mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine having an air intake at an upstream end and a core exhaust nozzle at a downstream end, the gas turbine engine having an aerofoil comprising: a wall (43,44,45,46) comprising an external surface, and an internal surface defining a cavity for receiving a cooling fluid in use; a first passageway extending from a first passageway inlet in the cavity; and a second passageway extending from a second passageway inlet in the cavity; wherein the first passageway and the second passageway intersect within the wall; characterised in that a first trench is formed in the external surface, and a second trench is formed in the external surface; wherein the first passageway extends to a first passageway outlet in the first trench and the second passageway extends to a second passageway outlet in the second trench. a wall (43,44,45,46) comprising an external surface, and an internal surface defining a cavity for receiving a cooling fluid in use; a first passageway extending from a first passageway inlet in the cavity; and a second passageway extending from a second passageway inlet in the cavity; wherein the first passageway and the second passageway intersect within the wall; characterised in that a first trench is formed in the external surface, and a second trench is formed in the external surface; wherein the first passageway extends to a first passageway outlet in the first trench and the second passageway extends to a second passageway outlet in the second trench.
A resonator for a filter, the resonator comprising: a cavity having first and second opposing conductive end walls and a conductive side wall or conductive side walls; a dielectric post extending into the cavity from the first conductive end wall; and a conductive cylinder extending into the cavity from the second conductive end wall, the end of the conductive cylinder remote from the second conductive end wall being an open end of the conductive cylinder; wherein the end of the dielectric post remote from the first conductive end wall extends into the open end of the conductive cylinder forming a gap between the periphery of the dielectric post and the interior surface of the conductive cylinder wherein the dielectric post extends partially across the cavity from the first conductive end wall towards the second conductive end wall and has a longitudinal bore; and wherein the resonator further comprises a conductive post which extends into the longitudinal bore from the first conductive end wall, the length of the conductive post within the longitudinal bore being adjustable to allow tuning of the resonant frequency of the resonator. a cavity having first and second opposing conductive end walls and a conductive side wall or conductive side walls; a dielectric post extending into the cavity from the first conductive end wall; and a conductive cylinder extending into the cavity from the second conductive end wall, the end of the conductive cylinder remote from the second conductive end wall being an open end of the conductive cylinder; wherein the end of the dielectric post remote from the first conductive end wall extends into the open end of the conductive cylinder forming a gap between the periphery of the dielectric post and the interior surface of the conductive cylinder wherein the dielectric post extends partially across the cavity from the first conductive end wall towards the second conductive end wall and has a longitudinal bore; and wherein the resonator further comprises a conductive post which extends into the longitudinal bore from the first conductive end wall, the length of the conductive post within the longitudinal bore being adjustable to allow tuning of the resonant frequency of the resonator.
A porous aluminum sintered compact comprising a plurality of aluminum substrates sintered to each other, wherein a junction, in which the plurality of aluminum substrates are bonded each other, includes a Ti-Al compound and a Mg oxide, wherein: the aluminum substrates are aluminum fibers or both of aluminum fibers and an aluminum powder, the aluminum fibers are subjected to a shape-added processing which is a torsion processing or a bending processing, the fiber diameter of the aluminum fiber is 50 μm or more and 1000 μm or less, the fiber length of the aluminum fiber is 0.2 mm or more and 100 mm or less, the ratio L/R of the aluminum fiber is 4 or more and 2500 or less, the grain size of the aluminum powder is 20 μm or more and 300 μm or less, the ratio of the aluminum powder in the aluminum substrates is 15 mass% or less, and a plurality of pillar-shaped protrusions projecting toward an outside is formed on outer surfaces of the aluminum substrates, and the pillar-shaped protrusions include the junction. the aluminum substrates are aluminum fibers or both of aluminum fibers and an aluminum powder, the aluminum fibers are subjected to a shape-added processing which is a torsion processing or a bending processing, the fiber diameter of the aluminum fiber is 50 μm or more and 1000 μm or less, the fiber length of the aluminum fiber is 0.2 mm or more and 100 mm or less, the ratio L/R of the aluminum fiber is 4 or more and 2500 or less, the grain size of the aluminum powder is 20 μm or more and 300 μm or less, the ratio of the aluminum powder in the aluminum substrates is 15 mass% or less, and a plurality of pillar-shaped protrusions projecting toward an outside is formed on outer surfaces of the aluminum substrates, and the pillar-shaped protrusions include the junction.
A recording media storage device comprising: a storage unit that has mutually opposing first and second side walls (32. 33; 42, 43) and is adapted to store recording media therein; characterized by further comprising: a first media pressure member (54; 64) and a second media pressure member (55; 65) being disposed at separate positions, one before the other inside the storage unit; and the first and second media pressure members (54; 64, 55; 65) are arranged to press recording media conveyed into the storage unit against the first side wall (32; 42) and to be movable toward the second side wall (33; 43); and a detection mechanism (80; 90) adapted to detect a distance that at least one of the media pressure members (54; 64, 55; 65) has moved across the width of the storage unit; wherein the first media pressure member (54; 64) and the second media pressure member (55; 65) are similarly constructed but differ in the pressure applied to the recording media wherein the pressure applied to the recording media by the first media pressure member (54; 64) is less than the pressure applied to the recording media by the second media pressure member (55; 65). a storage unit that has mutually opposing first and second side walls (32. 33; 42, 43) and is adapted to store recording media therein; characterized by further comprising: a first media pressure member (54; 64) and a second media pressure member (55; 65) being disposed at separate positions, one before the other inside the storage unit; and the first and second media pressure members (54; 64, 55; 65) are arranged to press recording media conveyed into the storage unit against the first side wall (32; 42) and to be movable toward the second side wall (33; 43); and a detection mechanism (80; 90) adapted to detect a distance that at least one of the media pressure members (54; 64, 55; 65) has moved across the width of the storage unit; a first media pressure member (54; 64) and a second media pressure member (55; 65) being disposed at separate positions, one before the other inside the storage unit; and the first and second media pressure members (54; 64, 55; 65) are arranged to press recording media conveyed into the storage unit against the first side wall (32; 42) and to be movable toward the second side wall (33; 43); and a detection mechanism (80; 90) adapted to detect a distance that at least one of the media pressure members (54; 64, 55; 65) has moved across the width of the storage unit; wherein the first media pressure member (54; 64) and the second media pressure member (55; 65) are similarly constructed but differ in the pressure applied to the recording media wherein the pressure applied to the recording media by the first media pressure member (54; 64) is less than the pressure applied to the recording media by the second media pressure member (55; 65).
An immunodiagnostic reagent comprising one or more antibodies that specifically bind to a T. cruzi polypeptide, wherein said one or more antibodies are specific for T. cruzi polypeptide FP3 SEQ ID NO:2, and wherein said one or more antibodies are selected from the group consisting of; (i) a chimeric antibody having a V H region comprising an amino acid sequence as set forth in SEQ ID NO: 12 and having a V L region comprising an amino acid sequence as set forth in SEQ ID NO: 10; (ii) the chimeric antibody expressed by the cell line deposited with the American Type Tissue Collection Accession Number PTA-8136; and (iii) the antibody expressed by the cell line deposited with the American Type Tissue Collection Accession Number PTA-8139. (i) a chimeric antibody having a V H region comprising an amino acid sequence as set forth in SEQ ID NO: 12 and having a V L region comprising an amino acid sequence as set forth in SEQ ID NO: 10; (ii) the chimeric antibody expressed by the cell line deposited with the American Type Tissue Collection Accession Number PTA-8136; and (iii) the antibody expressed by the cell line deposited with the American Type Tissue Collection Accession Number PTA-8139.
A method for monitoring the safe use of a cooker, in which method the thermal behaviour of the cooker is identified and in which method is used a monitoring device in which the set values of safety limits based on temperature and humidity and/or gas content measurements are set for sounding and alarm or cutting off the electricity or gas supply to the cooker when the safety limits are exceeded, the temperature is measured above the cooker, the moisture and/or gas content above the cooker is measured, the set values of the safety limits for the temperatures measured and the moisture and/or gas content measured and/or their rates of change are set and the presence of the user is monitored on the basis of the use of the cooker and/or by means of a sensor which detects the presence of a person and/or by means of direct control feedback given by the user, characterised in that the monitoring device is taught user-specific safe safety limit values automatically and intuitively on the basis of the use of the cooker, and the set values of the safety limits are automatically changed or adjusted to set values determined to be safe on the basis of the said teaching, and that thermal behaviour is identified and learned on the basis of the temperature difference between the cooker and a cooker hood.
A method of manufacturing an ophthalmic lens, comprising: (a) providing a lens carrier comprising: (i) a substantially planar upper surface; (ii) a cavity depending from the substantially planar upper surface, wherein the cavity has a perimeter defining an opening, a sidewall portion (60, 62), and a base surface in contact with the sidewall portion (60, 62), wherein the cavity is sized to accommodate a lens body and a volume of washing fluid; (iii) a flow duct; (b) placing a lens body in the cavity of the lens carrier; (c) flowing washing fluid through the flow duct and into the cavity, the washing fluid contacting the lens body to provide a washed lens; CHARACTERISED IN THAT the lens carrier includes a reservoir depending from the substantially planar upper surface; the flow duct, in the form of an open groove, fluidly connects the reservoir to the cavity and extends from the opening of the cavity to the base surface of the cavity; and wherein the method includes delivering the washing fluid to the reservoir. (a) providing a lens carrier comprising: (i) a substantially planar upper surface; (ii) a cavity depending from the substantially planar upper surface, wherein the cavity has a perimeter defining an opening, a sidewall portion (60, 62), and a base surface in contact with the sidewall portion (60, 62), wherein the cavity is sized to accommodate a lens body and a volume of washing fluid; (iii) a flow duct; (i) a substantially planar upper surface; (ii) a cavity depending from the substantially planar upper surface, wherein the cavity has a perimeter defining an opening, a sidewall portion (60, 62), and a base surface in contact with the sidewall portion (60, 62), wherein the cavity is sized to accommodate a lens body and a volume of washing fluid; (iii) a flow duct; (b) placing a lens body in the cavity of the lens carrier; (c) flowing washing fluid through the flow duct and into the cavity, the washing fluid contacting the lens body to provide a washed lens; CHARACTERISED IN THAT the lens carrier includes a reservoir depending from the substantially planar upper surface; the flow duct, in the form of an open groove, fluidly connects the reservoir to the cavity and extends from the opening of the cavity to the base surface of the cavity; and wherein the method includes delivering the washing fluid to the reservoir.
An apparatus for handling and/or measuring a liquid contained in a container, the apparatus comprising - an elongate component having a free end and being insertable through a container opening of the container into the interior of the container with said free end first and - at least a part of an empty level indicator system (28, 30, 32) at the free end of the elongate component, wherein said part is a transponder for an RF-detection system (28, 30) of the empty level indicator system (28, 30, 32), which RF-detection system (28, 30) also comprises a corresponding reader, wherein the apparatus comprises the corresponding reader of the RF-detection system (28, 30) configured to detect a signal change due to the missing damping of the liquid, when the transponder is no longer wetted by the liquid, wherein the apparatus further comprises an evaluation unit for detecting the presence of an empty level from the signal of the RF detection system (28, 30). - an elongate component having a free end and being insertable through a container opening of the container into the interior of the container with said free end first and - at least a part of an empty level indicator system (28, 30, 32) at the free end of the elongate component,
Assembly of a protective sheath and of a control lever, notably a handbrake lever, of a motor vehicle, - the said control lever comprising a control upper part having a control rod and a lower part intended to be fixed to a floor of the motor vehicle, the said control lever upper and lower parts being joined to one another via an articulation, - the said sheathing comprising: - a covering element made of a flexible material intended to cover the control lever at least the articulation and the lower part of the control lever, the covering element taking the form of a sleeve comprising an upper opening and a lower opening, the lower opening having a dimension substantially greater than the dimension of the upper opening; - a sole secured to the covering element and mounted on the periphery of the lower opening of the covering element; and - a fixing base to which the sole can be fixed; characterized in that the fixing base is arranged in such a way as to be fixed independently of the floor to the lower part of the control lever and have, fixed to it, the said sole when it is fixed to the said lower part of the control lever. - the said control lever comprising a control upper part having a control rod and a lower part intended to be fixed to a floor of the motor vehicle, the said control lever upper and lower parts being joined to one another via an articulation, - the said sheathing comprising: - a covering element made of a flexible material intended to cover the control lever at least the articulation and the lower part of the control lever, the covering element taking the form of a sleeve comprising an upper opening and a lower opening, the lower opening having a dimension substantially greater than the dimension of the upper opening; - a sole secured to the covering element and mounted on the periphery of the lower opening of the covering element; and - a fixing base to which the sole can be fixed; - a covering element made of a flexible material intended to cover the control lever at least the articulation and the lower part of the control lever, the covering element taking the form of a sleeve comprising an upper opening and a lower opening, the lower opening having a dimension substantially greater than the dimension of the upper opening; - a sole secured to the covering element and mounted on the periphery of the lower opening of the covering element; and - a fixing base to which the sole can be fixed;
Assembly of an electronic circuit board and a carrier of said board, said board and said carrier having two facing surfaces (11c, 12c), referred to as contact surfaces, that make contact with one another, and said assembly furthermore comprising a distributed added material taking the form of adhesive bonding spots (16, 17, 18) and allowing said board and said carrier to be fastened together by adhesive bonding, characterized in that said board is equipped with at least one through-orifice called a fastening orifice, and the contact face of the carrier has recessed imprints plumb with the fastening orifices, said material passing through said fastening orifice so as to make contact with said carrier and said board.
Off-road tyre tread comprising a composition based on at least one filler, a crosslinking system, from 50 to 80 parts by weight per hundred parts by weight of elastomer (phr) of at least one isoprene elastomer, and from 20 to 50 phr of at least one tin-functionalized butadiene/styrene copolymer having a low styrene content being within a range extending from 5 to 19%, the total content of isoprene elastomer and of tin-functionalized butadiene/styrene copolymer having a low styrene content being within a range varying from 85 to 100 phr.
A connecting terminal, with a receptacle body, a clamping element, a first lever arm, a second lever arm, and a compression spring, wherein the first lever arm is rotatably mounted on the clamping element and the second lever arm is rotatably mounted on the compression spring, wherein in a contacting state, in which a conductor inserted into the connecting terminal by means of the clamping element is clamped against a current rail arranged in the connecting terminal in order to form a contact, the first lever arm engages the second lever arm and said lever arms are guided together such that the compression spring is tensioned and a spring force is transferred from the compression spring to the clamping element via the first lever arm and the second lever arm.
An integrated circuit comprising: a resistor; a first superconducting structure coupled to a first end of the resistor; a second superconducting structure coupled to a second end of the resistor; a thermally conductive heat sink structure coupled to the second end of the resistor for removing heat from electrons of the resistor prior to the electrons creating phonons; characterised in that the integrated circuit further comprises a plurality of additional resistors with each resistor being coupled between respective superconducting structures, each of the plurality of resistors and the resistor being coupled on a second end to the thermally conductive heat sink structure which forms a common ground. a resistor; a first superconducting structure coupled to a first end of the resistor; a second superconducting structure coupled to a second end of the resistor; a thermally conductive heat sink structure coupled to the second end of the resistor for removing heat from electrons of the resistor prior to the electrons creating phonons; characterised in that the integrated circuit further comprises a plurality of additional resistors with each resistor being coupled between respective superconducting structures, each of the plurality of resistors and the resistor being coupled on a second end to the thermally conductive heat sink structure which forms a common ground.
An ultrasound imaging system comprising: a transducer that is configured to transmit ultrasound signals to and receive ultrasound signals from a region of interest; a receive circuitry (112, 114) that is configured to convert the received ultrasound signals into first image frames of ultrasound data; a display to display the first image frames of ultrasound data; a cine buffer to store the first image frames of ultrasound data produced during an examination; and a processor that is configured to receive an indication of a type of examination being performed by the operator; analyze the first image frames stored in the cine buffer; compare sequential first image frames from the cine buffer; select one or more first image frames of the first image frames from the cine buffer that differ from a previous image frame that was stored in the cine buffer before the one or more first image frames; recall one or more target image frames associated with the type of examination performed by the operator; compare the first image frames from the cine buffer to the one or more target image frames; and select the first image frames from the cine buffer that match with the one or more target image frames for presentation to the operator. a transducer that is configured to transmit ultrasound signals to and receive ultrasound signals from a region of interest; a receive circuitry (112, 114) that is configured to convert the received ultrasound signals into first image frames of ultrasound data; a display to display the first image frames of ultrasound data; a cine buffer to store the first image frames of ultrasound data produced during an examination; and a processor that is configured to receive an indication of a type of examination being performed by the operator; analyze the first image frames stored in the cine buffer; compare sequential first image frames from the cine buffer; select one or more first image frames of the first image frames from the cine buffer that differ from a previous image frame that was stored in the cine buffer before the one or more first image frames; recall one or more target image frames associated with the type of examination performed by the operator; compare the first image frames from the cine buffer to the one or more target image frames; and select the first image frames from the cine buffer that match with the one or more target image frames for presentation to the operator. receive an indication of a type of examination being performed by the operator; analyze the first image frames stored in the cine buffer; compare sequential first image frames from the cine buffer; select one or more first image frames of the first image frames from the cine buffer that differ from a previous image frame that was stored in the cine buffer before the one or more first image frames; recall one or more target image frames associated with the type of examination performed by the operator; compare the first image frames from the cine buffer to the one or more target image frames; and select the first image frames from the cine buffer that match with the one or more target image frames for presentation to the operator.