mhurhangee/ep-ind-claims huggingface dataset:
An imaging system, comprising: a plurality of laser sources (201, 301, 661-663, 761-763) configured to produce a plurality of light beams (204, 604); one or more optical alignment devices (220, 664-666) configured to orient the plurality of light beams (204, 604) into a collimated light beam; a light modulator (203, 403, 603, 703) configured to produce images with the collimated light beam (204, 604); and an optical feedback device (221, 421, 621, 721) configured to deliver back an amount of light to the plurality of laser sources (201, 301, 661-663, 761-763) so as to destabilize and spread a minimum linewidth mode of each of the plurality of laser sources (201, 301, 661-663, 761-763) and cause each of the plurality of laser sources (201, 301, 661-663, 761-763) to operate in a coherence collapsed state, so as to reduce speckle appearing when the images are displayed on a display surface (207, 1007). a plurality of laser sources (201, 301, 661-663, 761-763) configured to produce a plurality of light beams (204, 604); one or more optical alignment devices (220, 664-666) configured to orient the plurality of light beams (204, 604) into a collimated light beam; a light modulator (203, 403, 603, 703) configured to produce images with the collimated light beam (204, 604); and an optical feedback device (221, 421, 621, 721) configured to deliver back an amount of light to the plurality of laser sources (201, 301, 661-663, 761-763) so as to destabilize and spread a minimum linewidth mode of each of the plurality of laser sources (201, 301, 661-663, 761-763) and cause each of the plurality of laser sources (201, 301, 661-663, 761-763) to operate in a coherence collapsed state, so as to reduce speckle appearing when the images are displayed on a display surface (207, 1007).
Apparatus for curling hair comprising first and second side portions (12, 14) which are secured together in a spaced apart relationship via a connector portion, the connector portion being positioned substantially centrally with respect to each side portion; and wherein the side portions are fabricated from a material which is both resilient and thermally conductive; wherein the first side portion is substantially flat and the second side portion is configured such that it is provided with two fixed states: a first state in which the second side portion is convex in shape and bends away from the second plate; and a second fixed state in which the second side portion is concave in shape and folds over to cover both the connector portion and the first side portion; characterised in that the first side portion is provided with at least one barrier member (18, 24, 28) extending from the first side portion towards the second side portion in substantially the same direction as the connector portion and spaced apart from the connector portion, wherein the at least one barrier member (18, 24, 28) has a height, and the connector portion has a length and the ratio of the height of the barrier member (18, 24, 28) to the length of the connector portion is at least 1:3. wherein the first side portion is substantially flat and the second side portion is configured such that it is provided with two fixed states: a first state in which the second side portion is convex in shape and bends away from the second plate; and a second fixed state in which the second side portion is concave in shape and folds over to cover both the connector portion and the first side portion; characterised in that the first side portion is provided with at least one barrier member (18, 24, 28) extending from the first side portion towards the second side portion in substantially the same direction as the connector portion and spaced apart from the connector portion, wherein the at least one barrier member (18, 24, 28) has a height, and the connector portion has a length and the ratio of the height of the barrier member (18, 24, 28) to the length of the connector portion is at least 1:3.
A cartridge assembly for a lancing device, comprising: a housing; a carrier rotationally mounted within the housing; an array of lancets carried by the carrier, each lancet having a detachable protective cap, the array being rotationally advanceable with the carrier to sequentially bring each lancet to an active position, a drive mechanism for propelling an active lancet of the cartridge through a lancing stroke, from a retracted position within the cartridge to an advanced position wherein a sharp tip of the active lancet projects through a lancet opening in the housing to pierce the subject's skin at an intended lancing site; each lancet being retractable along said lancing stroke path at the active position to charge the drive mechanism for use; one or more cap guide tracks defining a guide path transverse to the lancing stroke path that engage the caps as the active-positioned lancet is retracted to detach the cap; and a spring element for engaging and moving the protective caps out of the corresponding lancing stroke path along said transverse guide path, characterised in that spring element is attached to the housing such that it is charged to impart a force on the cap as a lancet is advanced to an active position. a housing; a carrier rotationally mounted within the housing; an array of lancets carried by the carrier, each lancet having a detachable protective cap, the array being rotationally advanceable with the carrier to sequentially bring each lancet to an active position, a drive mechanism for propelling an active lancet of the cartridge through a lancing stroke, from a retracted position within the cartridge to an advanced position wherein a sharp tip of the active lancet projects through a lancet opening in the housing to pierce the subject's skin at an intended lancing site; each lancet being retractable along said lancing stroke path at the active position to charge the drive mechanism for use; one or more cap guide tracks defining a guide path transverse to the lancing stroke path that engage the caps as the active-positioned lancet is retracted to detach the cap; and a spring element for engaging and moving the protective caps out of the corresponding lancing stroke path along said transverse guide path, characterised in that spring element is attached to the housing such that it is charged to impart a force on the cap as a lancet is advanced to an active position.
A system (100, 1900) comprising: a controller comprising a processor and computer-readable memory, the controller configured to: receive, from an acoustic sensor (1918, 1920) and a pressure sensor, streams of data, each stream of data representing a sensed phenomenon in an environment of a bed on which a first user is sleeping and a second user is sleeping; determine, from at least one of the received streams of data, that the first user is experiencing restless sleep; determine, from at least one of the received streams of data, that the second user is snoring; responsive to determining that the first user is experiencing restless sleep and that the second user is snoring, issue a first snore-control command to a controllable home automation device such that the controllable home automation device alters a feature of a second user's sleeping environment in a way that is likely to reduce the second user's snoring; determine again, from the received streams of data, that i) the second user is still snoring after the controllable home automation device alters the feature of the second user's sleep environment based on monitoring a stream of acoustic data from the acoustic sensor and ii) the first user is still restless based on monitoring a stream of pressure data from the pressure sensor, wherein the pressure sensor is coupled to determine movement of the first user; and characterized in that responsive to the determining again, issue a second different snore-control command to alter the second user's sleeping environment in a different way that is likely to reduce the second user's snoring. receive, from an acoustic sensor (1918, 1920) and a pressure sensor, streams of data, each stream of data representing a sensed phenomenon in an environment of a bed on which a first user is sleeping and a second user is sleeping; determine, from at least one of the received streams of data, that the first user is experiencing restless sleep; determine, from at least one of the received streams of data, that the second user is snoring; responsive to determining that the first user is experiencing restless sleep and that the second user is snoring, issue a first snore-control command to a controllable home automation device such that the controllable home automation device alters a feature of a second user's sleeping environment in a way that is likely to reduce the second user's snoring; determine again, from the received streams of data, that i) the second user is still snoring after the controllable home automation device alters the feature of the second user's sleep environment based on monitoring a stream of acoustic data from the acoustic sensor and ii) the first user is still restless based on monitoring a stream of pressure data from the pressure sensor, wherein the pressure sensor is coupled to determine movement of the first user; and characterized in that responsive to the determining again, issue a second different snore-control command to alter the second user's sleeping environment in a different way that is likely to reduce the second user's snoring.
A patient interface (100; 451; 459) for delivering breathable gas to a patient for the treatment of sleep disordered breathing, the patient interface comprising: a sealing portion (210; 450) including a nose tip engagement portion (212; 352; 452) adapted to form a seal with the patient's nose tip, an upper lip engagement portion (213; 350; 462) adapted to form a seal with the patient's upper lip and/or base of the patient's nares, and nostril engagement flaps (214; 388) adapted to form a seal with the patient's nares, a supporting wall defining an air path, wherein the nose tip engagement portion, the upper lip engagement portion, and the nostril engagement flaps are all structured to curve outwardly from the supporting wall to outer edges of the sealing portion in a continuous, uninterrupted and smooth manner. a sealing portion (210; 450) including a nose tip engagement portion (212; 352; 452) adapted to form a seal with the patient's nose tip, an upper lip engagement portion (213; 350; 462) adapted to form a seal with the patient's upper lip and/or base of the patient's nares, and nostril engagement flaps (214; 388) adapted to form a seal with the patient's nares, a supporting wall defining an air path, wherein the nose tip engagement portion, the upper lip engagement portion, and the nostril engagement flaps are all structured to curve outwardly from the supporting wall to outer edges of the sealing portion in a continuous, uninterrupted and smooth manner.
A fuel pumping unit for an aero-engine, the unit having a low pressure pump and a high pressure pump, the low pressure pump supplying fuel at a raised pressure to the high pressure pump for onward supply to a fuel metering unit of the engine, the high pressure pump having: first and second meshing gears for pumping a fuel; a first electrical motor having a first rotor, a first stator and first coil windings; and a second electrical motor having a second rotor, a second stator and second coil windings; wherein the first rotor is operatively connected to the first gear and the second rotor is operatively connected to the second gear such that each gear is rotated by its respective rotor; wherein the first and second coil windings are energised by respective and separate first and second electrical power circuits such that the first and second meshing gears can be driven independently of each other; wherein the first rotor and the first gear are mounted, axially spaced from each other, on a first gear shaft, and the second rotor and the second gear are mounted, axially spaced from each other, on a second gear shaft; and wherein the pump is configured such that the electrical motors are cooled by a cooling flow formed from a flow of the pumped fuel and the electrical motors are fully immersed in the fuel. first and second meshing gears for pumping a fuel; a first electrical motor having a first rotor, a first stator and first coil windings; and a second electrical motor having a second rotor, a second stator and second coil windings; wherein the first rotor is operatively connected to the first gear and the second rotor is operatively connected to the second gear such that each gear is rotated by its respective rotor; wherein the first and second coil windings are energised by respective and separate first and second electrical power circuits such that the first and second meshing gears can be driven independently of each other; wherein the first rotor and the first gear are mounted, axially spaced from each other, on a first gear shaft, and the second rotor and the second gear are mounted, axially spaced from each other, on a second gear shaft; and wherein the pump is configured such that the electrical motors are cooled by a cooling flow formed from a flow of the pumped fuel and the electrical motors are fully immersed in the fuel.
A method for sending a SIR Target value, comprising: a Serving Radio Network Control (SRNC) sending an outer loop power control frame to a Node B, characterized in that the outer loop power control frame, comprising a plurality of fields, carries carrier identification information and a SIR Target value of a carrier corresponding to the carrier identification information, a carrier identification field is set in a payload part of the outer loop power control frame, wherein the carrier identification information is carried in the carrier identification field. a Serving Radio Network Control (SRNC) sending an outer loop power control frame to a Node B, characterized in that the outer loop power control frame, comprising a plurality of fields, carries carrier identification information and a SIR Target value of a carrier corresponding to the carrier identification information, a carrier identification field is set in a payload part of the outer loop power control frame, wherein the carrier identification information is carried in the carrier identification field.
Apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus: to cause a view of a three-dimensional graphical user interface to be displayed on a touch-sensitive display, the three-dimensional graphical user interface comprising a three-dimensional arrangement of a plurality of graphical objects, each of the graphical objects, when displayed, having an associated display parameter; to identify at least one graphical object for which the associated display parameter satisfies a predetermined criterion; and to enable individual selectability in respect of the identified at least one graphical object for which the associated display parameter satisfies the predetermined criterion, and not to enable the individual selectability of any graphical objects for which the associated display parameter does not satisfy the predetermined criterion; wherein when the individual selectability of a graphical object is enabled, the graphical object is individually selectable with a touch input; and wherein individually selecting a graphical object with a touch input causes an action to be performed in respect of the selected graphical object. to cause a view of a three-dimensional graphical user interface to be displayed on a touch-sensitive display, the three-dimensional graphical user interface comprising a three-dimensional arrangement of a plurality of graphical objects, each of the graphical objects, when displayed, having an associated display parameter; to identify at least one graphical object for which the associated display parameter satisfies a predetermined criterion; and to enable individual selectability in respect of the identified at least one graphical object for which the associated display parameter satisfies the predetermined criterion, and not to enable the individual selectability of any graphical objects for which the associated display parameter does not satisfy the predetermined criterion; wherein when the individual selectability of a graphical object is enabled, the graphical object is individually selectable with a touch input; and wherein individually selecting a graphical object with a touch input causes an action to be performed in respect of the selected graphical object.
A vehicle display system comprises: • a bracket; • at least one bracket support member wherein the bracket support member comprises a receiving cavity to retain the bracket; • a display cover coupled to the at least one bracket support member; • a display adapter coupled to the display cover; and • at least one adjustment mechanism coupled to the display cover, wherein the adjustment mechanism comprises • at least one mounting member that couples to the display adapter, wherein the mounting member comprises at least one first bracket element and at least one second bracket element; • a lever that is slidably engaged within the first bracket element; and • a biasing element supported by the second bracket element, wherein the biasing member cooperates with the lever such that, when a first force is applied to the lever the biasing member is compressed to enable the adjustment mechanism to be translated to a desired position. • a bracket; • at least one bracket support member wherein the bracket support member comprises a receiving cavity to retain the bracket; • a display cover coupled to the at least one bracket support member; • a display adapter coupled to the display cover; and • at least one adjustment mechanism coupled to the display cover, wherein the adjustment mechanism comprises • at least one mounting member that couples to the display adapter, wherein the mounting member comprises at least one first bracket element and at least one second bracket element; • a lever that is slidably engaged within the first bracket element; and • a biasing element supported by the second bracket element, wherein the biasing member cooperates with the lever such that, when a first force is applied to the lever the biasing member is compressed to enable the adjustment mechanism to be translated to a desired position. wherein the adjustment mechanism comprises • at least one mounting member that couples to the display adapter, wherein the mounting member comprises at least one first bracket element and at least one second bracket element; • a lever that is slidably engaged within the first bracket element; and • a biasing element supported by the second bracket element, • at least one mounting member that couples to the display adapter, wherein the mounting member comprises at least one first bracket element and at least one second bracket element; • a lever that is slidably engaged within the first bracket element; and • a biasing element supported by the second bracket element, wherein the biasing member cooperates with the lever such that, when a first force is applied to the lever the biasing member is compressed to enable the adjustment mechanism to be translated to a desired position.
Optical measuring device (E1, C1, 16) comprising: • a conduit comprising at least one translucent portion for conveying a first fluid through the optical device (E1, C1, 15, 25), • an emitter of a light beam configured to emit light beams traversing the first fluid passing through the translucent portion and a photosensor configured to receive the light beams through the translucent portion and to measure the quantity of received light, • a memory for storing, for different outflow rates of a first member, calibration values, enabling reference values of a response of the photosensor to be associated with a set of reference mixtures of the first fluid, each mixture comprising different air proportions. • a calculator for calculating a first value at a given instant representing a quantity of oil in a volume of a first fluid, from calibration values, said first fluid being a mixture of a volume of oil and a first volume of air, said measuring device (E1, C1, 16) being suited to correct, from the first value, the measurement of a flow rate of a flowmeter measuring a volume of oil outflowing from a member of a lubricating system (1, 10, 20, 30) of an engine. • a conduit comprising at least one translucent portion for conveying a first fluid through the optical device (E1, C1, 15, 25), • an emitter of a light beam configured to emit light beams traversing the first fluid passing through the translucent portion and a photosensor configured to receive the light beams through the translucent portion and to measure the quantity of received light, • a memory for storing, for different outflow rates of a first member, calibration values, enabling reference values of a response of the photosensor to be associated with a set of reference mixtures of the first fluid, each mixture comprising different air proportions. • a calculator for calculating a first value at a given instant representing a quantity of oil in a volume of a first fluid, from calibration values, said first fluid being a mixture of a volume of oil and a first volume of air, said measuring device (E1, C1, 16) being suited to correct, from the first value, the measurement of a flow rate of a flowmeter measuring a volume of oil outflowing from a member of a lubricating system (1, 10, 20, 30) of an engine.