzle face; biasing means for giving force to press the wiping web to the nozzle face through the pressure member; and tension giving means for giving tension to the wiping web by making running speed on a downstream side of the wiping web with respect to the pressure member faster than running speed on an upstream side of the wiping web, and moving the pressure member in a direction against biasing force of the biasing means, wherein whether to wipe out the nozzle face is switched by giving the tension. a wiping web that is contacted to the nozzle face and wipes out the nozzle face; wiping web running drive means (114, 132, 116, 134, 124, 136) for running the wiping web along a longitudinal direction; a pressure member that presses and contacts the wiping web to the nozzle face; biasing means for giving force to press the wiping web to the nozzle face through the pressure member; and tension giving means for giving tension to the wiping web by making running speed on a downstream side of the wiping web with respect to the pressure member faster than running speed on an upstream side of the wiping web, and moving the pressure member in a direction against biasing force of the biasing means, wherein whether to wipe out the nozzle face is switched by giving the tension.
An elevator car collision protection system comprising: a first antenna configured to be worn by a person entering a hoistway; characterized by a first trio of transceivers located a first selected distance away from a first impact wall of the hoistway, the first trio of transceivers being configured to detect a first clearance between an elevator car within the hoistway and the first trio of transceivers and a second clearance between the first antenna and the first trio of transceivers; and an alarm configured to activate when a collision risk level exceeds a selected risk level, wherein the collision risk level is determined in response to the first clearance and the second clearance. a first antenna configured to be worn by a person entering a hoistway; characterized by a first trio of transceivers located a first selected distance away from a first impact wall of the hoistway, the first trio of transceivers being configured to detect a first clearance between an elevator car within the hoistway and the first trio of transceivers and a second clearance between the first antenna and the first trio of transceivers; and an alarm configured to activate when a collision risk level exceeds a selected risk level, wherein the collision risk level is determined in response to the first clearance and the second clearance.