mhurhangee/ep-ind-claims huggingface dataset:
A user terminal adapted to communicate in a narrow band, which is narrower than a minimum bandwidth for use supported in an existing LTE, Long Term Evolution, system, the user terminal comprising: a receiving section adapted to receive downlink control information; and a control section adapted to control a scheduling unit of a Physical Downlink Shared Channel based on command information included in the downlink control information, wherein the receiving section adapted to receive the Physical Downlink Shared Channel, a synchronization signal and a Physical Downlink Control Channel that are multiplexed each one in different subframes, the scheduling unit is composed of multiple subframes of six or less placed side by side in time domain, and characterized in that the number of subframes of the scheduling unit is controlled on a dynamic basis. a receiving section adapted to receive downlink control information; and a control section adapted to control a scheduling unit of a Physical Downlink Shared Channel based on command information included in the downlink control information, wherein the receiving section adapted to receive the Physical Downlink Shared Channel, a synchronization signal and a Physical Downlink Control Channel that are multiplexed each one in different subframes, the scheduling unit is composed of multiple subframes of six or less placed side by side in time domain, and
A method for the signal processing of capacitive measurement scales measuring lengths or angles, comprising two parts moving relative to each other provided with electrodes that together form condensers, the capacitance of each condenser being variable and depending on the relative position as specified by a sinusoidal relationship (x c) between the two parts moving relative to each other, whereby the first part has n electrodes evenly distributed over one measurement period and the second part has one electrode per measurement period, wherein the measurement period is the period during which the electrode of the second part pass each of the n electrodes of the first part once, and wherein the n electrodes in the first part are supplied with n alternating input voltages of the same frequency and the same amplitude whereby the time differences of the said alternating voltages relative to each other are t 0 n, where t 0 is the length of the period of the said alternating voltage, whereby the electrode of the second mobile part captures in a capacitive manner a signal that comprises one or several of the said alternating voltages and where the amplitude of these signals depends on the relative position (x) between the two parts, characterised in measuring the amplitude of each n signal captured in the electrode of said second movable part and storing separately the value for each one of the n signals.
A spike cap for an infusion spike, comprising: an opening; an insertion port for the spike; a lid for closing said opening at the exterior of said opening, characterised in that the cap further comprises a hydrophobic filter arranged at a location inward from where the tip of the spike is inserted at the interior of the cap, the filter being configured so as to not allow passage therethrough of solid or liquid but so as to allow passage therethrough of gas at the interior of the cap, whereby only gas may pass to the exterior of the cap via the opening. an opening; an insertion port for the spike; a lid for closing said opening at the exterior of said opening, characterised in that the cap further comprises a hydrophobic filter arranged at a location inward from where the tip of the spike is inserted at the interior of the cap, the filter being configured so as to not allow passage therethrough of solid or liquid but so as to allow passage therethrough of gas at the interior of the cap, whereby only gas may pass to the exterior of the cap via the opening.
Composite film, in particular for producing packaging, such as pouch packaging, having at least one region provided for a puncture site, for example for a drinking straw, the composite film having at least one sealable inner layer, optionally at least one middle layer and at least one outer layer, characterized in that, in the composite film, a needling region having a plurality of needle holes is provided on the at least one region provided for the puncture site in the packaging, the needle holes being arranged in a surface pattern and not completely penetrating the composite film.
A cutting unit for a cutting device, comprising: a rotary cutting tool; an electric motor capable of rotatably driving the rotary cutting tool; a gear train capable of transmitting rotation of the electric motor to the rotary cutting tool and reducing a rotational speed of the electric motor in plural stages; a gear chamber capable of accommodating the gear train therein; a partitioning member capable of partitioning the gear chamber at a midpoint of a transmission path of rotation of the gear train; a spindle having the cutting tool mounted thereto; an intermediate shaft positioned between the electric motor and the spindle; a drive gear rotatable with a motor shaft of the electric motor; and a driven gear and an intermediate gear rotatable with the intermediate shaft, the driven gear being engaging with the drive gear; wherein the partitioning member is positioned between the driven gear and the intermediate gear in order that lubricant, preferably grease or lubrication oil, is sealingly contained within the gear chamber, and wherein the intermediate shaft has a first end on the side of the driven gear and has a second end on the side of the intermediate gear, and the first and second ends of the intermediate shaft are rotatably supported respectively by a right bearing and a left bearing disposed at a motor base and a gear chamber cover, respectively. a rotary cutting tool; an electric motor capable of rotatably driving the rotary cutting tool; a gear train capable of transmitting rotation of the electric motor to the rotary cutting tool and reducing a rotational speed of the electric motor in plural stages; a gear chamber capable of accommodating the gear train therein; a partitioning member capable of partitioning the gear chamber at a midpoint of a transmission path of rotation of the gear train; a spindle having the cutting tool mounted thereto; an intermediate shaft positioned between the electric motor and the spindle; a drive gear rotatable with a motor shaft of the electric motor; and a driven gear and an intermediate gear rotatable with the intermediate shaft, the driven gear being engaging with the drive gear; wherein the partitioning member is positioned between the driven gear and the intermediate gear in order that lubricant, preferably grease or lubrication oil, is sealingly contained within the gear chamber, and wherein the intermediate shaft has a first end on the side of the driven gear and has a second end on the side of the intermediate gear, and the first and second ends of the intermediate shaft are rotatably supported respectively by a right bearing and a left bearing disposed at a motor base and a gear chamber cover, respectively.
A method for refocusing, on at least one common point of interest, the rendering of a set of plenoptic video data provided by a plenoptic device, said method comprises: - obtaining a common 3D reference system used for spatially locating said plenoptic device that has provided said set of plenoptic video data at a 3D pose and at least one other 3D pose of said plenoptic device capturing a same scene, - from said at least one common point of interest, determining common refocusing plane parameters in said common 3D reference system, - refocusing the rendering of said set of plenoptic video data by converting said common refocusing plane parameters into a rendering refocusing plane of a 3D reference system associated with said plenoptic device that has provided said set of plenoptic video data, said converting using a transformation between said common 3D reference system and said 3D reference system associated with said plenoptic device wherein - the plenoptic device belongs to a set of plenoptic devices simultaneously capturing the same scene, and - plenoptic video data sets provided respectively by said plenoptic device and at least one other device of said set of plenoptic devices are previously temporally synchronised during or after their acquisition. - obtaining a common 3D reference system used for spatially locating said plenoptic device that has provided said set of plenoptic video data at a 3D pose and at least one other 3D pose of said plenoptic device capturing a same scene, - from said at least one common point of interest, determining common refocusing plane parameters in said common 3D reference system, - refocusing the rendering of said set of plenoptic video data by converting said common refocusing plane parameters into a rendering refocusing plane of a 3D reference system associated with said plenoptic device that has provided said set of plenoptic video data, said converting using a transformation between said common 3D reference system and said 3D reference system associated with said plenoptic device - the plenoptic device belongs to a set of plenoptic devices simultaneously capturing the same scene, and - plenoptic video data sets provided respectively by said plenoptic device and at least one other device of said set of plenoptic devices are previously temporally synchronised during or after their acquisition.
Adaptive aircraft engine for the subsonic and supersonic operation of an aircraft, having a turbofan three-shaft engine having two bypass ducts (8, 15), having a first inner bypass duct in a core engine of the aircraft engine, and a second outer bypass duct which at least in part surrounds the first bypass duct; and having adapting means, in particular adjustable nozzles (13, 9), for varying a cross section of the core engine that is passed through by a flow and has the first bypass duct, and for varying the cross section of the second bypass duct that is passed through by a flow, as a function of the flight speed, characterized by a mixing device for a flow from the combustion chamber and a flow from the inner bypass duct, wherein the mixing device in the flow direction is disposed ahead of a low-pressure turbine.
A composition for producing conductive or semiconductive layers by wet coating, comprising a) at least one type of conductive or semiconductive nanostructures, where at least one conductive ligand is arranged on the surface of the nanostructures, wherein the nanostructures are nanorods having a length of less than 500 nm and the at least one conductive ligand comprises a polymer or oligomer having at least ten bonding positions which make coordinate bonding to the surface of the nanostructure possible; b) at least one solvent. a) at least one type of conductive or semiconductive nanostructures, where at least one conductive ligand is arranged on the surface of the nanostructures, wherein the nanostructures are nanorods having a length of less than 500 nm and the at least one conductive ligand comprises a polymer or oligomer having at least ten bonding positions which make coordinate bonding to the surface of the nanostructure possible; b) at least one solvent.
A unit having at least two venetian blinds (16, 18) for shading openings of buildings (12, 14), whereby the venetian blinds (16, 18) are adjustable in their extension length and in the angle of their slats with the aid of drives, whereby each venetian blind (16, 18) is provided with a drive, in order to adjust its slat angle and extension length, characterized in that the adjustment movements of the angle of the venetian blind slats of all venetian blinds (16, 18) are synchronized, whilst the adjustment movement of the extension lengths occur at different speeds, whereby the different adjustment speeds of the extension length are realized by synchronous adjustment of the angle of the slats by gear drives with appropriate transmission ratios.
A splice enclosure assembly comprising: a base defining an interior and at least one cable port (108, 108', 109) leading to the interior of the base; a tray manager disposed within the interior of the base; a plurality of splice trays pivotally coupled to the tray manager about parallel pivot axes; and a loop storage tray disposed within the interior over the splice trays, the loop storage tray having a first side and an opposite second side, when a tray body of the loop storage tray is mounted to the tray manager in a closed position, the first side faces away from the splice trays and the second side faces towards the splice trays, the first side of the loop storage tray defining a cable storage channel arrangement for cable slack storage, the cable storage channel arrangement defining a round-about pathway for storing excess length of optical fibers and a pathway for a looped section of the optical fibers, the loop storage tray being pivotally coupled to the tray manager about a storage pivot axis that is not parallel to the pivot axes of the splice trays. a base defining an interior and at least one cable port (108, 108', 109) leading to the interior of the base; a tray manager disposed within the interior of the base; a plurality of splice trays pivotally coupled to the tray manager about parallel pivot axes; and a loop storage tray disposed within the interior over the splice trays, the loop storage tray having a first side and an opposite second side, when a tray body of the loop storage tray is mounted to the tray manager in a closed position, the first side faces away from the splice trays and the second side faces towards the splice trays, the first side of the loop storage tray defining a cable storage channel arrangement for cable slack storage, the cable storage channel arrangement defining a round-about pathway for storing excess length of optical fibers and a pathway for a looped section of the optical fibers, the loop storage tray being pivotally coupled to the tray manager about a storage pivot axis that is not parallel to the pivot axes of the splice trays.
A method of providing a Maneuver Coordination Service, "MCS", by an Intelligent Transport System Station, "ITS-S", the method comprising: generating, by an MCS facility, a first Maneuver Coordination Message, "MCM", to indicate a detected event for maneuver coordination; transmitting or broadcasting, by the MCS facility, the first MCM to one or more other ITS-Ss proximate to the ITS-S; executing, by the MCS facility, one or more actions of an individual maneuver change based on the detected event when the individual maneuver change without coordination is determined to be sufficient for the detected event; and initiating, by the MCS facility, group coordination for the detected event when the individual maneuver change is determined not to be sufficient for the detected event, wherein the initiating group coordination comprises: calculating, by the MCS facility, a maximum time available for negotiation/execution for one or more maneuver coordination strategies; determining, by the MCS facility, a set of the one or more other ITS-Ss to be impacted by the one or more maneuver coordination strategies and to be included in a maneuver coordination group, "MCG"; and causing transmitting or broadcasting, by the MCS facility, of a second MCM to the determined ITS-Ss in the MCG, the second MCM including MCG information the one or more maneuver coordination strategies, the maximum time available for negotiation/execution for the one or more maneuver coordination strategies, the ITS-Ss to be impacted by the one or more maneuver coordination strategies and indicating the detected event. generating, by an MCS facility, a first Maneuver Coordination Message, "MCM", to indicate a detected event for maneuver coordination; transmitting or broadcasting, by the MCS facility, the first MCM to one or more other ITS-Ss proximate to the ITS-S; executing, by the MCS facility, one or more actions of an individual maneuver change based on the detected event when the individual maneuver change without coordination is determined to be sufficient for the detected event; and calculating, by the MCS facility, a maximum time available for negotiation/execution for one or more maneuver coordination strategies; determining, by the MCS facility, a set of the one or more other ITS-Ss to be impacted by the one or more maneuver coordination strategies and to be included in a maneuver coordination group, "MCG"; and causing transmitting or broadcasting, by the MCS facility, of a second MCM to the determined ITS-Ss in the MCG, the second MCM including MCG information the one or more maneuver coordination strategies, the maximum time available for negotiation/execution for the one or more maneuver coordination strategies, the ITS-Ss to be impacted by the one or more maneuver coordination strategies and indicating the detected event.
An exhaust pipe paint for application to a peripheral surface of an exhaust pipe base, the exhaust pipe paint comprising: an inorganic glass particle; an inorganic particle; and at least one of an inorganic binder and an inorganic binder precursor, wherein: said inorganic glass particle is made of one kind of low-melting glass or a plurality of kinds of low-melting glasses selected from SiO 2 -B 2 O 3 -ZnO type glass, SiO 2 -B 2 O 3 -Bi 2 O 3 type glass, SiO 2 -PbO type glass, SiO 2 -PbO-B 2 O 3 type glass, SiO 2 -B 2 O 3 -PbO type glass, B 2 O 3 -ZnO-Pb type glass, B 2 O 3 -ZnO-Bi 2 O 3 type glass, B 2 O 3 -Bi 2 O 3 type glass, B 2 O 3 -ZnO type glass, BaO-SiO 2 type glass; said low-melting glass has a softening temperature that is from 300 to 1000°C and is lower than a softening temperature of said inorganic binder; said inorganic particle comprises at least one oxide of manganese, iron, copper, cobalt, and chromium; and said inorganic binder comprises lithium oxide and said inorganic binder precursor comprises lithium alkoxide. an inorganic glass particle; an inorganic particle; and at least one of an inorganic binder and an inorganic binder precursor, said inorganic glass particle is made of one kind of low-melting glass or a plurality of kinds of low-melting glasses selected from SiO 2 -B 2 O 3 -ZnO type glass, SiO 2 -B 2 O 3 -Bi 2 O 3 type glass, SiO 2 -PbO type glass, SiO 2 -PbO-B 2 O 3 type glass, SiO 2 -B 2 O 3 -PbO type glass, B 2 O 3 -ZnO-Pb type glass, B 2 O 3 -ZnO-Bi 2 O 3 type glass, B 2 O 3 -Bi 2 O 3 type glass, B 2 O 3 -ZnO type glass, BaO-SiO 2 type glass; said low-melting glass has a softening temperature that is from 300 to 1000°C and is lower than a softening temperature of said inorganic binder; said inorganic particle comprises at least one oxide of manganese, iron, copper, cobalt, and chromium; and said inorganic binder comprises lithium oxide and said inorganic binder precursor comprises lithium alkoxide.
A method for producing an alkyl 5-methyl-5-hexenoate represented by the following Chemical formula: (wherein R represents a linear or branched alkyl group having 1 to 12 carbon atoms) comprising a decarboxylation reaction of a (3-methyl-3-butenyl)malonic acid dialkyl ester represented by the following Chemical formula: (wherein R is as defined above) carried out by heating in the presence of water and a base selected from the group consisting of a tertiary amine compound, a heterocyclic amine compound, an alkali metal hydroxide, an alkali metal carbonate, an alkali metal hydrogen carbonate, an alkali metal alkoxide, an alkaline earth metal hydroxide, an alkaline earth metal carbonate and an alkaline earth metal hydrogen carbonate or mixtures thereof.
Device for automatically registering the penetration depth of an invasive instrument into an opening and the rotational orientation of the invasive instrument in an opening of a body with the aid of a length-selective and rotation-selective pattern applied to the surface of the instrument, wherein the device has a sensor, wherein the sensor is embodied for registering the length-selective and rotation-selective pattern, wherein the sensor is embodied for the temporary arrangement in the region of the opening for the insertion of the invasive instrument, and wherein the device has an evaluation unit for evaluating the penetration depth and the rotational orientation of the invasive instrument on the basis of the registered selective pattern, characterized in that the sensor is embodied to surround the instrument in a ring-shaped manner and is formed from a plurality of sensor elements arranged in a ring-shaped manner, in particular of CCD sensor elements, CMOS sensor elements and/or reflection-light photoelectric sensor elements.
A hinge for furniture leaves that swing about at least one horizontal axis, which comprises: a supporting body which is adapted to be applied inside a piece of furniture, at least one oscillating lever adapted to be connected to said supporting body at one end and, at an opposite end, to an anchoring element which is fixed to a leaf, the oscillating lever supporting the lifting of the leaf and being integrated in the hinge with further levers that connect the leaf to the piece of furniture to allow an oscillating movement of the leaf, an intermediate body separate from the supporting body and insertable inside said supporting body, the supporting body being provided internally with a plurality of humps or drawn portions which constitute guiding elements for inserting the intermediate body inside the supporting body, said intermediate body supporting the oscillating lever so that oscillating lever can oscillate, the oscillating lever being connectable to the supporting body by the intermediate body, and a coupling element connected to the oscillating lever, the oscillating lever being connectable to the anchoring element fixed to the leaf by the coupling element, wherein said supporting body is provided, at the end that lies opposite an end for insertion of said intermediate body, with a retention clip for said intermediate body within said supporting body. a supporting body which is adapted to be applied inside a piece of furniture, at least one oscillating lever adapted to be connected to said supporting body at one end and, at an opposite end, to an anchoring element which is fixed to a leaf, the oscillating lever supporting the lifting of the leaf and being integrated in the hinge with further levers that connect the leaf to the piece of furniture to allow an oscillating movement of the leaf, an intermediate body separate from the supporting body and insertable inside said supporting body, the supporting body being provided internally with a plurality of humps or drawn portions which constitute guiding elements for inserting the intermediate body inside the supporting body, said intermediate body supporting the oscillating lever so that oscillating lever can oscillate, the oscillating lever being connectable to the supporting body by the intermediate body, and a coupling element connected to the oscillating lever, the oscillating lever being connectable to the anchoring element fixed to the leaf by the coupling element, wherein said supporting body is provided, at the end that lies opposite an end for insertion of said intermediate body, with a retention clip for said intermediate body within said supporting body.