mhurhangee/ep-ind-claims huggingface dataset:
Burner holder (1, 100, 200) for a burner lance (20, 120, 220) on a glass melting plant with a holder unit (2, 102, 202) for fastening the burner lance, a sealing plate (10, 110, 210) with a passage (11, 111, 211, 12) wherein the sealing plate (10, 110, 120) is configured for fastening to the glass melting plant and is provided with a recess (11, 111, 211) for receiving a head (21, 121, 221) of the burner lance (20, 120, 220), wherein the recess at least forms part of a passage (11, 111, 211, 12) through the sealing plate (10, 110, 210), wherein the holder unit (2, 102, 202) is connected with the sealing plate (10, 110, 210) by way of at least one first pivot bearing (9, 109, 209), about which the holder unit (2, 102, 202) is rotabable or pivotable about a first axis of rotation, characterised in that the pivot bearing (9, 109, 209) is applied or embedded on the sealing plate or is connected with the sealing place (10, 110, 210) by way of a carrier arm arranged on the sealing plate (10, 110, 210).
An electronic device comprising: a memory; and at least one processor configured to: install an application by using an installation file associated with the application, wherein the installation file is signed with a key which identifies a manufacturer of the electronic device, detect whether the installation file includes a permission setting token; if it is detected that the installation file includes a permission setting token, grant at least one permission to the application based on the permission setting token that is included in the installation file; if it is detected that the installation file does not include a permission setting token, grant at least one permission to the application based on the key signing included in the installation file; and store, in a database, an indication that the application is granted the permission. a memory; and at least one processor configured to: install an application by using an installation file associated with the application, wherein the installation file is signed with a key which identifies a manufacturer of the electronic device, detect whether the installation file includes a permission setting token; if it is detected that the installation file includes a permission setting token, grant at least one permission to the application based on the permission setting token that is included in the installation file; if it is detected that the installation file does not include a permission setting token, grant at least one permission to the application based on the key signing included in the installation file; and store, in a database, an indication that the application is granted the permission. install an application by using an installation file associated with the application, wherein the installation file is signed with a key which identifies a manufacturer of the electronic device, detect whether the installation file includes a permission setting token; if it is detected that the installation file includes a permission setting token, grant at least one permission to the application based on the permission setting token that is included in the installation file; if it is detected that the installation file does not include a permission setting token, grant at least one permission to the application based on the key signing included in the installation file; and store, in a database, an indication that the application is granted the permission.
A heat exchanger with a housing on which at least one connecting tube piece (21, 51) with at least one through hole to the housing is attached, wherein at least one adjustable tube piece which is movable for adjusting purposes is received in at least one connecting tube piece (21, 51) and has at least one adjustable through hole which can be brought into register with the through hole, more or less and/or locally variably, by moving the adjustable tube piece in the connecting tube piece in order to deliberately vary the passage cross-section between the connecting tube piece and the housing, characterised in that at least one adjustable through hole is formed by an elongate hole and wherein at least one elongate hole runs inside the connecting tube piece in a volute-like, screw-like or spiral-like manner.
Trench wall grab for producing a trench in the ground, having: - a grab frame, - grab buckets which are mounted thereon and, for grabbing ground material, are adjustable between an open position and a closed position, in which ground material is held, and - an actuating device which is configured to adjust the grab buckets between the open position and the closed position, wherein there is provided a measuring device which is configured to determine a displacement and/or pressure on closing of the grab buckets, wherein, for transmitting determined measured values, the measuring device communicates with a control unit which is configured to provide information about the ground material on the basis of the measured values determined by the measuring device, and wherein the control unit comprises a database in which known measured values for specific types of ground are stored. - a grab frame, - grab buckets which are mounted thereon and, for grabbing ground material, are adjustable between an open position and a closed position, in which ground material is held, and - an actuating device which is configured to adjust the grab buckets between the open position and the closed position, wherein there is provided a measuring device which is configured to determine a displacement and/or pressure on closing of the grab buckets, wherein, for transmitting determined measured values, the measuring device communicates with a control unit which is configured to provide information about the ground material on the basis of the measured values determined by the measuring device, and wherein the control unit comprises a database in which known measured values for specific types of ground are stored.
A vehicle seat, comprising: a seat-cushion frame supported on a vehicle body; a fastener fixed to the seat-cushion frame in a lateral direction relatively to the vehicle seat; an absorption member supported by the fastener inserted in the absorption member; a seat-back frame supported via the absorption member; and a seat back fixed to the seat-back frame, wherein the absorption member is supported between an inner tube fixed to the seat-cushion frame via the fastener and an outer tube fixed to the seat-back frame and configured to absorb vibrations, applied to the seat cushion frame, in the lateral direction. a seat-cushion frame supported on a vehicle body; a fastener fixed to the seat-cushion frame in a lateral direction relatively to the vehicle seat; an absorption member supported by the fastener inserted in the absorption member; a seat-back frame supported via the absorption member; and a seat back fixed to the seat-back frame, wherein the absorption member is supported between an inner tube fixed to the seat-cushion frame via the fastener and an outer tube fixed to the seat-back frame and configured to absorb vibrations, applied to the seat cushion frame, in the lateral direction.
A method of manufacturing a semiconductor chip package in which a substrate provided on a front face side, a semiconductor chip mounted on the substrate, and external electrodes located on a back face side opposite the substrate and connected to the semiconductor chip are integrally packaged, comprising: forming a first wiring pattern on a surface of the substrate; disposing the semiconductor chip on the first wiring pattern; and electrically connecting electrode terminals of the semiconductor chip to the first wiring pattern at required positions; collectively fixing and electrically connecting post electrodes connected to a second wiring pattern of a wiring-added post electrode component integrally connected by a support plate, to the first wiring pattern formed on the substrate at predetermined positions; and after sealing with resin, separating the support plate, and forming the external electrodes connected to the second wiring pattern on the back face side. forming a first wiring pattern on a surface of the substrate; disposing the semiconductor chip on the first wiring pattern; and electrically connecting electrode terminals of the semiconductor chip to the first wiring pattern at required positions; collectively fixing and electrically connecting post electrodes connected to a second wiring pattern of a wiring-added post electrode component integrally connected by a support plate, to the first wiring pattern formed on the substrate at predetermined positions; and after sealing with resin, separating the support plate, and forming the external electrodes connected to the second wiring pattern on the back face side.
A surgical cutting instrument for addressing tissue including at least one of soft tissue and bone, the instrument comprising: a first hollow elongated member having a proximal section and a distal section having serrated edges which define a cutting tip; a second tubular member having a proximal region and a distal region forming a cutting window, the cutting window having serrated edges; and means for rotating the first and second members relative to each other around their common axis such that the cutting tip may repeatedly address the tissue; the first elongated member being co-axially disposed within the second tubular member such that the cutting tip is exposed at the cutting window; and the cutting window comprises a first open section and a second open section separated from each other by a first pair of opposing teeth (47a, 47b), wherein the cutting window comprises a proximal first portion having the first pair of opposing teeth (47a, 47b), and a distal second portion having at least one second pair of opposing teeth, said first set of opposing teeth being separated by a first distance which is less than a second distance separating any second pair of opposing teeth, and wherein the area occupied by the first pair of opposing teeth (47a, 47b), in what would otherwise be the open cutting window, contributes to reduce clogging of the cutting window by reducing the size of tissue particles that may enter the cutting window. a first hollow elongated member having a proximal section and a distal section having serrated edges which define a cutting tip; a second tubular member having a proximal region and a distal region forming a cutting window, the cutting window having serrated edges; and means for rotating the first and second members relative to each other around their common axis such that the cutting tip may repeatedly address the tissue; the first elongated member being co-axially disposed within the second tubular member such that the cutting tip is exposed at the cutting window; and the cutting window comprises a first open section and a second open section separated from each other by a first pair of opposing teeth (47a, 47b), wherein the cutting window comprises a proximal first portion having the first pair of opposing teeth (47a, 47b), and a distal second portion having at least one second pair of opposing teeth, said first set of opposing teeth being separated by a first distance which is less than a second distance separating any second pair of opposing teeth, and wherein the area occupied by the first pair of opposing teeth (47a, 47b), in what would otherwise be the open cutting window, contributes to reduce clogging of the cutting window by reducing the size of tissue particles that may enter the cutting window.
A method pertaining to regeneration of a particle filter in a post-treatment system of a vehicle, which particle filter is adapted to treatment of an exhaust mass flow arising from combustion in a combustion engine which is supplied with air for said combustion, which method comprises the steps of, during NO 2 based regeneration of the particle filter when the vehicle is stationary, - determining a representation of a temperature of the air supplied for the combustion, - determining a representation of a pressure of the air supplied for the combustion, - supplying unburnt fuel during said regeneration to said exhaust mass flow which arises from said combustion, - on the basis of said representations of temperature and pressure of said air supplied for said combustion, controlling said engine so that the magnitude of the exhaust mass flow arising from the combustion substantially corresponds to a first value, which engine is controlled so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value at least partly by controlling the speed of said engine, and - setting the speed of said engine so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value during a first period of time during the NO 2 based regeneration of the particle filter. - determining a representation of a temperature of the air supplied for the combustion, - determining a representation of a pressure of the air supplied for the combustion, - supplying unburnt fuel during said regeneration to said exhaust mass flow which arises from said combustion, - on the basis of said representations of temperature and pressure of said air supplied for said combustion, controlling said engine so that the magnitude of the exhaust mass flow arising from the combustion substantially corresponds to a first value, which engine is controlled so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value at least partly by controlling the speed of said engine, and - setting the speed of said engine so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value during a first period of time during the NO 2 based regeneration of the particle filter.
A tissue isolation and removal device comprising: an elongate shaft having at least one support arm (150, 160) extending from one end of the elongate shaft; a containment bag having an intermediate portion, uppermost portion, and bottom portion, the intermediate portion of the containment bag having an open end supported by the at least one support arm (150, 160); a first drawstring coupled to the intermediate portion; and a second drawstring coupled to the uppermost portion; characterized in that the uppermost portion of the bag is foldable over the intermediate portion between an inverted position extending along an outside of the bag over the intermediate portion to a covering position covering the open end of the intermediate portion. an elongate shaft having at least one support arm (150, 160) extending from one end of the elongate shaft; a containment bag having an intermediate portion, uppermost portion, and bottom portion, the intermediate portion of the containment bag having an open end supported by the at least one support arm (150, 160); a first drawstring coupled to the intermediate portion; and a second drawstring coupled to the uppermost portion; characterized in that the uppermost portion of the bag is foldable over the intermediate portion between an inverted position extending along an outside of the bag over the intermediate portion to a covering position covering the open end of the intermediate portion.
An antenna radiating element, wherein the antenna radiating element comprises a pair of crosswise disposed dipoles and multiple external parasitic elements, each external parasitic element is disposed in an angle range spanned by two neighboring dipole arms of the crosswise disposed dipoles and the external parasitic elements are symmetrically disposed at a periphery of the dipoles; the multiple external parasitic elements are fastened to the dipole and configured to reflect and converge a radiation signal transmitted by the dipole, and each of the external parasitic element is a metal wire and each external parasitic element forms an open ring-shape, wherein an opening of the open ring-shape is formed by two adjacent ends of two of the external parasitic elements and the two adjacent ends of the two adjacent external parasitic elements forming the opening are bent towards a crossing point of the dipoles.
Device for delaying the opening of a parachute, in particular a personel parachute or a cargo parachute, of a person exiting an aircraft or of a cargo dropped from an aircraft, wherein the device comprises a delaying means (3; 3a) designed to provide a connection between a drogue parachute connectable with a detachable connection to the aircraft and a parachute bridal line, wherein the delaying means (3; 3a) is designed such that it is movable from a delaying position, in which no deployment of the parachute takes place, to a deployment position, in which the parachute is deployed, wherein the delaying means (3; 3a) is of straped construction and comprises a connecting main strap and a delaying strap, wherein a distance between ends (4, 6; 4a, 6a) of the delaying means (3; 3a) in the delaying position is smaller than in the deployment position, wherein the delaying means (3; 3a) comprises a guiding means which is designed to deflect the delaying strap, wherein the guiding means for guiding the delaying strap is connected to the connecting main strap, characterized in that ends of the delaying strap are directly connected to the connecting main strap at a same end (6; 6a) of the connecting main strap.
Method performed by a transmitting node in a wireless communication network applying automatic repeat request, the method comprising: in an acknowledged first transmission mode, wherein said acknowledged first transmission mode comprises waiting for acknowledgement of message reception from a receiving node before re-transmitting: - transmitting a message to a receiving node; - detecting an indication of unsuccessful reception, at the receiving node, of the message or of a re-transmission related to the message, within a time period shorter than a latency budget of the message; - switching to a second transmission mode in response to detecting the indication; and in the second transmission mode: - re-transmitting said message, or part thereof, a plurality of times, without waiting for acknowledgement of message reception before transmitting the next re-transmission, until the latency budget of the message has been exceeded. in an acknowledged first transmission mode, wherein said acknowledged first transmission mode comprises waiting for acknowledgement of message reception from a receiving node before re-transmitting: - transmitting a message to a receiving node; - detecting an indication of unsuccessful reception, at the receiving node, of the message or of a re-transmission related to the message, within a time period shorter than a latency budget of the message; - switching to a second transmission mode in response to detecting the indication; and - transmitting a message to a receiving node; - detecting an indication of unsuccessful reception, at the receiving node, of the message or of a re-transmission related to the message, within a time period shorter than a latency budget of the message; - switching to a second transmission mode in response to detecting the indication; and in the second transmission mode: - re-transmitting said message, or part thereof, a plurality of times, without waiting for acknowledgement of message reception before transmitting the next re-transmission, until the latency budget of the message has been exceeded. - re-transmitting said message, or part thereof, a plurality of times, without waiting for acknowledgement of message reception before transmitting the next re-transmission, until the latency budget of the message has been exceeded.
A compound that is: -4-((1-benzylpyrrolidin-3-yl)(methyl)amino)-2-fluoro-5-methyl-N-(thiazol-4-yl)benzenesulfonamide; or a pharmaceutically acceptable salt or solvate thereof. -4-((1-benzylpyrrolidin-3-yl)(methyl)amino)-2-fluoro-5-methyl-N-(thiazol-4-yl)benzenesulfonamide; or a pharmaceutically acceptable salt or solvate thereof.
A dental implant assembly comprising: an implant having a bore and a groove within a coronal end; a mating component configured to couple to the implant at the coronal end of the implant, the mating component having a seating surface including a groove, wherein the seating surface is configured to engage the coronal end 102a of the implant when the mating component is coupled to the implant; a screw configured to secure the mating component to the implant; and a gasket, formed of metal, the gasket configured to sit wholly within the groove in the coronal end of the implant and the groove in the seating surface of the mating component when the mating component is coupled to the implant, the gasket configured to deform, under a clamping force generated by coupling the mating component to the implant using the screw, and seal an interface between the coronal end of the implant and the seating surface of the mating component. an implant having a bore and a groove within a coronal end; a mating component configured to couple to the implant at the coronal end of the implant, the mating component having a seating surface including a groove, wherein the seating surface is configured to engage the coronal end 102a of the implant when the mating component is coupled to the implant; a screw configured to secure the mating component to the implant; and a gasket, formed of metal, the gasket configured to sit wholly within the groove in the coronal end of the implant and the groove in the seating surface of the mating component when the mating component is coupled to the implant, the gasket configured to deform, under a clamping force generated by coupling the mating component to the implant using the screw, and seal an interface between the coronal end of the implant and the seating surface of the mating component.
An apparatus for estimating a property, the apparatus comprising: a hollow core tube comprising a first opening and a second opening; a first optical waveguide disposed within the first opening; and a second optical waveguide disposed within the second opening and spaced a distance from the first optical waveguide, the distance being related to the property; wherein a portion of at least one of the optical waveguides (33, 34) within the tube tapers and is perimetrically isolated from the tube, wherein acid is used to produce the taper. a hollow core tube comprising a first opening and a second opening; a first optical waveguide disposed within the first opening; and a second optical waveguide disposed within the second opening and spaced a distance from the first optical waveguide, the distance being related to the property; wherein a portion of at least one of the optical waveguides (33, 34) within the tube tapers and is perimetrically isolated from the tube, wherein acid is used to produce the taper.