mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus for use in displaying an image to a viewer, comprising: an optical waveguide arranged to receive image-bearing light into the optical waveguide to guide the received image-bearing light therealong to an output part of the optical waveguide for output therefrom, the optical waveguide comprising an input diffraction grating for receiving image-bearing light and directing the received image-bearing light into the optical waveguide by diffraction, for guiding therealong and the output part comprises an output diffraction grating to output the image-bearing light wherein the input diffraction grating and output diffraction grating periods are matched; and, a combiner arranged adjacent to the output part of the optical waveguide for reflecting image-bearing light output by the waveguide in a direction which passes back through the optical waveguide and for allowing light from an external scene to pass through the combiner in said direction through the optical waveguide to combine with said reflected image-bearing light so that said image-bearing light overlays light from said external scene for viewing by a viewer wherein the output part of the optical waveguide is substantially planar and the output diffraction grating is arranged to output said image-bearing light in an output direction which is substantially perpendicular to the plane thereof, and the combiner has a generally planar surface which is orientated obliquely relative to the plane of the output part for said reflecting of image-bearing light obliquely. an optical waveguide arranged to receive image-bearing light into the optical waveguide to guide the received image-bearing light therealong to an output part of the optical waveguide for output therefrom, the optical waveguide comprising an input diffraction grating for receiving image-bearing light and directing the received image-bearing light into the optical waveguide by diffraction, for guiding therealong and the output part comprises an output diffraction grating to output the image-bearing light wherein the input diffraction grating and output diffraction grating periods are matched; and, a combiner arranged adjacent to the output part of the optical waveguide for reflecting image-bearing light output by the waveguide in a direction which passes back through the optical waveguide and for allowing light from an external scene to pass through the combiner in said direction through the optical waveguide to combine with said reflected image-bearing light so that said image-bearing light overlays light from said external scene for viewing by a viewer wherein the output part of the optical waveguide is substantially planar and the output diffraction grating is arranged to output said image-bearing light in an output direction which is substantially perpendicular to the plane thereof, and the combiner has a generally planar surface which is orientated obliquely relative to the plane of the output part for said reflecting of image-bearing light obliquely.
Method for producing a printing form for waterless offset printing, comprising the steps of: - providing a carrier plate; - applying an ink onto the carrier plate by means of inkjet technology; - fixing the applied ink on the carrier plate, wherein the carrier plate has a surface tension of ≥ 35 mN/m, preferably ≥ 38 mN/m, and said ink in the state fixed on the carrier plate has a surface tension of ≤ 30 mN/m, preferably ≤ 25 mN/m, and said ink is applied in the areas of the carrier plate which should bear no ink during the offset printing process; characterized in that the application of the ink onto the carrier plate is conducted in an inert gas atmosphere having an oxygen content ≤ 5 vol.-%. - providing a carrier plate; - applying an ink onto the carrier plate by means of inkjet technology; - fixing the applied ink on the carrier plate,
A condensate pump assembly for use in an air conditioning system, the condensate pump assembly comprising: a pump arranged in a housing to pump liquid from a liquid inlet towards a liquid outlet; and a liquid receptacle (108,200) arranged, in a first position in the housing, to receive condensate from a condensate inlet and to be in fluid communication with the liquid inlet, the liquid receptacle (108,200) being movable to a second position removed from the housing, whereby to empty the liquid receptacle (108,200); and selective release means operable by a hand of a user to release the liquid receptacle (108,200) for movement from the first position towards the second position, characterised in that the release means is operable by squeezing a thumb of the hand towards a finger of the hand. a pump arranged in a housing to pump liquid from a liquid inlet towards a liquid outlet; and a liquid receptacle (108,200) arranged, in a first position in the housing, to receive condensate from a condensate inlet and to be in fluid communication with the liquid inlet, the liquid receptacle (108,200) being movable to a second position removed from the housing, whereby to empty the liquid receptacle (108,200); and selective release means operable by a hand of a user to release the liquid receptacle (108,200) for movement from the first position towards the second position, characterised in that the release means is operable by squeezing a thumb of the hand towards a finger of the hand.
A system for pre-tensioning a joint including two or more threaded fasteners (11a -c) by a synchronized tightening of the threaded fasteners, comprising two or more torque delivering manually supported, battery powered, power wrenches (10a - 10c), characterized in that each one of the power wrenches comprises a separate operation control unit being arranged to wirelessly communicate with the separate operation control unit or units of the other power wrench or power wrenches of the system, a wireless communication module (16a -c), and that the separate operation control unit comprises a wireless communication module for communicating with the wireless communication modules (16a-c) of the power wrenches to receive operation data from each power wrench and to deliver data to each power wrench controlling the tightening operation of at least one power wrench in response to the received operation data from the respective power wrenches, wherein the separate operation control unit further comprises a control circuit programmed with operation data suitable for the actual tightening operation, and a comparing circuit by which the outgoing control data for each power wrench are adapted to the received actual operation data from the other power wrenches in order to complete the predetermined tightening sequence via a synchronized tightening of the threaded fasteners (11a-c). that each one of the power wrenches comprises a separate operation control unit being arranged to wirelessly communicate with the separate operation control unit or units of the other power wrench or power wrenches of the system, a wireless communication module (16a -c), and that the separate operation control unit comprises a wireless communication module for communicating with the wireless communication modules (16a-c) of the power wrenches to receive operation data from each power wrench and to deliver data to each power wrench controlling the tightening operation of at least one power wrench in response to the received operation data from the respective power wrenches, wherein the separate operation control unit further comprises a control circuit programmed with operation data suitable for the actual tightening operation, and a comparing circuit by which the outgoing control data for each power wrench are adapted to the received actual operation data from the other power wrenches in order to complete the predetermined tightening sequence via a synchronized tightening of the threaded fasteners (11a-c).
A method for controlling electrical activation of elements (102, 110, 122) in a system, comprising: identifying a first element of a system by a control system, among a plurality of elements (102, 110, 122) of the system, that is to be powered; determining connected elements (110, 122) among the elements (102, 110, 122) of the system by the control system, the connected elements (110, 122) connected to deliver power to the first element directly or indirectly, based on an adjacency matrix, wherein the adjacency matrix identifies connections between each of plurality of elements of the system; identifying at least one of the connected elements (110, 122) to activate by the control system, based on the adjacency matrix, a health table indicating a status of the elements (102, 110, 122), and the connected elements (110, 122), to deliver power to the first element; activating the at least one of the connected elements (110, 122) by the control system, thereby delivering power to the first element, wherein activating includes activating a switch at the at least one of the connected elements (110, 122), turning on at least one of the connected elements (110, 122), or performing other physical configuration changes to the at least one of the connected elements (110, 122) to change a flow of electricity and/or liquid to the first element; wherein the system is a pumping station; and wherein the first element is a pump in the pumping station. identifying a first element of a system by a control system, among a plurality of elements (102, 110, 122) of the system, that is to be powered; determining connected elements (110, 122) among the elements (102, 110, 122) of the system by the control system, the connected elements (110, 122) connected to deliver power to the first element directly or indirectly, based on an adjacency matrix, wherein the adjacency matrix identifies connections between each of plurality of elements of the system; identifying at least one of the connected elements (110, 122) to activate by the control system, based on the adjacency matrix, a health table indicating a status of the elements (102, 110, 122), and the connected elements (110, 122), to deliver power to the first element; activating the at least one of the connected elements (110, 122) by the control system, thereby delivering power to the first element, wherein activating includes activating a switch at the at least one of the connected elements (110, 122), turning on at least one of the connected elements (110, 122), or performing other physical configuration changes to the at least one of the connected elements (110, 122) to change a flow of electricity and/or liquid to the first element; wherein the system is a pumping station; and wherein the first element is a pump in the pumping station.
A system for the processing of at least one biomass source comprising; an anaerobic digester (40, 400) suitable for the digestion of low solid content biomass comprising an aqueous organic material containing less than 20% by mass of solid materials; at least one thermochemical reactor suitable for the controlled degradation of high solid content biomass comprising solid with less than 50% water by mass; a condenser system (20, 120, 220, 221) suitable to separate a fraction produced by the thermochemical reactor; and a transfer system to transport an aqueous fraction produced in the thermochemical reactor into the anaerobic digester (40, 400), wherein the thermochemical reactor is at least one thermochemical reactor selected from a pyrolysis reactor and a torrefaction reactor and wherein if the thermochemical reactor is a pyrolysis reactor, then the condenser system (20, 120, 220, 221) comprises a plurality of condensers. an anaerobic digester (40, 400) suitable for the digestion of low solid content biomass comprising an aqueous organic material containing less than 20% by mass of solid materials; at least one thermochemical reactor suitable for the controlled degradation of high solid content biomass comprising solid with less than 50% water by mass; a condenser system (20, 120, 220, 221) suitable to separate a fraction produced by the thermochemical reactor; and a transfer system to transport an aqueous fraction produced in the thermochemical reactor into the anaerobic digester (40, 400), wherein the thermochemical reactor is at least one thermochemical reactor selected from a pyrolysis reactor and a torrefaction reactor and wherein if the thermochemical reactor is a pyrolysis reactor, then the condenser system (20, 120, 220, 221) comprises a plurality of condensers.
A shaft-to-universal joint coupling structure comprising: a universal joint including two yokes (31, 36) pivotably coupled to each other, one of the two yokes (31, 36) having a through-hole that passes through the one of the two yokes (31, 36); a sleeve formed in a hollow cylindrical shape, the sleeve being fitted to the one of the two yokes (31, 36) and having an insertion hole opposed to the through-hole; a coupling pin; and a shaft that is fitted to a portion of the sleeve, the portion being on an opposite side of the sleeve from another portion of the sleeve, to which the one of the two yokes (31, 36) is fitted, characterized in that the coupling pin has a large-diameter portion having a portion press-fitted into the through-hole, a small-diameter portion formed at at least one of ends of the large-diameter portion, the small-diameter portion having an outer diameter smaller than an outer diameter of the large-diameter portion, and a step portion formed at a boundary between the large-diameter portion and the small-diameter portion, wherein the small-diameter portion is inserted into the insertion hole, and the step portion is positioned inward of an inner peripheral face of the sleeve in a radial direction of the sleeve. a universal joint including two yokes (31, 36) pivotably coupled to each other, one of the two yokes (31, 36) having a through-hole that passes through the one of the two yokes (31, 36); a sleeve formed in a hollow cylindrical shape, the sleeve being fitted to the one of the two yokes (31, 36) and having an insertion hole opposed to the through-hole; a coupling pin; and a shaft that is fitted to a portion of the sleeve, the portion being on an opposite side of the sleeve from another portion of the sleeve, to which the one of the two yokes (31, 36) is fitted, characterized in that the coupling pin has a large-diameter portion having a portion press-fitted into the through-hole, a small-diameter portion formed at at least one of ends of the large-diameter portion, the small-diameter portion having an outer diameter smaller than an outer diameter of the large-diameter portion, and a step portion formed at a boundary between the large-diameter portion and the small-diameter portion, wherein the small-diameter portion is inserted into the insertion hole, and the step portion is positioned inward of an inner peripheral face of the sleeve in a radial direction of the sleeve.
A metal removal method comprising: a reaction step of bringing a treatment gas containing a fluorine-containing interhalogen compound and a metal-containing material containing a metal element into contact with each other to generate metal fluoride which is a reaction product of the fluorine-containing interhalogen compound and the metal element; and a volatilization step of heating the metal fluoride under an inert gas atmosphere or in a vacuum environment for volatilization, wherein the metal element is at least one kind selected from the group consisting of iron, cobalt, nickel, selenium, molybdenum, rhodium, palladium, tungsten, rhenium, iridium, and platinum. a reaction step of bringing a treatment gas containing a fluorine-containing interhalogen compound and a metal-containing material containing a metal element into contact with each other to generate metal fluoride which is a reaction product of the fluorine-containing interhalogen compound and the metal element; and a volatilization step of heating the metal fluoride under an inert gas atmosphere or in a vacuum environment for volatilization, wherein the metal element is at least one kind selected from the group consisting of iron, cobalt, nickel, selenium, molybdenum, rhodium, palladium, tungsten, rhenium, iridium, and platinum.
A sterilization unit (100, 108, 110) for a filling machine, the unit comprising at least one nozzle pipe (120, 122) for injection of a sterilization agent into a packaging container to be sterilized, wherein the sterilization unit (100, 108, 110) is driven to move in an axial direction, in a downward stroke and an upward stroke, corresponding to a longitudinal direction of the at least one nozzle pipe (120, 122) such that it is inserted into an open end of the packaging container during sterilization thereof, characterized in that the nozzle pipe (120, 122) is suspended in a suspension such as to be displaceable in relation to the sterilization unit (100, 108, 110), in the axial direction of the pipe and wherein the sterilization unit (100, 108. 110) further comprises a shield between a free end of the nozzle pipe (120. 122) and the open end of the packaging container, the shield comprising holes allowing passage of the nozzle pipe during sterilization.
A dot product engine (100, 300), comprising: a resistive memory array to receive an input vector, perform a dot product operation on the input vector and a stored vector stored in the resistive memory array, and output an analog signal representing a result of the dot product operation and characterized by: a stored negation indicator to indicate whether elements of the stored vector have been negated such that logical ones have been changed to logical zeros, and logical zeros have been changed to logical ones, wherein the stored negation indicator is a 1-bit value that is stored as part of a negation vector that indicates for each column of the resistive memory array whether the elements in that column have been negated, wherein the elements are stored in negated form if the sum-of-products in the column yields a most significant bit of 1; and a digital circuit to generate a digital dot product result value based on the analog signal and the stored negation indicator, wherein the digital dot product result value is the output of the analog signal provided to an analog-to-digital converter when the stored negation indicator indicates that the elements are not stored in negated form. a stored negation indicator to indicate whether elements of the stored vector have been negated such that logical ones have been changed to logical zeros, and logical zeros have been changed to logical ones, wherein the stored negation indicator is a 1-bit value that is stored as part of a negation vector that indicates for each column of the resistive memory array whether the elements in that column have been negated, wherein the elements are stored in negated form if the sum-of-products in the column yields a most significant bit of 1; and a digital circuit to generate a digital dot product result value based on the analog signal and the stored negation indicator, wherein the digital dot product result value is the output of the analog signal provided to an analog-to-digital converter when the stored negation indicator indicates that the elements are not stored in negated form.
A solid-liquid separator comprising: a screw type dehydration unit including a screw that includes a first rotary shaft and is configured to feed a supplied object to be processed with rotation of the first rotary shaft, and a layered filter body that surrounds the screw and includes a first filtration groove, the screw type dehydration unit that is configured to perform primary dehydration on the object to be processed; and a rotary-body type dehydration unit including a plurality of rotary bodies that include second rotary shafts and layered rotary filter bodies disposed along axial directions of the second rotary shafts and including second filtration grooves, the plurality of rotary bodies disposed in two upper and lower rows, the rotary-body type dehydration unit disposed subsequent to the screw type dehydration unit and that is configured to perform secondary dehydration on the object to be processed on which the primary dehydration has been performed by the screw type dehydration unit; wherein the solid-liquid separator is configured to rotate the screw at a higher rotational speed than those of the rotary bodies, the screw type dehydration unit and the rotary-body type dehydration unit are integrally provided, and the screw type dehydration unit is inclined obliquely upward toward the rotary-body type dehydration unit. a screw type dehydration unit including a screw that includes a first rotary shaft and is configured to feed a supplied object to be processed with rotation of the first rotary shaft, and a layered filter body that surrounds the screw and includes a first filtration groove, the screw type dehydration unit that is configured to perform primary dehydration on the object to be processed; and a rotary-body type dehydration unit including a plurality of rotary bodies that include second rotary shafts and layered rotary filter bodies disposed along axial directions of the second rotary shafts and including second filtration grooves, the plurality of rotary bodies disposed in two upper and lower rows, the rotary-body type dehydration unit disposed subsequent to the screw type dehydration unit and that is configured to perform secondary dehydration on the object to be processed on which the primary dehydration has been performed by the screw type dehydration unit; wherein the solid-liquid separator is configured to rotate the screw at a higher rotational speed than those of the rotary bodies, the screw type dehydration unit and the rotary-body type dehydration unit are integrally provided, and the screw type dehydration unit is inclined obliquely upward toward the rotary-body type dehydration unit.
A method for generating a digital video stream in a video stream generator comprising a video stream receiver unit and a video encoder, wherein the video stream generator generates a container video stream containing a plurality of independently encoded regions, the method comprising: receiving by said video stream receiver unit three or more component video streams from a plurality of video sources; mapping by said video encoder said three or more component video streams to three or more independently decodable regions; entering by said video encoder a signal indicating a presence of corresponding three or more independently decodable regions; entering by said video encoder a signalling indicating an association between each of said three or more component video streams and each of said three or more independently decodable regions, whereby any of said three or more component video streams can be associated with any of said three or more independently decodable regions in an independent way, and outputting by said video encoder a digital video stream comprising said signal, said signaling and said container video stream. receiving by said video stream receiver unit three or more component video streams from a plurality of video sources; mapping by said video encoder said three or more component video streams to three or more independently decodable regions; entering by said video encoder a signal indicating a presence of corresponding three or more independently decodable regions; entering by said video encoder a signalling indicating an association between each of said three or more component video streams and each of said three or more independently decodable regions, whereby any of said three or more component video streams can be associated with any of said three or more independently decodable regions in an independent way, and outputting by said video encoder a digital video stream comprising said signal, said signaling and said container video stream.
A recombinant human adenovirus expression vector that comprises and expresses an adenoviral DNA sequence, and a promoter sequence operably linked to a foreign sequence encoding one or more avian antigens or immunogens of interest, for use in prophylactically vaccinating an avian embryo by introducing and expressing one or more avian influenza antigens or immunogens in said avian embryo.