mhurhangee/ep-ind-claims huggingface dataset:
A breakout assembly for use in fiber optic applications comprising: a clamshell housing having a first end and a second end, the clamshell housing including a mating member, the mating member including a post member and a securing member; wherein the housing is configured to house at least a portion of a fiber optic breakout region; wherein the post member extends from the housing and the securing member extends past at least one side of the post member to define the mating member; wherein at least a portion of the securing member is configured and dimensioned to be releasably secured to a top side of a substantially plane mounting member of the breakout assembly, the mounting member including a plurality of attachment members extending from a bottom side of the mounting member, the plurality of attachment members extending from the bottom side of the mounting member adapted to mount with respect to a plurality of physical support media applications that have various mounting positions or locations; wherein the plurality of attachment members extending from the bottom side of the mounting member is configured to accept and/or snap to round wires; wherein a cable or harness containing a plurality of fiber optic cables or fibers extends from the first end of the housing; and wherein at least two fiber optic cables or fibers extend from the second end of the housing. a clamshell housing having a first end and a second end, the clamshell housing including a mating member, the mating member including a post member and a securing member; wherein the housing is configured to house at least a portion of a fiber optic breakout region; wherein the post member extends from the housing and the securing member extends past at least one side of the post member to define the mating member; wherein at least a portion of the securing member is configured and dimensioned to be releasably secured to a top side of a substantially plane mounting member of the breakout assembly, the mounting member including a plurality of attachment members extending from a bottom side of the mounting member, the plurality of attachment members extending from the bottom side of the mounting member adapted to mount with respect to a plurality of physical support media applications that have various mounting positions or locations; wherein the plurality of attachment members extending from the bottom side of the mounting member is configured to accept and/or snap to round wires; wherein a cable or harness containing a plurality of fiber optic cables or fibers extends from the first end of the housing; and wherein at least two fiber optic cables or fibers extend from the second end of the housing.
A computer-implemented statistical-inference method for graph-traversal for speech recognition, comprising: initializing likelihoods; capturing a sample for an input signal, the signal comprising audio; computing sample features from the sample; using a Graphical Processing Unit, computing observation likelihoods for each of the sample features; using the GPU, updating state likelihoods of a WFST search graph based on the observation likelihoods and state likelihoods in the previous time step to form a set of partial hypotheses; using a Central Processing Unit, computing likelihood corrections for each partial hypothesis of the set of partial hypotheses; using the GPU, updating likelihoods for the each partial hypothesis of the set of partial hypotheses; performing back-track on the set of updated partial hypotheses and determining a most likely partial hypothesis of the set of updated partial hypotheses, wherein the CPU copies across back-track information from the GPU to the CPU after each sample has been processed; and the likelihood corrections are based on a difference between the model likelihoods of a unigram model applied during the WFST composition, and a larger N-gram model. initializing likelihoods; capturing a sample for an input signal, the signal comprising audio; computing sample features from the sample; using a Graphical Processing Unit, computing observation likelihoods for each of the sample features; using the GPU, updating state likelihoods of a WFST search graph based on the observation likelihoods and state likelihoods in the previous time step to form a set of partial hypotheses; using a Central Processing Unit, computing likelihood corrections for each partial hypothesis of the set of partial hypotheses; using the GPU, updating likelihoods for the each partial hypothesis of the set of partial hypotheses; performing back-track on the set of updated partial hypotheses and determining a most likely partial hypothesis of the set of updated partial hypotheses, wherein the CPU copies across back-track information from the GPU to the CPU after each sample has been processed; and the likelihood corrections are based on a difference between the model likelihoods of a unigram model applied during the WFST composition, and a larger N-gram model.
An apparatus attached to a feature to be deployed on a satellite, the apparatus comprising: a first layer comprising: a first material (304-2, 2B) having an impedance; and a second material (304-2, 2A) coupled to the first material (304-2, 2B) configured to provide a current or voltage to the first material (304-2, 2B) causing the first material (304-2, 2B) to generate heat based on the impedance after a launch process of a launch vehicle carrying the satellite has completed; a third material configured to change state at a transition temperature, and a second layer located on top of the first material (304-2, 2B) and the second material (304-2, 2A), wherein the second layer is configured to conduct heat to the third material, wherein: a release mechanism (108, 110) is coupled to the third material and holds the feature in an undeployed position on the satellite, the heat generated by the first material (304-2, 2B) causes the third material to change state from a first state to a second state when the transition temperature range is reached, and the release mechanism (108, 110) is released from the third material when the third material is in the second state to deploy the feature from the satellite after the launch process has completed. a first material (304-2, 2B) having an impedance; and a second material (304-2, 2A) coupled to the first material (304-2, 2B) configured to provide a current or voltage to the first material (304-2, 2B) causing the first material (304-2, 2B) to generate heat based on the impedance after a launch process of a launch vehicle carrying the satellite has completed; a third material configured to change state at a transition temperature, and a second layer located on top of the first material (304-2, 2B) and the second material (304-2, 2A), wherein the second layer is configured to conduct heat to the third material, wherein: a release mechanism (108, 110) is coupled to the third material and holds the feature in an undeployed position on the satellite, the heat generated by the first material (304-2, 2B) causes the third material to change state from a first state to a second state when the transition temperature range is reached, and the release mechanism (108, 110) is released from the third material when the third material is in the second state to deploy the feature from the satellite after the launch process has completed. a release mechanism (108, 110) is coupled to the third material and holds the feature in an undeployed position on the satellite, the heat generated by the first material (304-2, 2B) causes the third material to change state from a first state to a second state when the transition temperature range is reached, and the release mechanism (108, 110) is released from the third material when the third material is in the second state to deploy the feature from the satellite after the launch process has completed.
A photographic wide-angle lens system with internal focusing, comprising three lens arrays (I, II, III), namely - a front array of negative refractive power that is rigid within itself and is fixed on the object side, having three immediately adjacent negative meniscus lenses (1, 2, 3) with convex surfaces (11,21, 31) aligned on the object side - a rear array of positive refractive power that is rigid within itself and is fixed on the image side of an aperture diaphragm, the image-side end lens of the rear array being configured as a positive aspheric meniscus lens, and - a focusing array of positive refractive power that is arranged between the front array and the aperture diaphragm and is axially movable, the linear displacement of which from a maximum axial position on the object side to a maximum axial position on the image side allows the focus distance to be varied from its maximum to its minimum value, characterized in that the focusing array consists of an optical single element having at least one aspheric surface (51, 52) and that the meniscus lenses (1, 2, 3) of the front array are made from the same sort of glass, and in addition the front array comprises on the image side of these three meniscus lenses (1, 2, 3) a plano-convex lens with a convex surface aligned on the object side. - a front array of negative refractive power that is rigid within itself and is fixed on the object side, having three immediately adjacent negative meniscus lenses (1, 2, 3) with convex surfaces (11,21, 31) aligned on the object side - a rear array of positive refractive power that is rigid within itself and is fixed on the image side of an aperture diaphragm, the image-side end lens of the rear array being configured as a positive aspheric meniscus lens, and - a focusing array of positive refractive power that is arranged between the front array and the aperture diaphragm and is axially movable, the linear displacement of which from a maximum axial position on the object side to a maximum axial position on the image side allows the focus distance to be varied from its maximum to its minimum value,
A mobile apparatus (10, 20), comprising: means for receiving (16, 20) a location update reject message, characterized by means for determining whether a radio resource connection release message is issued in connection with the location update reject message, and means for, responsive to a determination that the radio resource connection release message is issued in connection with the location update reject message, initiating an attach procedure using a new radio resource connection, and responsive to a determination that no radio resource connection release message is issued in connection with the location update reject message, initiating an attach procedure using an existing radio resource connection. means for receiving (16, 20) a location update reject message, characterized by means for determining whether a radio resource connection release message is issued in connection with the location update reject message, and means for, responsive to a determination that the radio resource connection release message is issued in connection with the location update reject message, initiating an attach procedure using a new radio resource connection, and responsive to a determination that no radio resource connection release message is issued in connection with the location update reject message, initiating an attach procedure using an existing radio resource connection.
A method for dressing a threaded grinding wheel for grinding an internal work gear, the method comprising: virtually creating a virtual external gear as an external gear having a tooth profile whose solid parts have exactly the same shapes as shapes of tooth spaces of the internal work gear, and rotating a barrel-shaped threaded grinding wheel and an externally-toothed dressing gear in synchronization with each other and moving the dressing gear relative to the threaded grinding wheel in an arc within a plane in a state where the threaded grinding wheel and the dressing gear are in mesh with each other, so as to cause the dressing gear to dress the threaded grinding wheel over an entire area thereof in a direction of a rotation axis of the threaded grinding wheel, the threaded grinding wheel being disposed at a crossed axes angle (Σ) to the internal work gear which is given to the threaded grinding wheel during grinding of the internal work gear, the dressing gear being capable of meshing with the virtual external gear which is virtually designed to mesh with the internal work gear in place of the threaded grinding wheel disposed at the crossed axes angle (Σ), wherein the dressing gear is moved in mesh with the virtual external gear in the case of moving the dressing gear in the arc within the plane. virtually creating a virtual external gear as an external gear having a tooth profile whose solid parts have exactly the same shapes as shapes of tooth spaces of the internal work gear, and rotating a barrel-shaped threaded grinding wheel and an externally-toothed dressing gear in synchronization with each other and moving the dressing gear relative to the threaded grinding wheel in an arc within a plane in a state where the threaded grinding wheel and the dressing gear are in mesh with each other, so as to cause the dressing gear to dress the threaded grinding wheel over an entire area thereof in a direction of a rotation axis of the threaded grinding wheel, the threaded grinding wheel being disposed at a crossed axes angle (Σ) to the internal work gear which is given to the threaded grinding wheel during grinding of the internal work gear, the dressing gear being capable of meshing with the virtual external gear which is virtually designed to mesh with the internal work gear in place of the threaded grinding wheel disposed at the crossed axes angle (Σ), wherein the dressing gear is moved in mesh with the virtual external gear in the case of moving the dressing gear in the arc within the plane.
A therapeutic agent for use in treating allergic rhinitis, wherein said agent comprises 5-aminolevulinic acid or a derivative thereof, or a salt of the 5-aminolevulinic acid or the derivative as an active ingredient, wherein said use comprises 5-aminolevulinic acid-based photodynamic therapy (ALA-PDT) in which light having a wavelength of 400 nm to 700 nm is irradiated, and wherein ALA and the derivative thereof are represented by formula: wherein R 1 represents a hydrogen atom or an acyl group, and R 2 represents a hydrogen atom, a straight-chain or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group.
Device for manufacturing products coated with bitumen, comprising: - a furnace comprising a substantially cylindrical chamber intended to be rotated about its longitudinal axis (X-X') by a drive means and defining a circular direction and a longitudinal direction, said chamber having an internal wall and being provided, towards its two opposite ends, firstly with a main inlet intended to receive non-coated or recycled raw granular products or a mixture of the two, of the broken stone or aggregate type, and secondly a discharge for the bituminous coated products manufactured in the chamber, said granular products travelling from the main inlet towards the discharge in order to be transformed into coated products at the discharge after passing through and treatment in the chamber, - a heating means defining a combustion zone in the chamber and generating a drying stream able to dry the granular products, - protection means for the internal wall of the chamber that are situated in the combustion zone, characterised in that the protection means are formed by a plurality of plates extending at a distance from or against said internal wall and partially overlapping mutually with regard to the circular direction and the longitudinal direction in order to provide thermal protection of the internal wall by creating a layer of air in the interface created between the internal wall and the plurality of plates. - a furnace comprising a substantially cylindrical chamber intended to be rotated about its longitudinal axis (X-X') by a drive means and defining a circular direction and a longitudinal direction, said chamber having an internal wall and being provided, towards its two opposite ends, firstly with a main inlet intended to receive non-coated or recycled raw granular products or a mixture of the two, of the broken stone or aggregate type, and secondly a discharge for the bituminous coated products manufactured in the chamber, said granular products travelling from the main inlet towards the discharge in order to be transformed into coated products at the discharge after passing through and treatment in the chamber, - a heating means defining a combustion zone in the chamber and generating a drying stream able to dry the granular products, - protection means for the internal wall of the chamber that are situated in the combustion zone,
A screen assembly (10; 52; 80), comprising: a screen element including a screen element screening surface having screening openings; and a subgrid (14,18; 58,60) including a grid framework having grid openings (50; 74), wherein the screen element spans at least one grid opening (50; 74) and is attached to a surface of the subgrid (14,18; 58,60), wherein multiple subgrids (14,18; 58,60) are secured together to form the screen assembly (10; 52; 80) and the screen assembly (10; 52; 80) has a continuous screen assembly screening surface comprised of multiple screen element screening surfaces, wherein the screen element is an injection molded piece; and the subgrid (14,18; 58,60) includes at least one base member having fasteners (40,42) that mate with fasteners (40,42) of other base members of other subgrids (14,18; 58,60) and secure the subgrids (14,18; 58,60) together. a screen element including a screen element screening surface having screening openings; and a subgrid (14,18; 58,60) including a grid framework having grid openings (50; 74), wherein the screen element spans at least one grid opening (50; 74) and is attached to a surface of the subgrid (14,18; 58,60), wherein multiple subgrids (14,18; 58,60) are secured together to form the screen assembly (10; 52; 80) and the screen assembly (10; 52; 80) has a continuous screen assembly screening surface comprised of multiple screen element screening surfaces, wherein the screen element is an injection molded piece; and the subgrid (14,18; 58,60) includes at least one base member having fasteners (40,42) that mate with fasteners (40,42) of other base members of other subgrids (14,18; 58,60) and secure the subgrids (14,18; 58,60) together.
A system for wirelessly reducing elevated intraocular pressure in an eye of a mammalian subject, comprising: a multi-coil assembly that comprises multiple pairs of coils (1150a-1150h), each coil constructed from an elongated conductor formed into a plurality of windings with alternating winding directions between adjacent coils and adapted to be positioned in proximity to said eye of said mammalian subject; a signal generator electrically coupled to said multi-coil assembly, said signal generator configured to generate a signal to produce an electromagnetic field transmitted wirelessly from said multi-coil assembly to said eye of said mammalian subject in a therapeutically effective amount to reduce an elevated intraocular pressure within said mammalian subject; and glasses comprising two arms for securing on ears of the mammalian subject and a frame extending between the two arms and defining a viewing aperture, wherein the multiple pairs of coils are mounted on the frame along the perimeter of the viewing aperture. a multi-coil assembly that comprises multiple pairs of coils (1150a-1150h), each coil constructed from an elongated conductor formed into a plurality of windings with alternating winding directions between adjacent coils and adapted to be positioned in proximity to said eye of said mammalian subject; a signal generator electrically coupled to said multi-coil assembly, said signal generator configured to generate a signal to produce an electromagnetic field transmitted wirelessly from said multi-coil assembly to said eye of said mammalian subject in a therapeutically effective amount to reduce an elevated intraocular pressure within said mammalian subject; and glasses comprising two arms for securing on ears of the mammalian subject and a frame extending between the two arms and defining a viewing aperture, wherein the multiple pairs of coils are mounted on the frame along the perimeter of the viewing aperture.
A method for producing a Group III nitride semiconductor crystal, comprising: a first step of supplying only a Group III raw material into a reaction furnace having a wall surface and ceiling and having a susceptor to form and grow a Group III nitride semiconductor layer using nitrogen generated by the decomposition of materials adhering to the wall surface or ceiling of the reactor surface or to the susceptor on a heated substrate, wherein the Group III nitride semiconductor layer formed in the first step comprises an aggregate of columnar crystals or island-like crystals, and a second step of vapor-phase-growing a Group III nitride semiconductor on the substrate on which the layer has been formed in the first step by applying a Group III raw material and a nitrogen raw material. a first step of supplying only a Group III raw material into a reaction furnace having a wall surface and ceiling and having a susceptor to form and grow a Group III nitride semiconductor layer using nitrogen generated by the decomposition of materials adhering to the wall surface or ceiling of the reactor surface or to the susceptor on a heated substrate, wherein the Group III nitride semiconductor layer formed in the first step comprises an aggregate of columnar crystals or island-like crystals, and a second step of vapor-phase-growing a Group III nitride semiconductor on the substrate on which the layer has been formed in the first step by applying a Group III raw material and a nitrogen raw material.
A magnetorheological braking device with a brake housing and a fixed holder and with at least two brake components (2, 3), wherein one of the two brake components (2, 3) is connected torque-proof to the holder and wherein the two brake components (2, 3) are continuously rotatable relative to one another, wherein a first brake component extends in the axial direction and a core extending in the axial direction comprises a magnetically conductive material and wherein the second brake component comprises a hollow casing part extending around the first brake component, wherein an circumferential gap filled at least partially with a magnetorheological medium is formed between the first and the second brake component (2, 3), characterised in that at least one electrical coil is accommodated in the brake housing, wherein at least one star contour with magnetic field concentrators (80, 81) formed thereon, which project into the gap, is arranged between the casing part and the core, so that a circumferential gap region with variable gap height results in the region of the star contour, and that the star contour comprises at least one stack package of star plates.
A seat assembly with a coupling device for fixing the seat assembly to a sanitary fixture, the coupling device comprising a pivot which can be fixed to the sanitary fixture, the pivot is provided with a head, the coupling device further comprising a transverse pivot, the head adapted to accommodate in a seat of said transverse pivot which forms an element for pivoting between a lid and a ring of said seat assembly, said seat being constituted by a through hole, characterized in that said head protrudes upward from said through hole, the through hole being provided with at least one groove accommodating an O-ring gasket.