mhurhangee/ep-ind-claims huggingface dataset:
Nozzle for cooling a jet engine for maintenance, wherein the jet engine comprises an exhaust channel for the exit of exhaust gases of the jet engine, wherein the nozzle comprises - a suction adapter having a round shape adapted to be connected to the exhaust channel for sucking air from the exhaust channel, and - a suction channel in fluid connection with the suction adapter for sucking air from the suction adapter, wherein the suction channel is arranged to be connected to an air suction device, wherein the suction adapter is adapted to be connected to the exhaust channel, characterized in that the suction adapter is adapted to be connected in a sealed manner to the exhaust channel. - a suction adapter having a round shape adapted to be connected to the exhaust channel for sucking air from the exhaust channel, and - a suction channel in fluid connection with the suction adapter for sucking air from the suction adapter, wherein the suction channel is arranged to be connected to an air suction device, wherein the suction adapter is adapted to be connected to the exhaust channel, characterized in that the suction adapter is adapted to be connected in a sealed manner to the exhaust channel.
A pharmaceutical composition comprising: (i) an antisense oligonucleotide which is SEQ ID NO: 4, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 4 which targets and binds human CD40 primary transcript, (ii) an antisense oligonucleotide which is SEQ ID NO: 6, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 6 which targets and binds human CD86 primary transcript, and (iii) an antisense oligonucleotide which is SEQ ID NO: 7, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 7 which targets and binds human CD80 primary transcript, wherein said oligonucleotides are formulated in microspheres. (i) an antisense oligonucleotide which is SEQ ID NO: 4, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 4 which targets and binds human CD40 primary transcript, (ii) an antisense oligonucleotide which is SEQ ID NO: 6, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 6 which targets and binds human CD86 primary transcript, and (iii) an antisense oligonucleotide which is SEQ ID NO: 7, or an antisense oligonucleotide having at least 90% polynucleotide sequence homology to SEQ ID NO: 7 which targets and binds human CD80 primary transcript, wherein said oligonucleotides are formulated in microspheres.
A device for producing molded automotive seat cushions from polyurethane foam, in combination with a liquid foamable polyurethane composition, the device comprising a lid and a bowl releasingly engageable between an open position and a closed position, the closed position defining a mold cavity, at least one of the lid and the bowl comprising: (i) a plurality of vents, each vent having a passageway for gas to escape from the mold cavity and an obstruction in the passageway, the obstruction and the passageway combining to form at least one opening, and (ii) a plurality of interconnected grooves on a surface of the mold cavity, the plurality of interconnected grooves being arranged to be in fluid communication with the plurality of vents.
Device for distributing capsules, comprising a container able to receive in bulk a plurality of capsules and an ordering assembly arranged inside said container, apt to vertically arrange said capsules for the subsequent distribution; wherein said ordering assembly comprises a rotating helical screw for stirring capsules, mounted on a basket rotating with it, said screw having a diameter growing from its upper tip as far as the base, and said basket having an inclined upper wall or slide, having a ramp development, such that the height of the basket varies gradually from a minimum to a maximum along its periphery, and an open vertical seat suitable for receiving a capsule arranged vertically and distributing it through an opening formed on the bottom wall of the container.
A process for preparing layered foamed polymeric materials by means of the use of one or more foaming agents, where said method comprises the following steps: • providing a foamable polymeric material; • solubilising said one or more foaming agents in the foamable polymeric material under pressure and at a temperature greater than 20°C; and • releasing the pressure instantaneously; characterised in that the solubilisation step is carried out with a pressure profile of said one or more foaming agents that is variable over time. • providing a foamable polymeric material; • solubilising said one or more foaming agents in the foamable polymeric material under pressure and at a temperature greater than 20°C; and • releasing the pressure instantaneously;
A system for monitoring corrosion of a metal object, the system further comprising the metal object, a mantle of thermal insulation material surrounding the metal object, an electric cable in the mantle, the electric cable respectively comprising first and second electrical conductors (20, 24), the first electrical conductor having a smaller surface area per unit length than the second electrical conductor, the first and second electrical conductors made of a first and second material respectively, the first material being less corrosion resistant in the system than the second material when water penetrates the mantle, wherein the electric cable is a coaxial cable, the first electrical conductor is a core conductor of the coaxial cable, characterised in that the second electrical conductor is a water permeable conductor surrounding the first electrical conductor, the coaxial cable comprising an electrical insulator disposed between the first and second electrical conductors, wherein the electrical insulator is water permeable, so that water from the mantle is able to permeate to the first conductor through the second conductor and the electrical insulator.
A fluid-cooled heat sink, comprising: a heat exchanger which can be associated with at least one electronic component, the heat exchanger having a first outer surface for contact with the electronic component and a second outer surface, and having at least one channel with an inlet and an outlet for a cooling fluid; and a stiffening element associated with the heat exchanger for applying the heat exchanger to the electronic component and pressing the heat exchanger against the electronic component; the heat sink being characterised in that the heat exchanger is deformed when assembled on the respective electronic component. a heat exchanger which can be associated with at least one electronic component, the heat exchanger having a first outer surface for contact with the electronic component and a second outer surface, and having at least one channel with an inlet and an outlet for a cooling fluid; and a stiffening element associated with the heat exchanger for applying the heat exchanger to the electronic component and pressing the heat exchanger against the electronic component; the heat sink being characterised in that the heat exchanger is deformed when assembled on the respective electronic component.
A method for manufacturing a photovoltaic module, comprising at least two electrically connected photovoltaic cells (16A, 16B), the method comprising the following steps: - a) providing an electrically insulating substrate covered with a layer of a first electrically conducting material; then - b) forming, on said layer, at least one furrow defining first and second lower electrodes, electrically isolated from one another by said furrow; then - c) forming, on each of said lower electrodes, a stack comprising at least: an upper electrode formed by a layer of a second electrically conducting material; and a layer of a photo-active material positioned between the lower and upper electrodes, each of the first and second lower electrodes respectively forming a first and second photovoltaic cell with the corresponding stack, - d) forming an electrical connection between the upper electrode of the first photovoltaic cell and the second lower electrode; the method being characterized in that it comprises the following steps, between steps b) and c): - e) forming a first electrically insulating strip in the furrow and above said furrow, said strip forming a relief relative to the first and second lower electrodes; and - f) forming a second electrically insulating strip on the second lower electrode, said first and second electrically insulating strips being substantially parallel and delimiting an inactive area on said second lower electrode; in that the stack formed in step c) on the second photovoltaic cell is positioned outside the inactive area. - a) providing an electrically insulating substrate covered with a layer of a first electrically conducting material; then - b) forming, on said layer, at least one furrow defining first and second lower electrodes, electrically isolated from one another by said furrow; then - c) forming, on each of said lower electrodes, a stack comprising at least: an upper electrode formed by a layer of a second electrically conducting material; and a layer of a photo-active material positioned between the lower and upper electrodes, - d) forming an electrical connection between the upper electrode of the first photovoltaic cell and the second lower electrode; - e) forming a first electrically insulating strip in the furrow and above said furrow, said strip forming a relief relative to the first and second lower electrodes; and - f) forming a second electrically insulating strip on the second lower electrode, said first and second electrically insulating strips being substantially parallel and delimiting an inactive area on said second lower electrode;
LED assembly, comprising a plurality of LED packages suitable for capacitive driving, each LED package being characterised in that it comprises: at least one pair of anti-parallel oriented LEDs (20, 30), which LEDs are each provided with an anode and a cathode electrical terminals (21, 22, 31, 32) at opposing surfaces of the LEDs, whereby the LEDs are sandwiched between two substantially parallel oriented substrates (40, 50) of a dielectric material, which substrates are provided on their facing surfaces (41, 51) with a film (42, 52) of electrically conductive material, so that electrical contacts (61, 62) are available between the electrical terminals (21, 22, 31, 32) and the films of electrically conductive material, said packages being sandwiched between two support layers (81, 82), which support layers are provided on their facing surfaces with an electrode layer (83, 84), whereby each of the electrode layers contacts the dielectric substrate (40, 50) of the LED packages, and whereby the electrode layers are provided with power supply terminals (87, 88) for electrically contacting an AC power supply. at least one pair of anti-parallel oriented LEDs (20, 30), which LEDs are each provided with an anode and a cathode electrical terminals (21, 22, 31, 32) at opposing surfaces of the LEDs, whereby the LEDs are sandwiched between two substantially parallel oriented substrates (40, 50) of a dielectric material, which substrates are provided on their facing surfaces (41, 51) with a film (42, 52) of electrically conductive material, so that electrical contacts (61, 62) are available between the electrical terminals (21, 22, 31, 32) and the films of electrically conductive material, said packages being sandwiched between two support layers (81, 82), which support layers are provided on their facing surfaces with an electrode layer (83, 84), whereby each of the electrode layers contacts the dielectric substrate (40, 50) of the LED packages, and whereby the electrode layers are provided with power supply terminals (87, 88) for electrically contacting an AC power supply.
A method for a uni-fiber laser communications (lasercom) terminal (100, 200, 600), the method comprising: generating, with an oscillator, a first signal having a first wavelength; modulating, with a modulator, the first signal; circulating, with a circulator, the first signal; amplifying, with a bi-directional optical amplifier (optical amp), the first signal; transmitting, through an optical fiber, the first signal, wherein the optical fiber is embedded in a ferrule, and an end of the ferrule is coated with a reflective coating; transmitting, through at least one lens, the first signal; receiving, through the at least one lens and the optical fiber, the first signal; amplifying, with the bi-directional optical amp, the first signal; circulating, with the circulator, the first signal; detecting, with an acquisition detector, the first signal; and nutating and translating, with an actuator associated with the ferrule, the ferrule according to feedback from the acquisition detector (195,630,640) regarding the first signal. generating, with an oscillator, a first signal having a first wavelength; modulating, with a modulator, the first signal; circulating, with a circulator, the first signal; amplifying, with a bi-directional optical amplifier (optical amp), the first signal; transmitting, through an optical fiber, the first signal, wherein the optical fiber is embedded in a ferrule, and an end of the ferrule is coated with a reflective coating; transmitting, through at least one lens, the first signal; receiving, through the at least one lens and the optical fiber, the first signal; amplifying, with the bi-directional optical amp, the first signal; circulating, with the circulator, the first signal; detecting, with an acquisition detector, the first signal; and nutating and translating, with an actuator associated with the ferrule, the ferrule according to feedback from the acquisition detector (195,630,640) regarding the first signal.
A method of generating or entering a password or passphrase or encryption key on a computer system, the method characterised by: storing a plurality of sets of values in a memory of the system, the values of each set defining respective elements which belong to a common domain, the domains of respective sets being distinct from one another; receiving a user selection of a subset of the plurality of said sets, receiving a user selection of a value from each of said selected plurality of sets; and combining the selected values or components thereof to form a password, passphrase, or encryption key. storing a plurality of sets of values in a memory of the system, the values of each set defining respective elements which belong to a common domain, the domains of respective sets being distinct from one another; receiving a user selection of a subset of the plurality of said sets, receiving a user selection of a value from each of said selected plurality of sets; and combining the selected values or components thereof to form a password, passphrase, or encryption key.
Method for regulating the filling of at least one cavity in an injection-moulding machine, wherein a melt is introduced into the cavity through an opening and the width of the opening is altered, the width of the opening is also altered and set or fixed in a position between a closed position and a fully open position, and charging of the cavity and in particular the entry of the melt into and/or a melt front in the cavity is monitored by means of sensors and the width of the opening is altered to regulate the filling, characterized in that the width of the injection opening is also regulated during an injection-moulding cycle, wherein such regulations are carried out automatically with the aid of mould internal pressure sensors and mould wall temperature sensors and as a result are adaptable automatically from cycle to cycle. a melt is introduced into the cavity through an opening and the width of the opening is altered, the width of the opening is also altered and set or fixed in a position between a closed position and a fully open position, and charging of the cavity and in particular the entry of the melt into and/or a melt front in the cavity is monitored by means of sensors and the width of the opening is altered to regulate the filling, characterized in that the width of the injection opening is also regulated during an injection-moulding cycle, wherein such regulations are carried out automatically with the aid of mould internal pressure sensors and mould wall temperature sensors and as a result are adaptable automatically from cycle to cycle.
An air conditioner comprising: a refrigerant circuit which is configured by connecting a compressor, an outdoor heat exchanger, an expansion valve, and an indoor heat exchanger; and an outdoor fan which supplies outdoor air to the outdoor heat exchanger as a source for cooling of refrigerant which flows through the outdoor heat exchanger, wherein a cooling operation is performed by driving the outdoor fan and circulating refrigerant in order of the compressor, the outdoor heat exchanger, the expansion valve, and the indoor heat exchanger, a control section is configured to perform an expansion valve refrigerant discharge control, where the compressor is driven in a state where the outdoor fan is stopped and the expansion valve is open, and the control section is configured to perform an expansion valve normal switching control, where an opening of the expansion valve is reduced and an operating frequency of the compressor is increased, after the expansion valve refrigerant discharge control characterized in that the control section is configured to perform the expansion valve refrigerant discharge control when a cooling start noise reduction condition that a state of refrigerant at inlet and outlet ports of the expansion valve is in a one-phase liquid state is satisfied when starting the cooling operation. a refrigerant circuit which is configured by connecting a compressor, an outdoor heat exchanger, an expansion valve, and an indoor heat exchanger; and an outdoor fan which supplies outdoor air to the outdoor heat exchanger as a source for cooling of refrigerant which flows through the outdoor heat exchanger, wherein a cooling operation is performed by driving the outdoor fan and circulating refrigerant in order of the compressor, the outdoor heat exchanger, the expansion valve, and the indoor heat exchanger, a control section is configured to perform an expansion valve refrigerant discharge control, where the compressor is driven in a state where the outdoor fan is stopped and the expansion valve is open, and the control section is configured to perform an expansion valve normal switching control, where an opening of the expansion valve is reduced and an operating frequency of the compressor is increased, after the expansion valve refrigerant discharge control characterized in that the control section is configured to perform the expansion valve refrigerant discharge control when a cooling start noise reduction condition that a state of refrigerant at inlet and outlet ports of the expansion valve is in a one-phase liquid state is satisfied when starting the cooling operation.
A kit for the detection and measurement of an element in a sample, where the measured element is an element tag attached to a specific probe complementary to a nucleic acid of interest, comprising: a complementary probe tagged with an element tag, wherein the complementary probe is a nucleic acid probe binding to a target nucleic acid of complementary sequence through complementary base pairing, wherein the element tag is a chemical moiety comprising a multitude of transition element atoms with one isotope attached to a supporting molecular structure, and wherein the element tag is distinguishable from a multitude of other element tags in the same sample because of its isotopic composition. a complementary probe tagged with an element tag, wherein the complementary probe is a nucleic acid probe binding to a target nucleic acid of complementary sequence through complementary base pairing, wherein the element tag is a chemical moiety comprising a multitude of transition element atoms with one isotope attached to a supporting molecular structure, and wherein the element tag is distinguishable from a multitude of other element tags in the same sample because of its isotopic composition.
A straining mechanism comprising: a screen mesh that is installed in a discharge port of a material; a breaker plate that supports the screen mesh and has a plurality of small openings through which the material can pass; and a backup plate that has an opening rate higher than an opening rate of the breaker plate and a lattice shape in which openings to each of which the plurality of small openings formed in the breaker plate open are formed, and is installed on a rear surface side of the breaker plate to support the breaker plate, the backup plate being configured as a separate member from the breaker plate, characterized in that the lattice shape of the backup plate is a rhombic lattice shape in which sides of a lattice dividing and forming adjacent openings are staggered so as not to be located on a straight line. a screen mesh that is installed in a discharge port of a material; a breaker plate that supports the screen mesh and has a plurality of small openings through which the material can pass; and a backup plate that has an opening rate higher than an opening rate of the breaker plate and a lattice shape in which openings to each of which the plurality of small openings formed in the breaker plate open are formed, and is installed on a rear surface side of the breaker plate to support the breaker plate, the backup plate being configured as a separate member from the breaker plate, characterized in that the lattice shape of the backup plate is a rhombic lattice shape in which sides of a lattice dividing and forming adjacent openings are staggered so as not to be located on a straight line.
A device for propelling marine vessels comprising at least a propulsion group provided with a marine propeller and a motor suitable for rotating the propeller, first movement means (170, 195, 200, 220, 225) suitable for moving the propulsion group along a translation direction which is perpendicular to an axis of rotation of the propeller, and second movement means (210, 280, 285, 310) which are suitable for moving the propulsion group about an axis that is parallel to the translation direction, wherein the first movement means comprise at least a threaded shaft exhibiting an axis of rotation which is parallel to the translation direction, a locknut which is screwed on the threaded shaft and solidly connected to the propulsion group, guide means which are coupled with the locknut such as to prevent the locknut from rotating around the threaded shaft, and activating means (220, 225) which can set the threaded shaft in rotation, wherein the locknut is connected to the propulsion group by means of a hollow cylinder which is coaxial with the threaded shaft, which hollow cylinder exhibits an end which is attached to the locknut and an opposite end which is attached to the propulsion group, characterized in that the guide means of the locknut comprise one or more rods which are arranged parallel beside the threaded shaft, each of which rods is housed in a gap between the threaded shaft and the hollow cylinder and is inserted in a respective through-hole afforded in the body of the locknut.