mhurhangee/ep-ind-claims huggingface dataset:
A burner tile (1; 1A, 1B, 1E, 1F, 1G; 100) including a molded inorganic fiber product and having a burner main hole (3, 3E) extending therethrough in a furnace interior-exterior direction, the burner tile comprising: high bulk density part that extends along an inner circumferential surface of the main hole (3, 3E) and has a higher bulk density than an intermediate region located between the inner circumferential surface and an outer surface of the burner tile, wherein the burner tile includes an outer layer (130, 160) formed by rolling a plurality of superposed inorganic fiber blankets having different bulk densities. high bulk density part that extends along an inner circumferential surface of the main hole (3, 3E) and has a higher bulk density than an intermediate region located between the inner circumferential surface and an outer surface of the burner tile, wherein the burner tile includes an outer layer (130, 160) formed by rolling a plurality of superposed inorganic fiber blankets having different bulk densities.
Rotor for an electric switch, comprising a rotor housing and a rotatably mounted contact bridge, which comprises two movable contacts (210; 220), wherein, by the rotation of the rotor, the two movable contacts (210; 220) interact with two fixed contacts (2100; 2200) of an electric switch in order to close or open a circuit, wherein the rotatably mounted contact bridge is movably mounted in the rotor housing in a direction perpendicular to the direction of the contact bridge in its closed position; wherein the rotor further comprises: a first plate in the interior of the rotor housing, which is arranged essentially parallel to the contact bridge; a second plate in the interior of the rotor housing, which is arranged essentially parallel to the contact bridge and to the first plate; two pairs of first and second spring pins (610, 710; 620, 720); and two pairs of first and second springs (410, 420; 510, 520), wherein the first ends of the respective pairs of springs (410, 420; 510, 520) are secured to the first spring pins (610, 710), and the first spring pins (610, 710) lie on the contact bridge and the first plate, and wherein the second ends of the respective pairs of springs (410, 420; 510, 520) are secured to the second spring pins (620, 720), and the second spring pins (620, 720) to the first plate, such that, in the closed position of the rotor, a minimum contact pressure of the movable contacts (210; 220) of the contact bridge onto the fixed contacts (2100; 2200) is guaranteed, wherein the second spring pins (620, 720) are movably mounted in the rotor housing, characterised in that the two plates (310; 320) are connected to each other by a connection tube, and the connection tube is guided through a middle recess of the contact bridge; wherein the rotor further comprises a guide pin as the axis of rotation of the rotor, which is guided through the connection tube; and wherein the diameter of the guide pin is formed so small in comparison with the internal diameter of the connection tube that the guide pin can be mounted eccentrically in the connection tube. a first plate in the interior of the rotor housing, which is arranged essentially parallel to the contact bridge; a second plate in the interior of the rotor housing, which is arranged essentially parallel to the contact bridge and to the first plate; two pairs of first and second spring pins (610, 710; 620, 720); and two pairs of first and second springs (410, 420; 510, 520), wherein the first ends of the respective pairs of springs (410, 420; 510, 520) are secured to the first spring pins (610, 710), and the first spring pins (610, 710) lie on the contact bridge and the first plate, and wherein the second ends of the respective pairs of springs (410, 420; 510, 520) are secured to the second spring pins (620, 720), and the second spring pins (620, 720) to the first plate, such that, in the closed position of the rotor, a minimum contact pressure of the movable contacts (210; 220) of the contact bridge onto the fixed contacts (2100; 2200) is guaranteed, wherein the second spring pins (620, 720) are movably mounted in the rotor housing,
Safety or rescue signal light, having an electronic display which has cells, more particularly LCD cells, and thus forms on the safety or rescue signal light a first, optically variable display region for displaying, more particularly safety-critical, information, and having a sensor, characterized in that of the cells of the display, first cells (6. 1) form the first display area and at least one second cell (6.2) forms a control area arranged separately from the first display area, which control area is not visually recognizable when looking at the display and whose second cell (6.2) is optically coupled to the sensor for monitoring the electronic display.
HF chip module comprising: a strip-like, flat substrate with a front surface and a rear surface; at least one HF chip having a front side and a rear side, which is attached via its front side to the front surface of the substrate; wherein the front side of the HF chip has at least one antenna device or has at least one antenna connection, which is connected to an antenna device provided on the rear surface of the substrate; wherein the front side of the HF chip has contact pads, which are connected to conductor tracks provided on the front surface of the substrate; wherein the conductor tracks run to corresponding connecting regions (7a; 7b), which are provided at least on the front surface of the substrate, offset from the HF chip in the longitudinal direction toward the narrow side of the substrate; and which are configured to form the electrical connections of the HF chip module; and wherein the connecting regions (7a; 7b) are plated-through holes. a strip-like, flat substrate with a front surface and a rear surface; at least one HF chip having a front side and a rear side, which is attached via its front side to the front surface of the substrate; wherein the front side of the HF chip has at least one antenna device or has at least one antenna connection, which is connected to an antenna device provided on the rear surface of the substrate; wherein the front side of the HF chip has contact pads, which are connected to conductor tracks provided on the front surface of the substrate; wherein the conductor tracks run to corresponding connecting regions (7a; 7b), which are provided at least on the front surface of the substrate, offset from the HF chip in the longitudinal direction toward the narrow side of the substrate; and which are configured to form the electrical connections of the HF chip module; and wherein the connecting regions (7a; 7b) are plated-through holes.
A speaker having a vibration unit that has a diaphragm, a bobbin fixed to the diaphragm, and a voice coil disposed on the bobbin, a support unit (2, 10) that supports the vibration unit so that the vibration unit vibrates, and a magnetic circuit unit included in the support unit (2, 10), the magnetic circuit unit having a magnetic gap in which the voice coil is positioned, an inner yoke positioned more inside than is the magnetic gap, and a fixed magnet that forms a driving magnetic flux (Φ1) that traverses the magnetic gap and flows in the inner yoke in a vibration direction in which the vibration unit vibrates; a movable magnet fixed to the vibration unit, the movable magnet forming a movable magnetic flux (Φ2); and a magnetic sensor fixed to the support unit, the magnetic sensor being positioned more inside than is the magnetic gap when viewed in a plane perpendicular to the vibration direction; wherein operation of the vibration unit is measured according to a change in strength of a movable magnetic field component; characterised by the movable magnetic flux (Φ2) being oriented so as to cross the vibration direction; and a fixed magnetic field component and the movable magnetic field component detected by the magnetic sensor, the fixed magnetic field component acting in the vibration direction according to a leakage flux from the magnetic circuit unit unit, the movable magnetic field component acting in a direction, crossing the fixed magnetic field component, according to the movable magnetic flux (Φ2). the magnetic circuit unit having a magnetic gap in which the voice coil is positioned, an inner yoke positioned more inside than is the magnetic gap, and a fixed magnet that forms a driving magnetic flux (Φ1) that traverses the magnetic gap and flows in the inner yoke in a vibration direction in which the vibration unit vibrates; a movable magnet fixed to the vibration unit, the movable magnet forming a movable magnetic flux (Φ2); and a magnetic sensor fixed to the support unit, the magnetic sensor being positioned more inside than is the magnetic gap when viewed in a plane perpendicular to the vibration direction; wherein operation of the vibration unit is measured according to a change in strength of a movable magnetic field component; characterised by the movable magnetic flux (Φ2) being oriented so as to cross the vibration direction; and a fixed magnetic field component and the movable magnetic field component detected by the magnetic sensor, the fixed magnetic field component acting in the vibration direction according to a leakage flux from the magnetic circuit unit unit, the movable magnetic field component acting in a direction, crossing the fixed magnetic field component, according to the movable magnetic flux (Φ2).
A cleaning composition suitable for cleaning a UV-aligned liquid crystal alignment layer comprising: tetrahydrofurfuryl alcohol or methyl 2-hydroxyisobutyrate, and at least one compound selected from the group consisting of an alkylene glycol-based compound having a viscosity of 0.01 kg/ms (10 cP) or less and a boiling point of at least 150°C or more and a polar solvent having a viscosity of 0.005 kg/ms (5 cP) or less and a boiling point of at least 100°C or more, wherein the cleaning composition is suitable to be used for cleaning a UV-aligned liquid crystal alignment layer including polyimide or a polyimide precursor. tetrahydrofurfuryl alcohol or methyl 2-hydroxyisobutyrate, and at least one compound selected from the group consisting of an alkylene glycol-based compound having a viscosity of 0.01 kg/ms (10 cP) or less and a boiling point of at least 150°C or more and a polar solvent having a viscosity of 0.005 kg/ms (5 cP) or less and a boiling point of at least 100°C or more, wherein the cleaning composition is suitable to be used for cleaning a UV-aligned liquid crystal alignment layer including polyimide or a polyimide precursor.
A method for controlling engine revolutions per minute for a construction machine including an engine, an air filter filtering dust in outdoor air that is sucked into an engine combustion chamber, an air filter clogging switch sensing pressure of the air sucked into the engine combustion chamber through the air filter, an engine electronic control unit, and a vehicle electronic control unit, the method comprising: determining whether the air filter is clogged in accordance with a signal from the air filter clogging switch; continuously accumulating an engine operating time without initializing the engine operating time even if an engine start is turned off after the air filter clogging signal is generated; determining whether the air filter is repaired or replaced if the accumulated engine operating time exceeds a predetermined time after the air filter clogging signal is generated; applying a control signal from the vehicle electronic control unit to the engine electronic control unit to compulsorily decrease the engine revolutions per minute to predetermined engine revolutions per minute if the air filter is not repaired or replaced in a state where the accumulated engine operating time exceeds the predetermined time; and decreasing the engine revolutions per minute to the predetermined revolutions per minute in accordance with the control signal that is applied from the engine electronic control unit to an engine driving unit. determining whether the air filter is clogged in accordance with a signal from the air filter clogging switch; continuously accumulating an engine operating time without initializing the engine operating time even if an engine start is turned off after the air filter clogging signal is generated; determining whether the air filter is repaired or replaced if the accumulated engine operating time exceeds a predetermined time after the air filter clogging signal is generated; applying a control signal from the vehicle electronic control unit to the engine electronic control unit to compulsorily decrease the engine revolutions per minute to predetermined engine revolutions per minute if the air filter is not repaired or replaced in a state where the accumulated engine operating time exceeds the predetermined time; and decreasing the engine revolutions per minute to the predetermined revolutions per minute in accordance with the control signal that is applied from the engine electronic control unit to an engine driving unit.
A stuffed chair with one or more seats, in particular armchair or couch, comprising a seat; a backrest; a fixed part; at least one mobile part; and a actuating system to move the mobile part relative to the fixed part; the actuating system comprising an actuating device for the mobile part; and a control device to selectively control the operation of the actuating device; and being characterized in that the control device is mounted between a stuffing and a cover for the stuffing itself, which is made of a textile comprising fabric, cloth, leather or artificial leather, and in that it comprises a printed circuit integrating at least one proximity actuating element.
A fastening system for fastening a rivet element to a workpiece, in particular to a sheet metal part, wherein the workpiece has a pre-shaped hole provided for the reception of a rivet section of the rivet element, wherein the workpiece is made planar at least in a region around the pre-shaped hole, wherein the fastening system includes a die which has at least one spacer which is fixedly connected to the die during the fastening process in order to position the workpiece at a well-defined spacing from a contact surface of the die during the fastening process, so that a gap is formed between a wall of the hole and a punch of the die, which is provided for the reshaping of the rivet section, wherein the fastening system furthermore includes a setting head for introducing the rivet element into the workpiece, said rivet element being at least partly receivable in the setting head, characterized in that the spacer can be adjusted with respect to its position.
An audio classifying method, comprising: identifying a content type of a short-term segment of an audio signal, wherein the content type includes low-level audio elements; and identifying a context type of the short-term segment at least partly based on the content type as identified, wherein the context type includes high-level audio genres and indicates a long-term type of the audio signal, wherein the operation of classifying the content type comprises classifying the short-term segment into the content type VoIP speech or the content type non-VoIP speech; and the operation of identifying the context type comprises classifying the short-term segment into the context type VoIP or the context type non-VoIP based on confidence values of VoIP speech and non-VoIP speech, wherein a confidence value represents the matched level between a to-be-identified content and a target type. identifying a content type of a short-term segment of an audio signal, wherein the content type includes low-level audio elements; and identifying a context type of the short-term segment at least partly based on the content type as identified, wherein the context type includes high-level audio genres and indicates a long-term type of the audio signal, wherein the operation of classifying the content type comprises classifying the short-term segment into the content type VoIP speech or the content type non-VoIP speech; and the operation of identifying the context type comprises classifying the short-term segment into the context type VoIP or the context type non-VoIP based on confidence values of VoIP speech and non-VoIP speech, wherein a confidence value represents the matched level between a to-be-identified content and a target type.
Curing bladder for a tyre comprising a body made of a flexible material suited to being inserted in the drawn-in position inside a pneumatic tyre in a curing mould and which is capable of being expanded so as to press the tyre against the internal surface of the mould, the said body having a cylindrical tube shape when the bladder is in the drawn-in position, the bladder being characterized in that the said body is based on a film made of a thermoplastic polymer.
A brake assembly for a medical device support system having a central shaft, the brake assembly comprising: first and second discrete arc shape clamp pieces (30, 32) that are detachably coupled to one another at one end (40, 42) for flexural movement relative to a coupling joint and that are free at an opposite end (50, 52), wherein the first and second arc shape clamp pieces are configured to flex relative to the coupling joint toward and away from each other to respectively increase and decrease a frictional braking force to the central shaft. first and second discrete arc shape clamp pieces (30, 32) that are detachably coupled to one another at one end (40, 42) for flexural movement relative to a coupling joint and that are free at an opposite end (50, 52), wherein the first and second arc shape clamp pieces are configured to flex relative to the coupling joint toward and away from each other to respectively increase and decrease a frictional braking force to the central shaft.
A method performed in a wireless network (100, 101, 102, 103, 200, 201, 202) having a plurality of nodes (110, 112, 114, 115, 116, 117, 210, 212, 214, 216), including a beacon node (110, 210), the method comprising: determining, at each node, whether a beacon signal has been received at the node from the current beacon node (110, 210) within a predetermined interval; if a node determines that a beacon signal has not been received at the node from the current beacon node (110, 210) within the predetermined interval, determining whether the node should nominate itself as a potential replacement beacon node, wherein determining whether the node should nominate itself as a potential replacement beacon node is a function of nomination probability associated with the node; if the node determines that it should nominate itself as a potential replacement beacon node, sending out one or more beacon signals; receiving a beacon signal from other nodes that have nominated themselves as potential replacement beacon nodes; and selecting the replacement beacon node, wherein selecting includes: determining, at each potential replacement beacon node, whether the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node; and if the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node, removing itself as a candidate for the replacement beacon node. determining, at each node, whether a beacon signal has been received at the node from the current beacon node (110, 210) within a predetermined interval; if a node determines that a beacon signal has not been received at the node from the current beacon node (110, 210) within the predetermined interval, determining whether the node should nominate itself as a potential replacement beacon node, wherein determining whether the node should nominate itself as a potential replacement beacon node is a function of nomination probability associated with the node; if the node determines that it should nominate itself as a potential replacement beacon node, sending out one or more beacon signals; receiving a beacon signal from other nodes that have nominated themselves as potential replacement beacon nodes; and selecting the replacement beacon node, wherein selecting includes: determining, at each potential replacement beacon node, whether the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node; and if the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node, removing itself as a candidate for the replacement beacon node. determining, at each potential replacement beacon node, whether the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node; and if the potential replacement beacon node has received a beacon signal from a higher ranking potential replacement beacon node, removing itself as a candidate for the replacement beacon node.
Illumination means with at least one light source and with an optical element arrangement arranged within the optical path of the light, which light is emitted by the light source, wherein: - the optical element arrangement comprises two micro-optical structure grids (30, 31, 32), which micro-optical structure grids (30, 31, 32) are arranged one behind the other within the optical path, - each of the two micro-optical structure grids (30, 31, 32) comprises optical microstructures, which are arranged in a periodically repeating regular pattern, and - at least one of the two micro-optical structure grids (30, 32) is arranged within the focal plane of the optical microstructures of the remaining micro-optical structure grid (30, 31), characterized in that the optical microstructures are arranged on opposite surfaces of an optical element, which optical element is located within the optical path. - the optical element arrangement comprises two micro-optical structure grids (30, 31, 32), which micro-optical structure grids (30, 31, 32) are arranged one behind the other within the optical path, - each of the two micro-optical structure grids (30, 31, 32) comprises optical microstructures, which are arranged in a periodically repeating regular pattern, and - at least one of the two micro-optical structure grids (30, 32) is arranged within the focal plane of the optical microstructures of the remaining micro-optical structure grid (30, 31),
A machine for stabilising a track with ballast bed, comprising a machine frame supported on rail-based undercarriages and a stabilising unit which can be rolled on rails of the track by means of work unit rollers, and which comprises a vibration exciter for generating a dynamic impact force and a loading device for generating a load acting on the track, characterised in that the loading device is coupled with a control device for periodically changing the load during a stabilising process wherein the control device is set up for an adjusting of an interval (i) of the periodically changed load with a vibration frequency of the vibration exciter.