mhurhangee/ep-ind-claims huggingface dataset:
Method for imaging a surrounding area on a detector of a detector device in which an optical system produces an imaging beam path, and a panel, which is arranged in the imaging beam path, shadows a subarea of an image of the surrounding area, in which subarea a dazzling object is located, on the detector, wherein a) the panel is subdivided into a plurality of segments which can be operated individually, and segments which are associated with the subarea are selected and operated, and are in this way heated, and the transmission of the selected segments is reduced by the heating throughout the frequency range in which the detector is sensitive, and the selected segments of the panel shadow the subarea of the image, b) the heated segments form a heated area, and the area to be heated is selected on the basis of the position of the dazzling object in the image, c) the area to be heated is conveyed together with a movement of the dazzling object over the image, and d) the panel is preheated in an area which is larger than the subarea, before the transparency of the selected segments is reduced by further heating, in order to produce a gradual transparency reduction around the region to be heated. a) the panel is subdivided into a plurality of segments which can be operated individually, and segments which are associated with the subarea are selected and operated, and are in this way heated, and the transmission of the selected segments is reduced by the heating throughout the frequency range in which the detector is sensitive, and the selected segments of the panel shadow the subarea of the image, b) the heated segments form a heated area, and the area to be heated is selected on the basis of the position of the dazzling object in the image, c) the area to be heated is conveyed together with a movement of the dazzling object over the image, and d) the panel is preheated in an area which is larger than the subarea, before the transparency of the selected segments is reduced by further heating, in order to produce a gradual transparency reduction around the region to be heated.
A hybrid lamp for a vehicle, for use on vehicle exteriors, comprising: a functional surface, outwardly facing surfaces of the functional surface comprising a metalized surface; a functional marking (126, 128) integrated within the functional surface, the functional marking being embossed such that portions of the functional marking protrude in front of the functional surface and/or the functional marking being recessed with respect to the functional surface; a plurality of light sources (151 - 156) configured to illuminate the functional marking and the functional surface; a housing adapted to structurally support the plurality of light sources and the functional surface, wherein the housing is configured with a plurality of mounting locations (141 - 146) configured for structurally supporting the plurality of light sources, at least a part of the plurality of light sources being arranged above and/or below the functional surface for projecting light onto the functional surface; and a controller configured to individually control each of the plurality of light sources for providing different illumination patterns of the functional marking and the functional surface such that automotive functional lighting and non-automotive functional lighting is provided. a functional surface, outwardly facing surfaces of the functional surface comprising a metalized surface; a functional marking (126, 128) integrated within the functional surface, the functional marking being embossed such that portions of the functional marking protrude in front of the functional surface and/or the functional marking being recessed with respect to the functional surface; a plurality of light sources (151 - 156) configured to illuminate the functional marking and the functional surface; a housing adapted to structurally support the plurality of light sources and the functional surface, wherein the housing is configured with a plurality of mounting locations (141 - 146) configured for structurally supporting the plurality of light sources, at least a part of the plurality of light sources being arranged above and/or below the functional surface for projecting light onto the functional surface; and a controller configured to individually control each of the plurality of light sources for providing different illumination patterns of the functional marking and the functional surface such that automotive functional lighting and non-automotive functional lighting is provided.
A wireless power supply system that performs wireless power supply between a power transmission coil installed at a parking space and a power reception coil mounted on a vehicle, wherein the wireless power supply system is configured to transmit judging power for judging a parking position from the power transmission coil to the power reception coil in an operation of parking the vehicle in the parking space, and the wireless power supply system is further configured to set an excitation frequency of the judging power to a frequency lower than an in-phase resonance point or higher than an anti-phase resonance point in order to set a received power voltage at the power reception coil to monotonously increase according to a distance between the power transmission coil and the power reception coil and judge the parking position of the vehicle by monitoring said received power voltage, wherein the in-phase resonance point is a frequency at which a magnetic flux generated at the power transmission coil and a magnetic flux generated at the power reception coil resonate with each other while strengthening each other, and the anti-phase resonance point is a frequency at which the magnetic flux generated at the power transmission coil and the magnetic flux generated at the power reception coil resonate with each other while cancelling out each other, wherein the judging power is electric power transmitted under settings such that an excitation voltage and an excitation frequency of the power transmission coil are fixed, the excitation frequency of the judging power is set to a frequency at which a transimpedance representing a ratio of a received power voltage of the power reception coil to an excitation current of the power transmission coil is equal to or higher than a predetermined value, the predetermined value is set such that the received power voltage of the power reception coil is higher than a minimum resolution of a voltage detector that detects the received power voltage of the power reception coil, and a surface leakage magnetic flux density of the power transmission coil is equal to or lower than a standard value set for the power transmission coil.
System for allowing the evacuation of buildings in case of earthquake or disaster in general, said building having one or more compartments, such as an apartment, a corridor and the like, said system comprising a remote control central unit, provided with transceiver means, one or more peripheral units, each one located in a compartment to be monitored, said one or more peripheral units being provided with wireless transceiver means and being connectable to one or more further peripheral units and said control central unit, one or more doors each one having one or more wings, each of said peripheral units being housed in one respective of said wings of a respective door, the overall arrangement of said door being such as to allow the evacuation of any people from the respective compartment, in which it is installed and the protection of said peripheral unit installed in the wing in case of a possible earthquake or natural disaster in general, and detection and communication means, functionally connected to said peripheral unit, adapted to detect physical and biological data within the volume of said compartments of said building, so that said peripheral unit is capable to transmit them to said central control unit.
A method for molding a resin material mixed with a pulverized material, the method comprising: plasticizing and injection-molding a resin material mixed with a pulverized material in which a virgin material and a pulverized material are mixed in a predetermined ratio, wherein bulk densities of the virgin material and the pulverized material are previously measured; based on pulverized material bulk density data related to the bulk density of the pulverized material and virgin material bulk density data related to the bulk density of the virgin material obtained by the measurement, determining and registering a conversion coefficient for a predetermined molding condition when the virgin material and the pulverized material are mixed in the predetermined ratio; when the pulverized material is used, measuring at least a bulk density of the pulverized material which is used; and based on the pulverized material bulk density data, the virgin material bulk density data obtained by the measurement, and the conversion coefficient, processing for modifying the molding condition. plasticizing and injection-molding a resin material mixed with a pulverized material in which a virgin material and a pulverized material are mixed in a predetermined ratio, wherein bulk densities of the virgin material and the pulverized material are previously measured; based on pulverized material bulk density data related to the bulk density of the pulverized material and virgin material bulk density data related to the bulk density of the virgin material obtained by the measurement, determining and registering a conversion coefficient for a predetermined molding condition when the virgin material and the pulverized material are mixed in the predetermined ratio; when the pulverized material is used, measuring at least a bulk density of the pulverized material which is used; and based on the pulverized material bulk density data, the virgin material bulk density data obtained by the measurement, and the conversion coefficient, processing for modifying the molding condition.
Glazed roof for a motor vehicle, comprising at least one fixed part and a panel which is movable, in relation to the said fixed part, between an occluding, or closed, position in which it occludes the opening formed in, or beside, the fixed part, and at least one ventilating, or open, position in which the said opening is at least partially unblocked, the displacement of the said movable panel being implemented with the aid of two guide rails which are positioned, respectively, in the vicinity of each lateral edge of the said movable panel, the said roof also comprising a deflector system comprising a deflector screen and means for actuating the said deflector screen in order to ensure its displacement between at least one deflecting position and a retracted position, or vice versa, characterised in that the said actuating means comprise a movable support associated with guide means and actuated by control means, and also comprise two links, an upper link which is mounted in a pivoting manner on the said movable support and on the said deflector screen, and a lower link which is mounted in a pivoting manner on the said movable support and on the said deflector screen.
A system comprising: at least one conduit comprising an inner surface and having a maximum cross- sectional dimension; an aqueous sample fluid introduction unit in fluid communication via a first conduit with the at least one conduit; a non-aqueous spacing fluid introduction unit in fluid communication via a second conduit with the at least one conduit, the aqueous sample fluid introduction unit and the non-aqueous spacing fluid introduction unit comprising separate units each in fluid communication with the at least one conduit; and a control unit adapted to flow an aqueous sample fluid comprising a plurality of target nucleic acid sequences and being of known dilution and a non-aqueous spacing fluid from the aqueous sample fluid introduction unit and the non-aqueous spacing fluid introduction unit, respectively, and characterised in that the control unit is adapted to inject volumes of the aqueous sample fluid and the non-aqueous spacing fluid into the at least one conduit to respectively form discrete volumes in the at least one conduit such that each discrete volume comprises a dimension that is at least about 95% of the maximum cross-sectional dimension and at least 1% of discrete volumes of aqueous sample fluid have only a single target nucleic acid sequence.
Body frame of a motor vehicle provided with a body component assembly comprising a lower side member secured to at least one rear upright and equipped with a side member reinforcement, characterized in that the rear end of the side member reinforcement is fixed against the rear upright and extends in elevation at least as far as a zone for fixing a retractor of a seat belt to the rear upright, the rear end of the side member reinforcement a longitudinal member forming a first reinforcement of the rear upright and being provided with an interface (1 0a) for fixing said reel to the longitudinal member reinforcement via its rear end.
A display article, comprising: a substrate comprising a thickness and a primary surface; a diffractive surface region defined by the primary surface; and an antireflective coating disposed on the diffractive surface region defined by the primary surface of the substrate, wherein the substrate comprises a glass substrate or a glass-ceramic substrate, wherein the diffractive surface region comprises a plurality of structural features that comprises a plurality of different heights in a multimodal distribution, wherein the substrate exhibits a sparkle of less than 4%, as measured by pixel power deviation (PPD 140) at an incident angle of 0° from normal, and a transmittance haze of less than 40% from an incident angle of 0° from normal, wherein the antireflective coating comprises a plurality of alternating high refractive index and low refractive index layers (64, 62), wherein each of the low refractive index layers comprises a refractive index of less than or equal to about 1.8, and each of the high refractive index layers comprises a refractive index of greater than 1.8, wherein the article exhibits a first-surface average specular reflectance (% R) of less than 0.2% at an incident angle of 20° from normal in the visible spectrum from about 450 nm to 650 nm, and further wherein the article exhibits a maximum hardness of 8 GPa or greater, as measured by a Berkovich Indenter Hardness Test over an indentation depth of 50 nm or greater. a substrate comprising a thickness and a primary surface; a diffractive surface region defined by the primary surface; and an antireflective coating disposed on the diffractive surface region defined by the primary surface of the substrate, wherein the substrate comprises a glass substrate or a glass-ceramic substrate, wherein the diffractive surface region comprises a plurality of structural features that comprises a plurality of different heights in a multimodal distribution, wherein the substrate exhibits a sparkle of less than 4%, as measured by pixel power deviation (PPD 140) at an incident angle of 0° from normal, and a transmittance haze of less than 40% from an incident angle of 0° from normal, wherein the antireflective coating comprises a plurality of alternating high refractive index and low refractive index layers (64, 62), wherein each of the low refractive index layers comprises a refractive index of less than or equal to about 1.8, and each of the high refractive index layers comprises a refractive index of greater than 1.8, wherein the article exhibits a first-surface average specular reflectance (% R) of less than 0.2% at an incident angle of 20° from normal in the visible spectrum from about 450 nm to 650 nm, and further wherein the article exhibits a maximum hardness of 8 GPa or greater, as measured by a Berkovich Indenter Hardness Test over an indentation depth of 50 nm or greater.
A surgical instrument, comprising: a handle portion operably configured to produce an articulation motion and a firing motion; a shaft having a longitudinal axis attached to the handle portion for transferring the articulation motion and the firing motion; an end effector; an articulation mechanism coupling the shaft to the end effector and responsive to the articulation motion to rotate the end effector from the longitudinal axis of the shaft; and a firing mechanism responsive to the firing motion and coupled for movement through the articulation mechanism and end effector, the firing mechanism comprising: an actuating portion having a first thickness and positioned in the end effector, and an articulation portion proximally attached to the actuating portion and having a second thickness less than the first thickness for articulating movement through the articulation mechanism; wherein the articulation mechanism includes a pair of support plates (400, 402) that contact opposite sides of the second thickness articulation portion to provide resilient support and lateral guidance. a handle portion operably configured to produce an articulation motion and a firing motion; a shaft having a longitudinal axis attached to the handle portion for transferring the articulation motion and the firing motion; an end effector; an articulation mechanism coupling the shaft to the end effector and responsive to the articulation motion to rotate the end effector from the longitudinal axis of the shaft; and a firing mechanism responsive to the firing motion and coupled for movement through the articulation mechanism and end effector, the firing mechanism comprising: an actuating portion having a first thickness and positioned in the end effector, and an articulation portion proximally attached to the actuating portion and having a second thickness less than the first thickness for articulating movement through the articulation mechanism; an actuating portion having a first thickness and positioned in the end effector, and an articulation portion proximally attached to the actuating portion and having a second thickness less than the first thickness for articulating movement through the articulation mechanism; wherein the articulation mechanism includes a pair of support plates (400, 402) that contact opposite sides of the second thickness articulation portion to provide resilient support and lateral guidance.
A method of forming friction materials, comprising: depositing a first layer of material on a work surface of a three-dimensional printing system, wherein the first layer of material comprises a resin and at least one of a carbon fiber or a carbon fiber precursor material, and wherein depositing the first layer of material comprises depositing the resin on the work surface via at least one print head of the three-dimensional printing system; carbonizing the resin of the first layer of material to form a first layer of carbon-carbon composite comprising carbon fibers and a carbonized matrix material, wherein carbonizing the resin comprises carbonizing localized sections of the resin of the first layer of material using a carbonizer of the three-dimensional printer system to convert the resin to the carbonized matrix material; depositing a second layer of material on the first layer of carbon-carbon composite, the second layer of material comprising the resin and at least one of the carbon fiber or the carbon fiber precursor material, and wherein depositing the second layer of material comprises depositing the resin on the first layer of carbon-carbon composite via the at least one print head of the three-dimensional printing system; and carbonizing localized sections of the resin of the second layer of material using the carbonizer to convert the resin of the second layer to the carbonized matrix material. depositing a first layer of material on a work surface of a three-dimensional printing system, wherein the first layer of material comprises a resin and at least one of a carbon fiber or a carbon fiber precursor material, and wherein depositing the first layer of material comprises depositing the resin on the work surface via at least one print head of the three-dimensional printing system; carbonizing the resin of the first layer of material to form a first layer of carbon-carbon composite comprising carbon fibers and a carbonized matrix material, wherein carbonizing the resin comprises carbonizing localized sections of the resin of the first layer of material using a carbonizer of the three-dimensional printer system to convert the resin to the carbonized matrix material; depositing a second layer of material on the first layer of carbon-carbon composite, the second layer of material comprising the resin and at least one of the carbon fiber or the carbon fiber precursor material, and wherein depositing the second layer of material comprises depositing the resin on the first layer of carbon-carbon composite via the at least one print head of the three-dimensional printing system; and carbonizing localized sections of the resin of the second layer of material using the carbonizer to convert the resin of the second layer to the carbonized matrix material.
A packaging container for bulk solids, said container comprising a container body formed by a container wall comprising a front wall portion, a rear wall portion, and two side wall portions (5,6), said container wall extending from a container bottom to a container opening in a height direction of said container and having a height (h) as measured from said container bottom to said container opening, said container body having an opening edge at said container opening, said opening and said opening edge extending in a plane which is perpendicular to said height direction of said container, and said container comprising a lid for closing said container opening, said lid having a front lid edge which is adapted to be positioned at a front edge portion of said container opening and a rear lid edge which is adapted to be positioned at a rear edge portion of said container opening, two side lid edges (23,24) which are adapted to be positioned at corresponding side edge portions (15, 16) of said container opening and an upper outer lid surface being delimited by said lid edges (21,22,23,24), said upper outer lid surface comprising a slanted lid surface, said upper outer lid surface and said slanted lid surface each having a projected surface (25p, 26p) in said plane of said opening, characterized in that said projected surface of said slanted lid surface constituting from 40% to 100% of said projected surface of said upper outer lid surface, such as from 50% to 90% of said projected surface of said upper outer lid surface, or from 60% to 80% of said projected surface of said upper outer lid surface, said slanted lid surface being slanted such that when said lid is in a closed position at said container opening, a front end edge of said slanted lid surface is located lower in said height direction of said container than a rear end edge of said slanted lid surface, and wherein said container comprises mating stacking members for allowing two or more of said packaging container to be arranged in a stacked configuration, said mating stacking members being arranged at said container bottom and at said container opening.