mhurhangee/patent-ind-claim-en huggingface dataset:
A speaker comprising: a yoke configured to form a magnetic circuit; a first magnet provided in a fixed manner; a voice coil provided in a gap through which a first magnetic flux of the magnetic circuit is configured to pass; a diaphragm connected to the voice coil and configured to vibrate with the voice coil ; a second magnet provided on a diaphragm unit including the voice coil and the diaphragm; and a magnetic sensor provided at a position through which both of the first magnetic flux generated by the first magnet and a second magnetic flux generated by the second magnet pass, wherein a direction of the first magnetic flux is different from a direction of the second magnetic flux, wherein the magnetic sensor is configured to detect a change in a direction of a composite magnetic flux constituted by the first magnetic flux and the second magnetic flux within a plane that crosses a vibration direction of the diaphragm unit . a yoke configured to form a magnetic circuit; a first magnet provided in a fixed manner; a voice coil provided in a gap through which a first magnetic flux of the magnetic circuit is configured to pass; a diaphragm connected to the voice coil and configured to vibrate with the voice coil ; a second magnet provided on a diaphragm unit including the voice coil and the diaphragm; and a magnetic sensor provided at a position through which both of the first magnetic flux generated by the first magnet and a second magnetic flux generated by the second magnet pass, wherein a direction of the first magnetic flux is different from a direction of the second magnetic flux, wherein the magnetic sensor is configured to detect a change in a direction of a composite magnetic flux constituted by the first magnetic flux and the second magnetic flux within a plane that crosses a vibration direction of the diaphragm unit .
A dual element time-of-flight diffraction (TOFD) transducer assembly for use in detecting a microscopic anomaly under the transducer assembly arising from high temperature hydrogen attack (HTHA) in a test piece , the transducer assembly comprising: a first transducer element having a central frequency between 5MHz and 20MHz configured to transmit ultrasonic signals to the test piece , and a second transducer element having a central frequency between 5MHz and 20MHz configured to receive diffracted ultrasonic signals from the test piece , the first and second transducer elements each being arranged with a roof angle (θ) between 0° and 10°, wherein the first and second transducer elements are housed within a common housing , the housing also forming part of the transducer assembly . a first transducer element having a central frequency between 5MHz and 20MHz configured to transmit ultrasonic signals to the test piece , and a second transducer element having a central frequency between 5MHz and 20MHz configured to receive diffracted ultrasonic signals from the test piece , the first and second transducer elements each being arranged with a roof angle (θ) between 0° and 10°, wherein the first and second transducer elements are housed within a common housing , the housing also forming part of the transducer assembly .
An in vitro method for determining an RNA sequence, which comprises: the step of randomly fragmenting an objective double-stranded RNA (dsRNA) to obtain dsRNA fragments; the step of subjecting the obtained dsRNA fragments to a reverse transcription reaction and then performing polymerase chain reaction (PCR) to obtain corresponding DNA fragments; and the step of subjecting the obtained DNA fragments to a sequence analysis operation to determine sequences of the fragments, wherein the objective dsRNA is mechanically fragmented by ultrasonication. the step of randomly fragmenting an objective double-stranded RNA (dsRNA) to obtain dsRNA fragments; the step of subjecting the obtained dsRNA fragments to a reverse transcription reaction and then performing polymerase chain reaction (PCR) to obtain corresponding DNA fragments; and the step of subjecting the obtained DNA fragments to a sequence analysis operation to determine sequences of the fragments, wherein the objective dsRNA is mechanically fragmented by ultrasonication.
An isolated agonistic anti-Lymphocyte activation gene-3 (LAG-3) antibody, or antigen-binding fragment thereof, that binds to LAG-3 and inhibits: antigen-induced CD4 + and/or CD8 + T cell proliferation; and/or antigen-induced CD4 + and/or CD8 + T cell activation; which comprises: an antibody VH region with CDRs comprising amino acid sequences of SEQ ID NOs:1, 2, and 3, and an antibody VL region with CDRs comprising amino acid sequences of SEQ ID NOs:4, 5, and 6; or an antibody VH region with CDRs comprising amino acid sequences of SEQ ID NOs:21, 22, and 23, and an antibody VL region with CDRs comprising amino acid sequences of SEQ ID NOs:24, 25, and 26. an antibody VH region with CDRs comprising amino acid sequences of SEQ ID NOs:1, 2, and 3, and an antibody VL region with CDRs comprising amino acid sequences of SEQ ID NOs:4, 5, and 6; or an antibody VH region with CDRs comprising amino acid sequences of SEQ ID NOs:21, 22, and 23, and an antibody VL region with CDRs comprising amino acid sequences of SEQ ID NOs:24, 25, and 26.
An intermittent-connection-type optical fiber ribbon which is covered with a connecting resin in a state where a plurality of optical fiber core wires are disposed in parallel, the intermittent-connection-type optical fiber ribbon comprising: a connecting part where adjacent units, each unit of which includes a pair of optical fiber core wires (11-22), are connected to each other; and a non-connecting part where adjacent units are not connected to each other, wherein the connecting parts and the non-connecting parts are provided alternately in a longitudinal direction, wherein the non-connecting parts are not provided between the pair of optical fiber core wires of each unit in the longitudinal direction, wherein the connecting part is recessed, and wherein in a case where a is length of the connecting part in the longitudinal direction, b is length of a part where the non-connecting parts between the units comprising pairs of optical fiber core wires overlap in the longitudinal direction, c is length of the non-connecting part in the longitudinal direction, and p is a pitch between the connecting parts in the longitudinal direction, c/a ≧ 1.5, b ≦ 50 mm, and 500 mm ≦ (c/a) × p ≦ 750 mm are set.
Recirculation device for waste gases from a power train of a motor vehicle comprising: - a casing of a waste gas pollution control system , - a heat exchanger between a coolant and said waste gases and having a connection end-fitting with a tubular wall driven through an outlet opening in a conical outlet wall of the casing of the pollution control system, said waste gases striking said tubular wall, characterized in that the device comprises an enclosure capable of surrounding the tubular wall of the connection end-fitting, to protect the tubular wall from the waste gases. - a casing of a waste gas pollution control system , - a heat exchanger between a coolant and said waste gases and having a connection end-fitting with a tubular wall driven through an outlet opening in a conical outlet wall of the casing of the pollution control system, said waste gases striking said tubular wall,
Fibre application machine for the production of composite material parts comprising: - an application support comprising a main belt conveyor comprising an endless belt mounted between at least two return systems , including at least one motorized return system, said belt comprising an upper strand constituting an application surface, and a plate disposed between the two return systems on which the upper strand rests when fibres are applied, - a fibre application head with a compaction system comprising at least one application roller for applying by contact the fibres onto the application surface to produce a part, and - a displacement system able to perform a relative displacement of the head with respect to the application surface, said machine comprising a control unit able to control the motorized return system for evacuating from the endless belt the part or parts present on said endless belt, characterized in that the displacement system comprises a rotational drive system able to rotate the main belt conveyor about a vertical axis (A2). - an application support comprising a main belt conveyor comprising an endless belt mounted between at least two return systems , including at least one motorized return system, said belt comprising an upper strand constituting an application surface, and a plate disposed between the two return systems on which the upper strand rests when fibres are applied, - a fibre application head with a compaction system comprising at least one application roller for applying by contact the fibres onto the application surface to produce a part, and - a displacement system able to perform a relative displacement of the head with respect to the application surface,
A method of production of a composite based on waste thermoplastics, the method comprising a step of delivering input raw materials comprising 10-90 % by weight of a waste thermoplastic binder of grain size of up to 20 mm, 10-90 % by weight of a filler of grain size of up to 10 mm, and optional additional components, wherein the filler is selected from a group comprising recycled waste and container glass, or recycled glass from photovoltaic panels, sand, gravel, recycled tyre rubber, recycled ceramics, mixed building and demolition waste, concrete, slag, ash, or a mixture thereof, wherein the method further comprises steps of drying the input raw materials in at least one dryer , preheating the raw materials to a temperature below melting temperature of the binder, and homogenising the dried raw materials in a homogeniser , wherein the raw materials are subsequently transported to an extruder , wherein in the extruder , the binder is melted to form a homogenised molten mixture, wherein the molten mixture is subsequently degassed and delivered to a device for final volume and shape treatment of the composite.
A packaging method in which, with the aid of a stretch hood system , a tubular film portion is drawn over an article that is to be packaged, wherein the tubular film portion is firstly opened with the aid of a tube-opening device and then, with the aid of a reefing device , is reefed onto at least two reefing fingers of a drawing-over device , and then, by moving the drawing-over device along the article that is to be packaged, the tubular film portion is unreefed from the reefing fingers of the drawing-over device and drawn at least in sections over the article, characterized in that , during the opening and/or during the reefing, the tubular film portion is at least intermittently inflated.
Compound or a pharmaceutical acceptable salt thereof of formula (III): -A-B-X 1 -X 2 -X 3 -X 4 -X 5 -X 6 -C-D- (III) wherein A is a (D)-Lysine), B is a (L)-Arginine, C is a (L)-Lysine, D is a (D)-Lysine; A and B are linked to each other by a pseudopeptide bond -CO-NMe-; and X 1 -X 2 -X 3 -X 4 -X 5 -X 6 is FYVVXW (SEQ ID 1), FYVVIW(SEQ ID 2), FYVVKW (SEQ ID 3) or FYVVLW (SEQ ID 4), wherein X is norleucine. A is a (D)-Lysine), B is a (L)-Arginine, C is a (L)-Lysine, D is a (D)-Lysine; A and B are linked to each other by a pseudopeptide bond -CO-NMe-; and X 1 -X 2 -X 3 -X 4 -X 5 -X 6 is FYVVXW (SEQ ID 1), FYVVIW(SEQ ID 2), FYVVKW (SEQ ID 3) or FYVVLW (SEQ ID 4), wherein X is norleucine.
A heat-not-burn smoking article comprising: a tobacco-containing segment containing tobacco and an aerosol former; a tubular cooling segment having one or more perforations on the perimeter; wherein the heat-not-burn smoking article further comprises a tubular member having an inner diameter smaller than the cooling segment , wherein the cooling segment is joined at the end in the mouth end direction to the member ; and the perforations are provided at a position 2 to 4 mm from the joined face (O). a tobacco-containing segment containing tobacco and an aerosol former; a tubular cooling segment having one or more perforations on the perimeter; wherein the heat-not-burn smoking article further comprises a tubular member having an inner diameter smaller than the cooling segment , wherein the cooling segment is joined at the end in the mouth end direction to the member ; and the perforations are provided at a position 2 to 4 mm from the joined face (O).
A method for exchanging messages, comprising at a first endpoint : receiving , from a second endpoint , a first message of an initial transaction of a second session to initiate the second session while a first session has not completed, wherein a session is an information exchange between the first and second endpoints, the session comprising one or more transactions, and wherein the first session commenced prior to the receipt of the first message ; and exchanging , with the second endpoint , a plurality of additional messages of the second session without transmitting to the second endpoint an abort message requesting to abort one or more transactions of the first session , wherein the abort message is not transmitted during a time period between the receipt of the first message of the initial transaction of the second session and a commencement of the exchanging of the plurality of additional messages of the second session, and wherein each of the first and second endpoints is capable of operating in compliance with one or more 3rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, standards and wherein each session is an LTE Positioning Protocol, LPP, session. receiving , from a second endpoint , a first message of an initial transaction of a second session to initiate the second session while a first session has not completed, wherein a session is an information exchange between the first and second endpoints, the session comprising one or more transactions, and wherein the first session commenced prior to the receipt of the first message ; and exchanging , with the second endpoint , a plurality of additional messages of the second session without transmitting to the second endpoint an abort message requesting to abort one or more transactions of the first session , wherein the abort message is not transmitted during a time period between the receipt of the first message of the initial transaction of the second session and a commencement of the exchanging of the plurality of additional messages of the second session, and wherein each of the first and second endpoints is capable of operating in compliance with one or more 3rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, standards and wherein each session is an LTE Positioning Protocol, LPP, session.
Mono-reflector operations room light, comprising an at least sectionally dome- or capshaped housing upper part , preferably comprising aluminium, having an illuminant arranged in the housing upper part, formed as an LED illuminant comprising at least one LED printed circuit board for generating a light flux irradiating along an optical axis onto an optical system arranged in front of it in the radiation direction, comprising a deflecting reflector , which can be adjusted and furthermore has a primary reflection surface, in order to reflect the light flux onto a main reflector also arranged in the housing upper part, said main reflector then directing the light flux through a light outlet opening of the housing upper part , said light outlet opening being closed by a covering disc , for illuminating onto a visual task, wherein the covering disc is arranged on a lower resting or fixing edge, wherein the housing upper part is formed as a single piece and extends without interruption from an upper end, pointing upwards in the installation position, to a lower end defining the light outlet opening and closed by the covering disc for forming an inherently closed reference system, wherein, on an inside, the housing upper part has a fixing plane (18.2) serving as a reference plane for the optical system, which comprises at least one LED printed circuit board and an auxiliary optical system , wherein the LED printed circuit board and the auxiliary optical system are arranged as parts of the optical system on the fixing plane (18.2), and wherein fixing points spaced apart from the reference plane are provided for components of the optical system, wherein the reference system furthermore has a fixing plane for fixing the main reflector , CHARACTERISED IN THAT the fixing plane for the main reflector is formed on fixing domes (18.3) peripherally spaced apart from one another, the fixing domes (18.3) protrude beyond an outer edge of the housing upper part arranged to be offset in relation to the light outlet plane, the fixing domes (18.3) comprise bearings as part of the reference system, which form a fixing plane for fixing the main reflector , and the fixing domes (18.3) are formed for supporting the covering disc .
A compound, or pharmaceutically acceptable salt thereof, selected from the group consisting of:
An electronic unit for providing information about the operation of household appliances, such as food pressure cooking appliances for example, intended to provide the user with information about the operation of at least two different models of household appliances belonging or not to the same line of products, but differing by at least certain of their technical characteristics and hence forming at least one first model and one second model , said unit including: - a universal connection base intended to be indifferently mounted on said at least one first model or said at least one second model , said base including: • at least one first sensor intended to give information about the operation of said first model , • and at least one second sensor intended to give information about the operation of said second model , • an electronic unit for processing signals liable to come from the first and second sensors, - at least two adapter modules forming a first module and a second module , which include respectively first and second dedicated means for assembly with the universal base so that, when the first module is assembled to the universal base and the latter is mounted on the first model , the first sensor is functionally connected to the first model and is adapted to give information about the operation thereof and that, when the second module is assembled to the universal connection base and the latter is mounted on the second model , the second sensor is functionally connected to the second model and is adapted to give information about the operation thereof. - a universal connection base intended to be indifferently mounted on said at least one first model or said at least one second model , said base including: • at least one first sensor intended to give information about the operation of said first model , • and at least one second sensor intended to give information about the operation of said second model , • an electronic unit for processing signals liable to come from the first and second sensors, • at least one first sensor intended to give information about the operation of said first model , • and at least one second sensor intended to give information about the operation of said second model , • an electronic unit for processing signals liable to come from the first and second sensors, - at least two adapter modules forming a first module and a second module , which include respectively first and second dedicated means for assembly with the universal base so that, when the first module is assembled to the universal base and the latter is mounted on the first model , the first sensor is functionally connected to the first model and is adapted to give information about the operation thereof and that, when the second module is assembled to the universal connection base and the latter is mounted on the second model , the second sensor is functionally connected to the second model and is adapted to give information about the operation thereof.
Method of producing a planar ceramic sensor element for an exhaust gas sensor for determination of a physical property of an exhaust gas, comprising at least a first ceramic film and a second ceramic film that have been laminated onto and connected to one another, wherein the first ceramic film has been provided with a functional structure over its large area facing the second ceramic film , wherein the functional structure is partly or fully surrounded by an embedding paste , wherein the functional structure is disposed on the films , wherein the functional structure consists of a first electrode and a second electrode that are part of an electrochemical cell, a separation pad composed of YSZ, a porous region and an insulating region , with complete filling of a horizontal gap between the separation pad and the first solid electrolyte film and of a vertical join between the separation pad and the insulating region and/or between the separation pad and the first electrode by the embedding paste , wherein the method involves the following steps: - providing at least a first and a second ceramic green film ; - printing at least one of the large areas of the first ceramic green film with at least one functional structure ; - printing the at least one large area of the first ceramic green films with an embedding paste, where the solids content of the embedding paste is 55-75% by weight of YSZ, - co-laminating the first ceramic green film and the second ceramic green film such that the at least one large area of the first ceramic green film faces the second ceramic green film and - sintering the co-laminated green films. - providing at least a first and a second ceramic green film ; - printing at least one of the large areas of the first ceramic green film with at least one functional structure ; - printing the at least one large area of the first ceramic green films with an embedding paste, where the solids content of the embedding paste is 55-75% by weight of YSZ, - co-laminating the first ceramic green film and the second ceramic green film such that the at least one large area of the first ceramic green film faces the second ceramic green film and - sintering the co-laminated green films.
A knit fabric (K1) production method comprising a step of producing a knit fabric (K1) from an untwisted yarn (Y0) while producing the untwisted yarn (Y0) by disposing a fiber bundle (FB) around a linear core member (CP), falsely twisting the fiber bundle (FB), and untwisting the falsely twisted fiber bundle (FB); characterized in that : the linear core member (CP) is formed of a soluble polymer; and falsely twisting the fiber bundle (FB) comprises using an air flow swirling in a predetermined first direction and simultaneously causing open end fibers (OF) to adhere to an outer circumferential surface of the falsely twisted fiber bundle (FB) by using an air flow swirling in a second direction opposite the first direction. the linear core member (CP) is formed of a soluble polymer; and falsely twisting the fiber bundle (FB) comprises using an air flow swirling in a predetermined first direction and simultaneously causing open end fibers (OF) to adhere to an outer circumferential surface of the falsely twisted fiber bundle (FB) by using an air flow swirling in a second direction opposite the first direction.