mhurhangee/ep-ind-claims huggingface dataset:
Calibration device for dynamometric tools, such as a torque wrench for tightening, comprising a sliding mechanical structure associated with a frame of a test bench, adapted to impart a force and a controlled rotation in a dynamometric tool, said dynamometric tool having its clamping tool head engaged in a brake placed on the bench, configured to simulate a clamping of a bolt, said mechanical structure comprises a pair of longitudinal bars connected to said bench, on which at least one guide is mounted transversely, on this guide there is a support adapted to slide by means of movement means in the transverse direction and is provided with constraint means for the dynamometric tool body, so that the dynamometric tool is pivoted on the brake with its tool head and is adapted to rotate to simulate a tightening of the brake when the support is moved along this guide. characterized in that said means for constraining the tool body to the support comprise a slide to which the handle of the dynamometric tool is fixed, adapted to slide longitudinally along a cursor on which the dynamometric tool is superimposed so that the cursor acts as a base for it, said cursor at one of its ends is pivoted on the brake fulcrum and is adapted to rotate around it, said cursor being constrained to the support, so that the support is adapted to allow the cursor and the tool to rotate together, in a way to the force applied to the tool is always arranged in a direction tangential to the curved trajectory carried out by the handle of the tool itself. said mechanical structure comprises a pair of longitudinal bars connected to said bench, on which at least one guide is mounted transversely, on this guide there is a support adapted to slide by means of movement means in the transverse direction and is provided with constraint means for the dynamometric tool body, so that the dynamometric tool is pivoted on the brake with its tool head and is adapted to rotate to simulate a tightening of the brake when the support is moved along this guide. characterized in that said means for constraining the tool body to the support comprise a slide to which the handle of the dynamometric tool is fixed, adapted to slide longitudinally along a cursor on which the dynamometric tool is superimposed so that the cursor acts as a base for it, said cursor at one of its ends is pivoted on the brake fulcrum and is adapted to rotate around it, said cursor being constrained to the support, so that the support is adapted to allow the cursor and the tool to rotate together, in a way to the force applied to the tool is always arranged in a direction tangential to the curved trajectory carried out by the handle of the tool itself.
A solid unfractionated unit comprising a dose of 5 to 500 mg of fexofenadine and/or of at least one pharmaceutically acceptable salt thereof, the composition of which is the following: - 45% to 92% by weight of fexofenadine and/or of at least one pharmaceutically acceptable salt thereof, optionally in combination with at least one other active ingredient, - 4% to 20% by weight of a hot-melt excipient or mixture of hot-melt excipients, said hot-melt excipient(s) being chosen from polyethylene glycol and stearic acid, and - 4% to 50% by weight of an additional excipient or of a plurality of additional excipients, the percentages by weight being expressed relative to the total weight of the composition. - 45% to 92% by weight of fexofenadine and/or of at least one pharmaceutically acceptable salt thereof, optionally in combination with at least one other active ingredient, - 4% to 20% by weight of a hot-melt excipient or mixture of hot-melt excipients, said hot-melt excipient(s) being chosen from polyethylene glycol and stearic acid, and - 4% to 50% by weight of an additional excipient or of a plurality of additional excipients,
A battery pack (1, 10, 100), comprising: - a plurality of battery cells (2a-2h, 3a-3h, 11-17, 102, 103), wherein each of the battery cells is provided with first and second terminals (2i, 2j, 13i, 13j, 14i, 14j, 15i, 15j, 16i, 16j, 17i, 17j, 102i, 102j, 103i, 103j) connected to first and second cell electrodes, respectively; - a first conductor (4, 21, 104) electrically connecting at least a first and a second battery cell (2a-2h, 14-15, 102) via one of the terminals (2i, 14i, 15j, 102i) of each of the first and second battery cells; and - an electric heating element (7, 8, 30, 107, 108) arranged to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via heating of the first or second terminal thereof (2i, 14i, 15j, 102i), characterized in that the battery pack (1, 10, 100) comprises at least a first metal plate (4, 21, 104) capable of conducting both electric current and heat, wherein the first metal plate forms the first conductor and wherein the electric heating element (7, 30, 107) is arranged onto the first metal plate (4, 21, 104) so as to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via the first metal plate and further via the terminals connected to the first metal plate, wherein the battery pack comprises a temperature sensor (9a, 9b, 31-34, 109-112) arranged in thermal contact with at least one of the battery cell terminals that are not connected to the first metal plate (4, 21, 104). - a plurality of battery cells (2a-2h, 3a-3h, 11-17, 102, 103), wherein each of the battery cells is provided with first and second terminals (2i, 2j, 13i, 13j, 14i, 14j, 15i, 15j, 16i, 16j, 17i, 17j, 102i, 102j, 103i, 103j) connected to first and second cell electrodes, respectively; - a first conductor (4, 21, 104) electrically connecting at least a first and a second battery cell (2a-2h, 14-15, 102) via one of the terminals (2i, 14i, 15j, 102i) of each of the first and second battery cells; and - an electric heating element (7, 8, 30, 107, 108) arranged to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via heating of the first or second terminal thereof (2i, 14i, 15j, 102i), characterized in that the battery pack (1, 10, 100) comprises at least a first metal plate (4, 21, 104) capable of conducting both electric current and heat, wherein the first metal plate forms the first conductor and wherein the electric heating element (7, 30, 107) is arranged onto the first metal plate (4, 21, 104) so as to allow heating of at least the first and second battery cells (2a-2h, 14-15, 102) via the first metal plate and further via the terminals connected to the first metal plate, wherein the battery pack comprises a temperature sensor (9a, 9b, 31-34, 109-112) arranged in thermal contact with at least one of the battery cell terminals that are not connected to the first metal plate (4, 21, 104).
A light emitting apparatus comprising: a redirector having a frustoconical shape disposed about an axis, the redirector having a first end of the frustoconical shape and a second end of the frustoconical shape, wherein the first end is narrower than the second end, the redirector defining a cavity between the first end and second end; a power source receiving area defined entirely within the cavity defined by the redirector; and a light source disposed around the redirector proximate the first end of the redirector about the axis, wherein the light source is powered by a power source received within the power source receiving area and is configured to project light substantially parallel to the axis, toward the second end of the redirector. a redirector having a frustoconical shape disposed about an axis, the redirector having a first end of the frustoconical shape and a second end of the frustoconical shape, wherein the first end is narrower than the second end, the redirector defining a cavity between the first end and second end; a power source receiving area defined entirely within the cavity defined by the redirector; and a light source disposed around the redirector proximate the first end of the redirector about the axis, wherein the light source is powered by a power source received within the power source receiving area and is configured to project light substantially parallel to the axis, toward the second end of the redirector.
A high-frequency module, the high-frequency module comprising: a first board in which an opening is formed, and which includes a transmission circuit formed on a surface at a first side, the transmission circuit designed to transmit a microwave; a first device disposed in the opening of the first board; a second board which is disposed at a second side of the first board, and which is formed with a control circuit for the first device, and in which an opening is formed at a location overlapping the first device; a metal core which is disposed between the first board and the second board, and which is intimately in contact with the first device; and a casing which is formed of a metal, and which includes a protrusion connected with the metal core via the opening of the second board. a first board in which an opening is formed, and which includes a transmission circuit formed on a surface at a first side, the transmission circuit designed to transmit a microwave; a first device disposed in the opening of the first board; a second board which is disposed at a second side of the first board, and which is formed with a control circuit for the first device, and in which an opening is formed at a location overlapping the first device; a metal core which is disposed between the first board and the second board, and which is intimately in contact with the first device; and a casing which is formed of a metal, and which includes a protrusion connected with the metal core via the opening of the second board.
A system for managing information on temperature of a plurality of dental treatment instruments, the system, comprising: the said instruments, each is configured to comprise a wireless tag including a temperature sensor which detects a temperature of the instrument or an ambient temperature thereof, and a storage part; a dental treatment apparatus and, a reading unit, which is configured to read data from the wireless tag, a wireless power feeder configured to supply power to the wireless tag without contact thereto, a sterilizer configured to allow an instrument to be placed therein and perform a sterilization treatment thereto by heating, and a container configured to allow an instrument to be placed therein, wherein the wireless power feeder is configured for attachment to either the sterilizer or the container, such that when the instrument is placed in either the sterilizer or the container, the wireless power feeder is provided within a range in which the wireless tag can receive power from the wireless power feeder, wherein, when attached to the sterilizer, the wireless power feeder includes a power transmission coil disposed inside the sterilizer and a main body of the power feeder installed outside the sterilizer, and wherein the wireless tag is configured such that the storage part thereof stores temperature information, based on a value detected by the temperature sensor. the said instruments, each is configured to comprise a wireless tag including a temperature sensor which detects a temperature of the instrument or an ambient temperature thereof, and a storage part; a dental treatment apparatus and, a reading unit, which is configured to read data from the wireless tag, a wireless power feeder configured to supply power to the wireless tag without contact thereto, a sterilizer configured to allow an instrument to be placed therein and perform a sterilization treatment thereto by heating, and a container configured to allow an instrument to be placed therein, wherein the wireless power feeder is configured for attachment to either the sterilizer or the container, such that when the instrument is placed in either the sterilizer or the container, the wireless power feeder is provided within a range in which the wireless tag can receive power from the wireless power feeder, wherein, when attached to the sterilizer, the wireless power feeder includes a power transmission coil disposed inside the sterilizer and a main body of the power feeder installed outside the sterilizer, and wherein the wireless tag is configured such that the storage part thereof stores temperature information, based on a value detected by the temperature sensor.
A personal care composition, comprising: an anionic surfactant; and a polyurea shell encapsulating a hydrophobic personal care active selected from the group consisting of a fragrance, a vitamin, an extract, or a therapeutic active, wherein the polyurea shell has at least one covalently attached cationic polymer, selected from the group consisting of quaternary amines and cationic biopolymers. an anionic surfactant; and a polyurea shell encapsulating a hydrophobic personal care active selected from the group consisting of a fragrance, a vitamin, an extract, or a therapeutic active, wherein the polyurea shell has at least one covalently attached cationic polymer, selected from the group consisting of quaternary amines and cationic biopolymers.
A transponder capable of equipping a cooperative target facing a Doppler radar, comprising at least one reception antenna capable of receiving a signal transmitted by said radar and a transmission antenna adapted to retransmit a signal, the signal received by said reception antenna being amplitude modulated before being retransmitted by said transmission antenna to produce a variation of the radar cross-section of said target, said variation causing a frequency shift between the signal transmitted and the signal received by said radar that is comparable to a Doppler echo, an amplifier being connected between said reception antenna and said transmission antenna, the amplitude modulation being carried out by modulating the gain of said amplifier, characterised in that the transmitted power depends on the gain of said amplifier, the power of the transmitted signal is slaved to the power of the received signal by slaving the gain of said amplifier to the power of the received signal, so that the closer the target is to said radar, the less it transmits in order to avoid saturating said radar.
Method for providing recorded anonymized routes, wherein a route is a spatial movement of an object from a starting point to a destination point via successive waypoints, which movement is recorded by means of a position indication for each waypoint and is anonymized by removing object-identifying data, having the steps of: - capturing more than one route, wherein each captured route has at least one waypoint or at least one overlapping partial route of adjacent waypoints in common with at least one other captured route, - segmenting each route into at least two partial routes comprising at least one overlapping partial route or a common waypoint, and - storing each individual partial route of each captured route in a single data record for each partial route, - outputting all captured routes together in the form of partial-route-specific data records. - capturing more than one route, wherein each captured route has at least one waypoint or at least one overlapping partial route of adjacent waypoints in common with at least one other captured route, - segmenting each route into at least two partial routes comprising at least one overlapping partial route or a common waypoint, and - storing each individual partial route of each captured route in a single data record for each partial route, - outputting all captured routes together in the form of partial-route-specific data records.
A patient push adapter for a closed fluid transfer system, the patient push adapter comprising: a body having a male stem disposed at a distal end thereof and a patient push adapter luer connector at a proximal end thereof, wherein the male stem defines a lumen extending therethrough and wherein the patient push adapter luer connector is in fluid communication with the lumen of the male stem; a pair of opposed guide pins (53, 55) extending radially outward from the male stem; a pair of opposed guide surfaces (57, 59) extending radially outward from the male stem at a location proximal of the guide pins (53, 55) and being in registration with the guide pins (53, 55); and characterised by a seal comprising an uninterrupted barrier extending across the lumen of the male stem to close one end of the lumen such that an opening is only formed through the seal when the seal is pierced. a body having a male stem disposed at a distal end thereof and a patient push adapter luer connector at a proximal end thereof, wherein the male stem defines a lumen extending therethrough and wherein the patient push adapter luer connector is in fluid communication with the lumen of the male stem; a pair of opposed guide pins (53, 55) extending radially outward from the male stem; a pair of opposed guide surfaces (57, 59) extending radially outward from the male stem at a location proximal of the guide pins (53, 55) and being in registration with the guide pins (53, 55); and characterised by a seal comprising an uninterrupted barrier extending across the lumen of the male stem to close one end of the lumen such that an opening is only formed through the seal when the seal is pierced.
An inner assembly of a submarine craft, of the type comprising: - an enclosure delimiting an inner volume containing an ambient gas; - a system for treating ambient gas, the treatment system comprising: ∘ an upstream intake for withdrawing ambient gas from the enclosure; ∘ a device for treating ambient gas; ∘ an assembly for conveying ambient gas from the upstream intake towards the treatment device; the treatment device comprising at least one nitrogen generator capable of generating a nitrogen-rich treated stream and an oxygen-rich discharge stream from the drawn-off ambient gas, the treatment system comprising a purge assembly connected to the nitrogen generator to evacuate the nitrogen-rich stream towards the outside of the submarine craft, the nitrogen generator comprising a first adsorber, and a second adsorber mounted in parallel with the first adsorber, the nitrogen generator comprising a control unit capable of selectively pressurising the first adsorber and the second adsorber, so that in a first configuration the first adsorber produces a nitrogen-rich treated stream and the second adsorber produces an oxygen-rich discharge stream, characterized in that, in a second configuration, the first adsorber produces the oxygen-rich discharge stream and the second adsorber produces the nitrogen-rich treated stream. - an enclosure delimiting an inner volume containing an ambient gas; - a system for treating ambient gas, the treatment system comprising: ∘ an upstream intake for withdrawing ambient gas from the enclosure; ∘ a device for treating ambient gas; ∘ an assembly for conveying ambient gas from the upstream intake towards the treatment device; ∘ an upstream intake for withdrawing ambient gas from the enclosure; ∘ a device for treating ambient gas; ∘ an assembly for conveying ambient gas from the upstream intake towards the treatment device;
An injector for a liquid propellant injection assembly of a rocket engine, characterized by comprising: a swirl element (80; 280) extending between first and second ends(84, 86; 284; 286), which swirl element (80; 280) has a bore (96; 296) that connects a secondary orifice (90; 290)to an outlet (94; 294), which secondary orifice (90; 290) is disposed in a tubular sidewall (88; 288) of the swirl element (80; 280) and extends along an axis that that is angled relative to a tangential plane of an outer surface of the tubular sidewall (88; 288), and which outlet (94; 294) is disposed in the second end (86; 286) of the swirl element (80; 280); and a pressure actuated cap (82; 282) disposed around the first end (84; 284) of the swirl element (80; 280), which pressure actuated cap (82; 282) is adapted to regulate flow of a propellant through the secondary orifice (90; 290) as a function of pressure exerted by the propellant against the pressure actuated cap (82; 282). a swirl element (80; 280) extending between first and second ends(84, 86; 284; 286), which swirl element (80; 280) has a bore (96; 296) that connects a secondary orifice (90; 290)to an outlet (94; 294), which secondary orifice (90; 290) is disposed in a tubular sidewall (88; 288) of the swirl element (80; 280) and extends along an axis that that is angled relative to a tangential plane of an outer surface of the tubular sidewall (88; 288), and which outlet (94; 294) is disposed in the second end (86; 286) of the swirl element (80; 280); and a pressure actuated cap (82; 282) disposed around the first end (84; 284) of the swirl element (80; 280), which pressure actuated cap (82; 282) is adapted to regulate flow of a propellant through the secondary orifice (90; 290) as a function of pressure exerted by the propellant against the pressure actuated cap (82; 282).
A switch apparatus, comprising: a pressing section that includes one or more pressing regions and is formed of a rubber-like elastic body, each of the pressing regions receiving pressing in a pressing direction; an electrostatic capacitance sensor that detects the pressing in the pressing region based on an electrostatic capacitance, wherein the electrostatic capacitance sensor is disposed with a distance from the pressing section in the pressing direction; wherein the switch apparatus further comprises: a housing comprising an upper housing for attaching the pressing section thereto and a base housing fixed to a bottom of the upper housing; a plurality of protrusions provided in a region corresponding to the pressing regions of the pressing section and extending in the pressing direction, the plurality of protrusions being movable in the pressing direction within a space provided between an upper surface of the base housing and a lowermost surface of the protrusions; wherein the upper housing comprises a plurality of recesses for housing the protrusions wherein the plurality of protrusions and the electrostatic capacitance sensor are located on opposite sides of the base housing formed of a rigid resin member having high insulation property. a pressing section that includes one or more pressing regions and is formed of a rubber-like elastic body, each of the pressing regions receiving pressing in a pressing direction; an electrostatic capacitance sensor that detects the pressing in the pressing region based on an electrostatic capacitance, wherein the electrostatic capacitance sensor is disposed with a distance from the pressing section in the pressing direction; wherein the switch apparatus further comprises: a housing comprising an upper housing for attaching the pressing section thereto and a base housing fixed to a bottom of the upper housing; a plurality of protrusions provided in a region corresponding to the pressing regions of the pressing section and extending in the pressing direction, the plurality of protrusions being movable in the pressing direction within a space provided between an upper surface of the base housing and a lowermost surface of the protrusions; a housing comprising an upper housing for attaching the pressing section thereto and a base housing fixed to a bottom of the upper housing; a plurality of protrusions provided in a region corresponding to the pressing regions of the pressing section and extending in the pressing direction, the plurality of protrusions being movable in the pressing direction within a space provided between an upper surface of the base housing and a lowermost surface of the protrusions; wherein the upper housing comprises a plurality of recesses for housing the protrusions wherein the plurality of protrusions and the electrostatic capacitance sensor are located on opposite sides of the base housing formed of a rigid resin member having high insulation property.