mhurhangee/ep-ind-claims huggingface dataset:
A process control apparatus that controls an industrial process implemented in a plant, the process control apparatus comprising: a virtualization unit configured to operate in hardware; first and second operating systems (23a, 23b) configured to run in the virtualization unit; an application configured to run in the first operating system, and configured to control the industrial process by communicating with field devices performing at least one of measurement and actuation required for control of the industrial process; a recording unit configured to record a first information required for restoration of the application and a second information passed between the first operating system and the application; and a restoration unit configured to use a history of the second information recorded in the recording unit to set the second operating system to the same state as an internal state of the first operating system, and configured to use the first information to restore the application running in the first operating system into the second operating system. a virtualization unit configured to operate in hardware; first and second operating systems (23a, 23b) configured to run in the virtualization unit; an application configured to run in the first operating system, and configured to control the industrial process by communicating with field devices performing at least one of measurement and actuation required for control of the industrial process; a recording unit configured to record a first information required for restoration of the application and a second information passed between the first operating system and the application; and a restoration unit configured to use a history of the second information recorded in the recording unit to set the second operating system to the same state as an internal state of the first operating system, and configured to use the first information to restore the application running in the first operating system into the second operating system.
A composition comprising a soluble alkaline phosphatase (sALP) formulated at a dosage providing from 0.2 mg/kg/week to 12 mg/kg/week for use in inducing bone healing in a subject, wherein administration of the sALP is in conjunction with an orthopedic surgical intervention comprising implantation of hardware, and wherein the administration of the sALP results in an increase in bone healing in the bone surrounding the hardware to result in new bone formation in the subject.
An applicator for applying a cosmetic composition to the eyelashes or the eyebrows, including: - a stem having a distal portion extending along a longitudinal axis, and - a brush fastened to the distal portion of the stem, said brush comprising a core carrying bristles, the core extending along a longitudinal axis that is entirely contained within a plane and having a first curve that is concave towards a first side and having a second curve that is concave towards a second side opposite from the first side, the first curve being different from the second curve, the longitudinal axis of the core crossing the longitudinal axis of the stem at least once, the core of the brush not turning back towards the distal portion of the stem on going along the longitudinal axis of the core towards its free end, and the first and second curves each including a vertex (S 1, S 2), the two vertices being situated on either side of the longitudinal axis of the stem. - a stem having a distal portion extending along a longitudinal axis, and - a brush fastened to the distal portion of the stem, said brush comprising a core carrying bristles, the core extending along a longitudinal axis that is entirely contained within a plane and having a first curve that is concave towards a first side and having a second curve that is concave towards a second side opposite from the first side, the first curve being different from the second curve,
A surgical endoscope system, comprising: a surgical endoscope configured to generate medical image data; and an image processing apparatus, including: switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry (312, 322), characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry. a surgical endoscope configured to generate medical image data; and an image processing apparatus, including: switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry (312, 322), characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry. switching control circuitry receiving the medical image data generated by the surgical endoscope and configured to perform distribution and aggregation; a plurality of graphic processing circuits configured to perform image processing on the medical image data received via distribution from the switching control circuitry; central processing circuitry connected to the switching circuitry and to the plurality of graphic processing circuits via the switching control circuitry; and memory circuitry managed by the central processing circuitry, wherein results from the image processing on the image data performed by the plurality of graphic processing circuits are aggregated by the switching control circuitry (312, 322), characterised in that the aggregation of the results is independent of the memory circuitry managed by the central processing circuitry before the results are output to the memory circuitry via the central processing circuitry.
An interface dressing applicator device for direct application to a wound of a patient by providing an interface between said wound and an absorbent compress or a pad disposed after application of said dressing, comprising: - an interface dressing comprising a first and a second contact surface, • the first contact surface being suitable for being applied in contact with the skin or a wound of a patient; and • the second contact surface being intended to receive a compress or a aipad absorbing the exudates emanating from the wound through the interface dressing - a peelable applicator tab (32, 54) of the interface dressing, the applicator tab (32, 54) being disposed against the second contact surface, a gripping portion (34, 56) of the applicator tab extending beyond the second contact surface; - a first and a second peelable protectors disposed against the first and second contact surfaces, respectively, the second protector being disposed: • above the applicator tab (32, 54) so as to overlap the applicator tab (32, 54); or • next to and at the same level as the applicator tab (32, 54) on the second contact surface. - an interface dressing comprising a first and a second contact surface, • the first contact surface being suitable for being applied in contact with the skin or a wound of a patient; and • the second contact surface being intended to receive a compress or a aipad absorbing the exudates emanating from the wound through the interface dressing • the first contact surface being suitable for being applied in contact with the skin or a wound of a patient; and • the second contact surface being intended to receive a compress or a aipad absorbing the exudates emanating from the wound through the interface dressing - a peelable applicator tab (32, 54) of the interface dressing, the applicator tab (32, 54) being disposed against the second contact surface, a gripping portion (34, 56) of the applicator tab extending beyond the second contact surface; - a first and a second peelable protectors disposed against the first and second contact surfaces, respectively, the second protector being disposed: • above the applicator tab (32, 54) so as to overlap the applicator tab (32, 54); or • next to and at the same level as the applicator tab (32, 54) on the second contact surface. • above the applicator tab (32, 54) so as to overlap the applicator tab (32, 54); or • next to and at the same level as the applicator tab (32, 54) on the second contact surface.
A surface-emission laser diode of a vertical-cavity surface-emission laser structure, comprising: a substrate; and a mesa structure formed over said substrate, said mesa structure including therein a current confinement structure, said current confinement structure including a conductive current confinement region and an insulation region surrounding said conductive current confinement region, said insulation region being an oxide of a semiconductor material forming said conductive current confinement region, wherein a center of said current confinement region is offset from a center of said mesa structure in a plane perpendicular to a laser oscillation direction; characterised in that said substrate is an inclined substrate, said inclined substrate having a mirror polished surface, and wherein a normal direction of said mirror polished surface is inclined from a crystal orientation toward a direction of any of a crystal orientation, a crystal orientation, a crystal orientation, and a crystal orientation. a substrate; and a mesa structure formed over said substrate, said mesa structure including therein a current confinement structure, said current confinement structure including a conductive current confinement region and an insulation region surrounding said conductive current confinement region, said insulation region being an oxide of a semiconductor material forming said conductive current confinement region, wherein a center of said current confinement region is offset from a center of said mesa structure in a plane perpendicular to a laser oscillation direction; characterised in that said substrate is an inclined substrate, said inclined substrate having a mirror polished surface, and wherein a normal direction of said mirror polished surface is inclined from a crystal orientation toward a direction of any of a crystal orientation, a crystal orientation, a crystal orientation, and a crystal orientation.
A kit of parts for dental use comprising Part A and Part B, Part A comprising • ascorbic acid or component(s) comprising an ascorbic acid moiety, • optionally polymerizable component(s) without acidic moieties, • optionally polymerizable component(s) with acidic moieties, • optionally filler(s), Part B comprising • polymerizable component(s) without acidic moieties, • polymerizable component(s) with acidic moieties, • transition metal component(s), • organic peroxide(s) selected from hydroperoxide(s) and di-peroxide(s), • optionally filler(s). Part A comprising • ascorbic acid or component(s) comprising an ascorbic acid moiety, • optionally polymerizable component(s) without acidic moieties, • optionally polymerizable component(s) with acidic moieties, • optionally filler(s), • ascorbic acid or component(s) comprising an ascorbic acid moiety, • optionally polymerizable component(s) without acidic moieties, • optionally polymerizable component(s) with acidic moieties, • optionally filler(s), Part B comprising • polymerizable component(s) without acidic moieties, • polymerizable component(s) with acidic moieties, • transition metal component(s), • organic peroxide(s) selected from hydroperoxide(s) and di-peroxide(s), • optionally filler(s). • polymerizable component(s) without acidic moieties, • polymerizable component(s) with acidic moieties, • transition metal component(s), • organic peroxide(s) selected from hydroperoxide(s) and di-peroxide(s), • optionally filler(s).
An aircraft comprising a gas turbine engine, a nacelle, a pylon, an aircraft wing, and a nitrogen generation system, the nitrogen generation system comprising: a bleed air source; and an air separation module comprising: an inlet for receiving bleed air; a hollow fiber membrane for substantially removing oxygen from the bleed air to produce a stream of oxygen enriched air and a stream of nitrogen enriched air; a first outlet for exhausting the nitrogen enriched air; and a second outlet for exhausting the oxygen enriched air from the air separation module; a nitrogen enriched air line configured to receive the nitrogen enriched air exhausted from the first outlet; and a fuel tank that is disposed downstream from the air separation module and configured to receive the nitrogen enriched air from the nitrogen enriched air line; wherein the air separation module is positioned within one of the group consisting of: said gas turbine engine, said nacelle, said pylon, said aircraft wing, and combinations thereof. a bleed air source; and an air separation module comprising: an inlet for receiving bleed air; a hollow fiber membrane for substantially removing oxygen from the bleed air to produce a stream of oxygen enriched air and a stream of nitrogen enriched air; a first outlet for exhausting the nitrogen enriched air; and a second outlet for exhausting the oxygen enriched air from the air separation module; an inlet for receiving bleed air; a hollow fiber membrane for substantially removing oxygen from the bleed air to produce a stream of oxygen enriched air and a stream of nitrogen enriched air; a first outlet for exhausting the nitrogen enriched air; and a second outlet for exhausting the oxygen enriched air from the air separation module; a nitrogen enriched air line configured to receive the nitrogen enriched air exhausted from the first outlet; and a fuel tank that is disposed downstream from the air separation module and configured to receive the nitrogen enriched air from the nitrogen enriched air line; wherein the air separation module is positioned within one of the group consisting of: said gas turbine engine, said nacelle, said pylon, said aircraft wing, and combinations thereof.
An imaging system for imaging an object, the imaging system including a support member adapted to receive the object in an immobilized state; an imaging unit (12, 102, 106, 120, 122, 126) for imaging the immobilized object in a first imaging mode to capture a first image, the first imaging mode being selected from the group consisting of x-ray mode and radio isotope mode and for imaging the immobilized object in a second imaging mode that uses light from the immobilized object, different from the first imaging mode, to capture a second image, the second imaging mode being selected from the group consisting of bright-field mode, fluorescence mode, and luminescence mode; and a capture system (18, 20, 22) for capturing either the first image or the second image of the object, the imaging system being characterized by: a movable phosphor plate to transduce ionizing radiation to visible light, the phosphor plate being mounted to be moved, without moving the immobilized object and the support member, between a first position proximate the support member for and during capture of the first image and a second position not proximate the support member during capture of the second image. a movable phosphor plate to transduce ionizing radiation to visible light, the phosphor plate being mounted to be moved, without moving the immobilized object and the support member, between a first position proximate the support member for and during capture of the first image and a second position not proximate the support member during capture of the second image.
A circuit for facilitating random edge injection locking of an oscillator comprising: a digitally controlled delay line configured to receive a clock signal and further to delay the clock signal, thereby generating a delayed clock signal, an edge selector configured to generate a phase select signal with a pulse sequence, and a pulse generator downstream to the digitally controlled delay line configured to generate injection pulses (104,105) from the delayed clock signal for at least two phases of the signals generated by the oscillator based on the phase select signal, characterised in that said edge selector is configured to generate said phase select signal with a random pulse sequence. a digitally controlled delay line configured to receive a clock signal and further to delay the clock signal, thereby generating a delayed clock signal, an edge selector configured to generate a phase select signal with a pulse sequence, and a pulse generator downstream to the digitally controlled delay line configured to generate injection pulses (104,105) from the delayed clock signal for at least two phases of the signals generated by the oscillator based on the phase select signal,
A method in an interfered network node (100") of a heterogeneous network, said network comprising at least one serving network node providing wireless communications services for user equipment nodes, UEs (200', 200"), the method comprising: detecting (800, 1100) uplink interference induced by one or more of said UEs (200',200") served by a serving network node; communicating (900,1300) a load information message indicating an uplink interference overload to the serving network node; detecting (808, 1104) one or more uplink signals transmitted by one or more of said UEs_ using an uplink signal configuration in terms of a defined signal timing, frequency, and/or code, wherein the uplink signal configuration is communicated between the interfered network node and the serving network node; communicating information associated with the detected one or more uplink signals to the serving network node for the serving network node to identify the detected one or more UEs as being a contributor to the uplink interference. detecting (800, 1100) uplink interference induced by one or more of said UEs (200',200") served by a serving network node; communicating (900,1300) a load information message indicating an uplink interference overload to the serving network node; detecting (808, 1104) one or more uplink signals transmitted by one or more of said UEs_ using an uplink signal configuration in terms of a defined signal timing, frequency, and/or code, wherein the uplink signal configuration is communicated between the interfered network node and the serving network node; communicating information associated with the detected one or more uplink signals to the serving network node for the serving network node to identify the detected one or more UEs as being a contributor to the uplink interference.
A system, comprising: a computing device; and a predictive caching system executable in the computing device, the predictive caching system being configured to: obtain a list of recommended content items for a user, the list including a priority associated with each content item in the list, said priority indicating a relative likelihood that the user will want to consume the particular content item; select one of the recommended content items from the list based at least in part on a priority of the one of the recommended content items and an available memory of the computing device; obtain (218, 221) an initial portion of the one of the recommended content items and metadata associated with the one of the recommended content items from at least one server prior to the user explicitly indicating that use of the one of the recommended content items is desired; and perform processing relative to the metadata to prepare the computing device for playback of the one of the recommended content items prior to the user explicitly indicating that use of the one of the recommended content items is desired. a computing device; and a predictive caching system executable in the computing device, the predictive caching system being configured to: obtain a list of recommended content items for a user, the list including a priority associated with each content item in the list, said priority indicating a relative likelihood that the user will want to consume the particular content item; select one of the recommended content items from the list based at least in part on a priority of the one of the recommended content items and an available memory of the computing device; obtain (218, 221) an initial portion of the one of the recommended content items and metadata associated with the one of the recommended content items from at least one server prior to the user explicitly indicating that use of the one of the recommended content items is desired; and perform processing relative to the metadata to prepare the computing device for playback of the one of the recommended content items prior to the user explicitly indicating that use of the one of the recommended content items is desired. obtain a list of recommended content items for a user, the list including a priority associated with each content item in the list, said priority indicating a relative likelihood that the user will want to consume the particular content item; select one of the recommended content items from the list based at least in part on a priority of the one of the recommended content items and an available memory of the computing device; obtain (218, 221) an initial portion of the one of the recommended content items and metadata associated with the one of the recommended content items from at least one server prior to the user explicitly indicating that use of the one of the recommended content items is desired; and perform processing relative to the metadata to prepare the computing device for playback of the one of the recommended content items prior to the user explicitly indicating that use of the one of the recommended content items is desired.