mhurhangee/ep-ind-claims huggingface dataset:
A light receiving device for a distance measurement system configured to capture a distance image of a subject (12, 13) by emitting light from an illumination device comprising a light source, and receiving reflected light from the subject (12, 13), the light receiving device comprising: a plurality of pixels each including a semiconductor substrate (201, 202), the semiconductor substrate (201, 202) including a light receiving surface configured to receive light reflected by the subject (12, 13), a light receiving element formed on the light receiving surface of the semiconductor substrate (201, 202), and a light emission source (Tr) provided on an opposite surface side of the semiconductor substrate (201, 202) with respect to the light receiving surface, characterised in that the plurality of pixels includes a first pixel including a light shielding member (283, 341) provided between the light receiving element and the light emission source (Tr), and a second pixel including a light guiding unit that is configured to propagate a photon and is provided between the light receiving element and the light emission source (Tr). a plurality of pixels each including a semiconductor substrate (201, 202), the semiconductor substrate (201, 202) including a light receiving surface configured to receive light reflected by the subject (12, 13), a light receiving element formed on the light receiving surface of the semiconductor substrate (201, 202), and a light emission source (Tr) provided on an opposite surface side of the semiconductor substrate (201, 202) with respect to the light receiving surface, characterised in that the plurality of pixels includes a first pixel including a light shielding member (283, 341) provided between the light receiving element and the light emission source (Tr), and a second pixel including a light guiding unit that is configured to propagate a photon and is provided between the light receiving element and the light emission source (Tr). a light receiving surface configured to receive light reflected by the subject (12, 13), a light receiving element formed on the light receiving surface of the semiconductor substrate (201, 202), and a light emission source (Tr) provided on an opposite surface side of the semiconductor substrate (201, 202) with respect to the light receiving surface, characterised in that the plurality of pixels includes a first pixel including a light shielding member (283, 341) provided between the light receiving element and the light emission source (Tr), and a second pixel including a light guiding unit that is configured to propagate a photon and is provided between the light receiving element and the light emission source (Tr).
A print engine comprising: a media support chassis having a plurality of guide rollers mounted between opposite sidewalls thereof, the plurality of guide rollers defining a media feed path; a maintenance chassis pivotally mounted on the media support chassis, the maintenance chassis comprising a plurality of maintenance modules fixedly mounted thereto and aligned along the media feed path; a print bar chassis movably mounted on the maintenance chassis, the print bar chassis comprising a plurality of print modules, each print module having a printhead; a pivot actuation mechanism for pivoting the maintenance chassis between an open and closed position; and a lift mechanism for raising and lowering the print bar chassis relative to the maintenance chassis between a maintenance position a printing position. a media support chassis having a plurality of guide rollers mounted between opposite sidewalls thereof, the plurality of guide rollers defining a media feed path; a maintenance chassis pivotally mounted on the media support chassis, the maintenance chassis comprising a plurality of maintenance modules fixedly mounted thereto and aligned along the media feed path; a print bar chassis movably mounted on the maintenance chassis, the print bar chassis comprising a plurality of print modules, each print module having a printhead; a pivot actuation mechanism for pivoting the maintenance chassis between an open and closed position; and a lift mechanism for raising and lowering the print bar chassis relative to the maintenance chassis between a maintenance position a printing position.
Gabion comprising a number of metal wire panels (2a, 2b) connected to one another in order to form at least one first compartment, provided to be filled with stones and/or sand and/or soil and/or any other filling material, not being a gabion in which the wire panels (2a, 2b) are hingeably connected to one another along hinge lines so that they can be folded open in a concertina-like manner from a closed position of the gabion to an open position of the gabion, in which they form successive first compartments, wherein first compartments next to one another have in common at most one hinge line, said claimed gabion however comprises a textile such as a geotextile and/or a metal gauze, the textile and/or metal gauze being fastened to the metal wire panels (2a, 2b) and extending at least partly on the outer circumference of the gabion, characterized in that, the textile and/or metal gauze is fastened to the metal wire panels (2a, 2b), in such a way as to form at least one second compartment by the fastening of the geotextile and/or the metal gauze to the metal wire panels, said second compartment being provided to be filled with stones and/or sand and/or soil and/or any other filling material, and said second compartment being delimited by on the one hand only the textile and/or metal gauze and on the other hand only wire panels (2a, 2b).
Coaxial connector comprising at least - a center conductor defining a center axis of the connector, - an outer conductor coaxial to the center conductor, - a base (34, 37, 71, 72) for mounting the coaxial connector, the base (34, 37, 71, 72) being one part with the outer conductor, wherein the base (34, 37, 71, 72) comprises an outer thread, characterized in, that the outer conductor has a basically cylindrical shape with slits forming a plurality of spring loaded contact elements, said outer conductor is one part with the base (34,37,71,72) and an outer housing (38, 77) is provided at the base (34, 37, 71, 72) forming one part with said base wherein the spring loaded contact elements are not pressed forming a press fit nor soldered nor welded into the base. - a center conductor defining a center axis of the connector, - an outer conductor coaxial to the center conductor, - a base (34, 37, 71, 72) for mounting the coaxial connector, the base (34, 37, 71, 72) being one part with the outer conductor,
Process for preparing silicon dioxide and/or a metal oxide wherein the metal oxide comprises at least one of the elements Al, Ce, Fe, Mg, In, Ti, Sn, Y, Zn and/or Zr as metal component, comprising the following steps: a) spraying a liquid raw material comprising at least one silicon compound and/or a metal compound by mixing it with a gas to form an aerosol; b) forming a gaseous reaction mixture from the aerosol obtained in step a) by complete evaporation thereof; c) converting the gaseous reaction mixture obtained in step b) to silicon dioxide and/or metal oxide in the presence of oxygen. a) spraying a liquid raw material comprising at least one silicon compound and/or a metal compound by mixing it with a gas to form an aerosol; b) forming a gaseous reaction mixture from the aerosol obtained in step a) by complete evaporation thereof; c) converting the gaseous reaction mixture obtained in step b) to silicon dioxide and/or metal oxide in the presence of oxygen.
An insulating part comprising a sealed casing defining an inner enclosure: - under a vacuum, and/or - under a controlled atmosphere containing a gas having a thermal conductivity that is lower than 26 mW/m.K, the part having a thermal conductivity of less than 100 mW/m.K at 20 °C and in an environment under atmospheric pressure, the sealed casing comprising at least one thin metal sheet (30, 31) having a thickness of less than 1 mm and the metal of which is selected from among the group consisting of stainless steel, titanium, aluminium and other metals having a thermal conductivity of less than 300 W/m.K at 20 °C and in an environment under atmospheric pressure, said at least one thin metal sheet (30, 31) being welded peripherally to keep the enclosure under said low pressure and/or in said controlled atmosphere, the weld, which is continuous, having a leakage rate of less than 10 -6 Pa.m 3 /s, after a first thermal treatment according to the standard RTCA-DO 160-G, section 5, Cat. A from - 55 °C to 400 °C, and a second thermal treatment at -196 °C for 1 hour. - under a vacuum, and/or - under a controlled atmosphere containing a gas having a thermal conductivity that is lower than 26 mW/m.K,
A chemical polymerization initiator, comprising: (a) a thiourea compound; (b) a peroxyester; (c) a divalent copper compound; and (d) an aryl borate compound. (a) a thiourea compound; (b) a peroxyester; (c) a divalent copper compound; and (d) an aryl borate compound.
A micropleated vacuum bag, comprising: a bag sheet; and at least one seal ribbon carried by said bag sheet; characterized by a plurality of micropleats extending into said bag sheet and said at least one seal ribbon, wherein the plurality of micropleats are pressed into the bag sheet and the at least one seal ribbon with a pleating wheel. a bag sheet; and at least one seal ribbon carried by said bag sheet; characterized by a plurality of micropleats extending into said bag sheet and said at least one seal ribbon, wherein the plurality of micropleats are pressed into the bag sheet and the at least one seal ribbon with a pleating wheel.
Support winch, in particular for supporting semitrailers, having a support element which can be moved in a telescope-like manner in terms of the height thereof and which has an outer sleeve and an inner sleeve, wherein each sleeve (10, 20) has a rectangular cross-section with four side walls (12a-d, 22a-d, 312-315), characterised in that at least one side wall (12d, 22d, 315) of at least the inner sleeve has an additional wall plate (11, 21) or comprises a wall plate (11, 21), to which the two adjacent side walls (12a, 12c, 22a, 22c, 312, 314) are welded.
Vehicle trim element comprising at least one decorative element made of a first material, said decorative element comprising an outer surface which forms a portion of the visible surface of the trim element, and an inner surface, said decorative element being arranged on a film made of plastics material, which is different from the first material, said film comprising at least one rear region which extends over the inner surface of the decorative element, said film being arranged at least partially on a substrate, the film further comprising at least one peripheral region which extends around at least one portion of the decorative element and forms another portion of the visible surface of the trim element, characterized in that the decorative element comprises at least one opening which passes through said element, a peripheral region of the film extending into said opening and forming the visible surface of the trim element in said opening.
Removable equipment for the reduction of the radar marking of an aircraft, which can be applied to at least one hot portion of the aircraft chosen from the following: - a piloting cabin or cockpit, comprising at least one transparent portion; - a first frame of the fuselage; - a plurality of junction edges of components, including wings, tail veilings and engine air intakes; - at least one motor face; said equipment comprises at least one device for dissipating incident radar waves, which can be removably applied to at least one hot portion of the aircraft without affecting the aerodynamic characteristics of the aircraft wherein, in order to reduce the radar marking coming from at least one motor face, the equipment comprises at least one grid comprising an inner structure with a plurality of openings; a support structure for securing said grid to the aircraft; said plurality of openings are sized as to behave like a flat surface for lower frequencies of the frequency spectrum used by low-frequency radar recognition system; each opening comprises an inner surface coated with thin radar absorbing material adapted to absorb electromagnetic waves at high frequency; said grid is adapted to allow an air flow to come in towards the engine and to make the motor face of the aircraft less visible to radar systems; said grid has a circular shape similar to the cross section of the structure of the engine compartment; said support structure comprising a plurality of rings; a first ring to be structurally constrained to the conduit of the engine air intake, a second ring to be constrained to a firewall included in the engine compartment, and a third ring, adapted to stop the engine interface gasket. - a piloting cabin or cockpit, comprising at least one transparent portion; - a first frame of the fuselage; - a plurality of junction edges of components, including wings, tail veilings and engine air intakes; - at least one motor face;
Transdermal or topical active ingredient patch having a nonocclusive backing layer which consists of a textile material, a matrix formed from one or more polymer layers, with at least one active pharmaceutical ingredient in one or more of the layers, characterized in that the structure-forming base polymers of the layer or layers of the matrix layer, which comes into contact with the skin on application, are nonocclusive or minimally occlusive and are pressure-sensitive adhesives, wherein the pressure-sensitive adhesives are polyacrylate adhesives or silicone adhesives and in at least one of the polymer layers there is a second polymer dispersed, which is immiscible or very minimally miscible with the base polymer and has a low water vapor permeability, which is polyisobutylene, a styrene-isoprene-styrene block polymer or a styrenebutadiene-styrene block polymer, the fraction of dispersed particles of the second polymer in the matrix being between 10 and 30 wt %, wherein the basis weight of the matrix is between 50 and 400 g/m 2.
A method for controlling a digital TV, DTV, that can perform video communication through a video call, the method comprising: receiving at least one turn-on condition for the DTV from a user; when a video call is received by the DTV while the DTV is turned off (200, 210), receiving, by the DTV that is turned off, a control signal from an external device based on an identification information registered for the video call; selectively turning on the DTV in response to the received control signal when the at least one turn-on condition is satisfied; and connecting, by the turned-on DTV, to the received video call, wherein the DTV is not turned on in response to the control signal if a user of the DTV does not exist in a place where the DTV and the external device are provided. receiving at least one turn-on condition for the DTV from a user; when a video call is received by the DTV while the DTV is turned off (200, 210), receiving, by the DTV that is turned off, a control signal from an external device based on an identification information registered for the video call; selectively turning on the DTV in response to the received control signal when the at least one turn-on condition is satisfied; and connecting, by the turned-on DTV, to the received video call, wherein the DTV is not turned on in response to the control signal if a user of the DTV does not exist in a place where the DTV and the external device are provided.
Forming group for producing sanitary articles, comprising at least one support frame, at least one first portion and one second portion, associated with said frame, respectively bearing at least one first mold and one second mold selectively connectable to each other, so as to define at least one forming cavity adapted to receive the casting of at least one pressurized fluid mixture which, once solidified, forms at least one sanitary article, said first portion and second portion being connected to said frame in hung configuration and being selectively and mutually approachable in a closed configuration, so as to bring into mutual contact said molds (5,6) in order to define said at least one forming cavity, and mutually movable away in an open configuration in order to allow the extraction of the sanitary article once it is formed inside said cavity, at least said first portion comprises a plurality of pressing members (9, 10, 11) which abut against the perimeter surface of said first mold in said closed configuration, characterized in that at least said first portion comprises at least one flexible and non-extensible tightening element which encircles said pressing members (9, 10, 11), and traction means associated with said tightening element, and in that said tightening element comprises at least one cable, or at least one chain, or at least one belt, or at least one strip, or a combination of the aforesaid elements, or a combination of separate portions of the aforesaid elements.
A decoding method for an audio or video signal comprising one or more signal characteristics, comprising: detecting an error frame having an error from a bitstream; analyzing the one or more signal characteristics; setting a regression analysis method to conceal the error based on the one or more analyzed signal characteristics; setting a number of previous good frames to be referred to in the regression analysis method to conceal the error of the error frame having the error, based on the one or more analyzed signal characteristics; concealing the error using the regression analysis method; and decoding a frame having no error and the error frame whose error is concealed, in the bitstream, wherein setting the regression analysis method comprises selecting one of a linear regression analysis and a non-linear regression analysis as the regression analysis method based on the one or more analyzed signal characteristics. detecting an error frame having an error from a bitstream; analyzing the one or more signal characteristics; setting a regression analysis method to conceal the error based on the one or more analyzed signal characteristics; setting a number of previous good frames to be referred to in the regression analysis method to conceal the error of the error frame having the error, based on the one or more analyzed signal characteristics; concealing the error using the regression analysis method; and decoding a frame having no error and the error frame whose error is concealed, in the bitstream, wherein setting the regression analysis method comprises selecting one of a linear regression analysis and a non-linear regression analysis as the regression analysis method based on the one or more analyzed signal characteristics.
Screen printing method for creating an image on a target support, said method comprising the following steps: providing a screen printing machine comprising a supporting structure, which is movable between a lower position and an upper position, a matrix mounted on said supporting structure, in which matrix, an image is defined, and a supporting surface, said matrix being faced to said supporting surface when said supporting structure is arranged in said lower position; placing said supporting structure in said lower position; applying ink on at least a portion of said matrix to enable the ink to move from said matrix to said supporting surface, such as to reproduce said image on at least a portion of said supporting surface; placing said supporting structure in said upper position; providing a transferring support to transfer the ink reproducing said image from said supporting surface to said target support, said transferring support being provided with at least an adhesive portion; applying said at least one adhesive portion of said transferring support to a region of said supporting surface on which the ink is placed; removing said transferring support from said supporting surface; and applying the adhesive portion of said transferring support, which carries the ink reproducing said image, to said target support, to allow the ink reproducing said image to move from said transferring support to said target support. providing a screen printing machine comprising a supporting structure, which is movable between a lower position and an upper position, a matrix mounted on said supporting structure, in which matrix, an image is defined, and a supporting surface, said matrix being faced to said supporting surface when said supporting structure is arranged in said lower position; placing said supporting structure in said lower position; applying ink on at least a portion of said matrix to enable the ink to move from said matrix to said supporting surface, such as to reproduce said image on at least a portion of said supporting surface; placing said supporting structure in said upper position; providing a transferring support to transfer the ink reproducing said image from said supporting surface to said target support, said transferring support being provided with at least an adhesive portion; applying said at least one adhesive portion of said transferring support to a region of said supporting surface on which the ink is placed; removing said transferring support from said supporting surface; and applying the adhesive portion of said transferring support, which carries the ink reproducing said image, to said target support, to allow the ink reproducing said image to move from said transferring support to said target support.
A production system comprising at least one mechanical press driven at least in part by a flywheel powered by a first motor, said system further comprising a second motor which is a servo motor, the power of said first motor being controlled by a control unit for limiting the total peak power, both positive and negative, of the first motor and the second motor dependent on a function of the power of the second motor wherein the control unit is configured to limit the total peak power to a value which is lower than the peak power of the second motor alone, characterized in that the control unit is configured to limit the total peak power to a value which is equal to or larger than a rated power of the first motor.