mhurhangee/ep-ind-claims huggingface dataset:
A feeder station of laminar elements, in particular provided for supplying laminar elements to an introducer, it comprises: - a reception area for receiving laminar elements arranged in a group stacked one on top of the other; - turning means for rotating 180° the laminar elements coming from the reception area; and - a transfer device provided with stop means and movement means for moving in two directions perpendicular to each other, the laminar elements coming from the turning means towards an outlet area oriented in the advance direction of the introducer. characterised in that the turning means comprise a structure provided with a plurality of fork-shaped sections that are arranged in the shape of a cross, each one provided with a plurality of spikes that define a housing for the arrangement of the plurality of laminar elements, and rotation means coupled to the structure, said rotation means being associated to motor means linked to a control unit, wherein the plurality of spikes pass between the free spaces between a plurality of transport belts that form part of the movement means located in the inlet and outlet area of the tuning means. - a reception area for receiving laminar elements arranged in a group stacked one on top of the other; - turning means for rotating 180° the laminar elements coming from the reception area; and - a transfer device provided with stop means and movement means for moving in two directions perpendicular to each other, the laminar elements coming from the turning means towards an outlet area oriented in the advance direction of the introducer.
Method for the production of methane using electric energy and subsequent energy generation, which comprises the steps a) production of methane from water and soot using electric energy, b) storage of the methane, c) dissociation of the methane into hydrogen and soot, with the hydrogen being used for energy generation or, energy generation by conversion of the methane into soot and water in a cyclic bromination-oxidation process, characterized in that the soot formed in the dissociation of methane or in the cyclic bromination-oxidation process in step c) is collected and, in a renewed pass through the method, is used for methane production in step a), so that a closed carbon circuit is formed. a) production of methane from water and soot using electric energy, b) storage of the methane, c) dissociation of the methane into hydrogen and soot, with the hydrogen being used for energy generation or, energy generation by conversion of the methane into soot and water in a cyclic bromination-oxidation process,
A nitrogen oxide sensor for measuring an amount of a nitrogen oxide component contained in an external measurement gas, the nitrogen oxide sensor including a gas sensor element comprising: a sensor layer in which at least one pair of electrodes (26, 28, 34, 36, 39) are provided in a solid electrolyte (4a, 4b, 4c, 4d) for measuring an electromotive force based on a difference in an oxygen concentration between atmospheres; and a heater layer which includes a heater element with a heat generating portion and an electrically insulating layer disposed so as to enclose the heater element and which is configured to heat, by means of an electric current supplied to the heater element, at least a portion of the solid electrolyte at which the at least one pair of electrodes are provided, the sensor layer and the heater layer being laminated integrally on each other, the sensor comprising, in the sensor layer, a first space into which the external measurement gas is introduced from a gas inlet through a diffusion controlling passage (20, 24), a second space into which an atmosphere in the first space is introduced through a further diffusion controlling passage, and a reference-gas space in which a reference gas having a reference oxygen concentration is present, wherein the electric current supplied to the heater element is a pulse current and the electrically insulating layer contains at least one alkali metal oxide; characterised in that a total content of the at least one alkali metal oxide in the electrically insulating layer is in a range of 2.5-5 wt%. a sensor layer in which at least one pair of electrodes (26, 28, 34, 36, 39) are provided in a solid electrolyte (4a, 4b, 4c, 4d) for measuring an electromotive force based on a difference in an oxygen concentration between atmospheres; and a heater layer which includes a heater element with a heat generating portion and an electrically insulating layer disposed so as to enclose the heater element and which is configured to heat, by means of an electric current supplied to the heater element, at least a portion of the solid electrolyte at which the at least one pair of electrodes are provided, the sensor layer and the heater layer being laminated integrally on each other, the sensor comprising, in the sensor layer, a first space into which the external measurement gas is introduced from a gas inlet through a diffusion controlling passage (20, 24), a second space into which an atmosphere in the first space is introduced through a further diffusion controlling passage, and a reference-gas space in which a reference gas having a reference oxygen concentration is present, wherein the electric current supplied to the heater element is a pulse current and the electrically insulating layer contains at least one alkali metal oxide; characterised in that a total content of the at least one alkali metal oxide in the electrically insulating layer is in a range of 2.5-5 wt%.
A polymer film comprising: a reaction product of a prepolymer solution comprising at least one monomer including at least one functional group, and at least one crosslinker selected from bi-functionalized methacryloyl-Ala-Pro-Gly-Leu-AEE-methacrylate, wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable. a reaction product of a prepolymer solution comprising at least one monomer including at least one functional group, and at least one crosslinker selected from bi-functionalized methacryloyl-Ala-Pro-Gly-Leu-AEE-methacrylate, wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable. wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable.
An industrial packed column apparatus configured and dimensioned for processing a raw gas feedstream to remove at least a portion of an undesired component by contact with a liquid absorbent, the apparatus comprising: a. a plurality of parallel tubular members (360A, 360B, 360C, 360D) having upper and lower ends, the tubular members being aligned in a vertical parallel array to form a first bundle, one of the tubular members being configured as the final downstream member, b. each tubular member (360A, 360B, 360C, 360D) having a packed section positioned between its upper and lower ends, the packed section containing a packing material, c. each of the tubular members (360A, 360B, 360C, 360D) having a lean absorption liquid inlet positioned above the packed section and a rich absorption liquid outlet positioned below the packed section, d. each of the tubular members (360A, 360B, 360C, 360D) having a raw gas feed inlet positioned below the packed section and a treated gas outlet at the top of the tubular member above the packed section, e. each of the raw feed gas inlets connected to a raw feed gas manifold via control valves (310A, 310B, 310C, 310D) for selectively admitting the raw feed gas to one or more of the plurality of tubular members, f. each of the treated gas outlets being respectively connected via a valved conduit to a treated gas collection manifold and, with the exception of the final downstream member, to the raw gas inlet of one or more of the other tubular members (360A, 360B, 360C, 360D) in the first bundle, whereby all or a portion of a treated gas stream exiting a tubular member, with the exception of the final downstream member, can pass for further treatment to at least one of the other tubular members (360A, 360B, 360C) in the first bundle. a. a plurality of parallel tubular members (360A, 360B, 360C, 360D) having upper and lower ends, the tubular members being aligned in a vertical parallel array to form a first bundle, one of the tubular members being configured as the final downstream member, b. each tubular member (360A, 360B, 360C, 360D) having a packed section positioned between its upper and lower ends, the packed section containing a packing material, c. each of the tubular members (360A, 360B, 360C, 360D) having a lean absorption liquid inlet positioned above the packed section and a rich absorption liquid outlet positioned below the packed section, d. each of the tubular members (360A, 360B, 360C, 360D) having a raw gas feed inlet positioned below the packed section and a treated gas outlet at the top of the tubular member above the packed section, e. each of the raw feed gas inlets connected to a raw feed gas manifold via control valves (310A, 310B, 310C, 310D) for selectively admitting the raw feed gas to one or more of the plurality of tubular members, f. each of the treated gas outlets being respectively connected via a valved conduit to a treated gas collection manifold and, with the exception of the final downstream member, to the raw gas inlet of one or more of the other tubular members (360A, 360B, 360C, 360D) in the first bundle,
Multiple resonance filter as a multilayer component - comprising at least three multilayer capacitors (K1, K2, K3, K4) lying next to one another and having at least two different capacitances (C1, C2, C3), - the two outer multilayer capacitors (K1, K4) having the same capacitance, - inductors of the multiple resonance filter being formed by electrode layers of the multilayer capacitors (K1, K4), and - the electrode layers engaging in one another in a comb-like manner. - comprising at least three multilayer capacitors (K1, K2, K3, K4) lying next to one another and having at least two different capacitances (C1, C2, C3), - the two outer multilayer capacitors (K1, K4) having the same capacitance, - inductors of the multiple resonance filter being formed by electrode layers of the multilayer capacitors (K1, K4), and - the electrode layers engaging in one another in a comb-like manner.
Starter for internal combustion engine, said starter comprising: a. an electric motor; b. a starter drive assembly comprising a pinion that is mobile between a so-called free position in which this pinion is linked in rotation with said electric motor alone and a so-called meshed position in which said pinion is linked in rotation with the electric motor and the internal combustion engine; c. an electrical switch comprising a main actuator suitable, when engaged, for displacing and holding in position a means, called plunger, said plunger being linked to the displacement of the pinion, between the free position and the meshed position, by a link means, called lever; d. means linked to the plunger, called contact plate (231, 331, 831, 931), suitable for establishing an electrical power contact between the electric motor and a power source when the pinion is in the meshed position; e. characterized in that it comprises an auxiliary actuator suitable, when engaged, for opening the power contact or preventing the closure of the power contact and means (211, 212, 512) for separately controlling the main actuator and the auxiliary actuator. a. an electric motor; b. a starter drive assembly comprising a pinion that is mobile between a so-called free position in which this pinion is linked in rotation with said electric motor alone and a so-called meshed position in which said pinion is linked in rotation with the electric motor and the internal combustion engine; c. an electrical switch comprising a main actuator suitable, when engaged, for displacing and holding in position a means, called plunger, said plunger being linked to the displacement of the pinion, between the free position and the meshed position, by a link means, called lever; d. means linked to the plunger, called contact plate (231, 331, 831, 931), suitable for establishing an electrical power contact between the electric motor and a power source when the pinion is in the meshed position; e. characterized in that it comprises an auxiliary actuator suitable, when engaged, for opening the power contact or preventing the closure of the power contact and means (211, 212, 512) for separately controlling the main actuator and the auxiliary actuator.
A gas distribution arrangement, suitable for use in a heating apparatus for heating particulate material, the gas distribution arrangement including: an enclosure having a gas inlet arrangement and a gas outlet arrangement; the enclosure including an operatively upper zone, an intermediate zone and an operatively lower zone, with the gas outlet arrangement provided in the operatively lower zone; with the operatively lower zone being of a downwardly tapering, converging configuration; characterised in that the operatively lower zone comprises a plurality of discrete rings of reducing span being located at least partially below one another so as to form a stepped cone, with the gas outlet arrangement defined by vertically extending annular passages between adjacent rings of reducing span, wherein the passages are in use downwardly directed. an enclosure having a gas inlet arrangement and a gas outlet arrangement; the enclosure including an operatively upper zone, an intermediate zone and an operatively lower zone, with the gas outlet arrangement provided in the operatively lower zone; with the operatively lower zone being of a downwardly tapering, converging configuration; characterised in that the operatively lower zone comprises a plurality of discrete rings of reducing span being located at least partially below one another so as to form a stepped cone, with the gas outlet arrangement defined by vertically extending annular passages between adjacent rings of reducing span, wherein the passages are in use downwardly directed.
A polymer latex composition for dip-molding applications comprising the reaction product obtained by free-radical emulsion polymerization in aqueous medium of ethylenically unsaturated monomers comprising (a) 19.9 to 90 wt.-% of at least one aliphatic conjugated diene; (b) 9.9 to 80 wt.-% of at least one unsaturated nitrile; (c) 0.1 to 10 wt.-% of at least one ethylenically unsaturated acid; (d) 0 to 19 wt.-% of at least one aromatic vinyl compound, and (e) 0 to 20 wt.-% of at least one further ethylenically unsaturated compound different from any of compounds (a) to (d), the weight percentages being based on the total amount of monomers, wherein the emulsion polymerization is conducted in presence of a degraded polysaccharide having a DE of 2 to 90 measured according to ISO 5377. (a) 19.9 to 90 wt.-% of at least one aliphatic conjugated diene; (b) 9.9 to 80 wt.-% of at least one unsaturated nitrile; (c) 0.1 to 10 wt.-% of at least one ethylenically unsaturated acid; (d) 0 to 19 wt.-% of at least one aromatic vinyl compound, and (e) 0 to 20 wt.-% of at least one further ethylenically unsaturated compound different from any of compounds (a) to (d),
Communication method between components of a wireless short-range network for a battlefield simulation with weapons and sensors, one component being in the form of a master and the other components (AC1-AC10, SC1, SC2) being in the form of a slave, characterized in that - the other components (AC1-AC10, SC1, SC2) in the form of slaves transmit data to the master synchronously or asynchronously in an operating channel, - synchronous slaves (SC1, SC2) of the other components as weapons transmit data in time windows (T1-T10) fixedly assigned to them, and - asynchronous slaves (AC1-AC10) of the other components as sensors transmit data in an event-based manner. - the other components (AC1-AC10, SC1, SC2) in the form of slaves transmit data to the master synchronously or asynchronously in an operating channel, - synchronous slaves (SC1, SC2) of the other components as weapons transmit data in time windows (T1-T10) fixedly assigned to them, and - asynchronous slaves (AC1-AC10) of the other components as sensors transmit data in an event-based manner.
A light emitting device, comprising: a multi-element light source mounted at the base of a secondary reflector, said secondary reflector adapted to shape and direct an output light beam; and a primary reflector proximate to said light source to redirect light from said light source toward said secondary reflector, said primary reflector shaped to reflect light from said light source such that the light is spatially mixed prior to incidence on said secondary reflector, wherein said primary reflector is positioned entirely within said second reflector; a protective housing that at least partially surrounds said multi-element light source and said primary and secondary reflectors, said protective housing further providing thermal management for said light emitting device, and further comprising a tube element that surrounds said light source, said tube element extending away from the base of said secondary reflector to said primary reflector. a multi-element light source mounted at the base of a secondary reflector, said secondary reflector adapted to shape and direct an output light beam; and a primary reflector proximate to said light source to redirect light from said light source toward said secondary reflector, said primary reflector shaped to reflect light from said light source such that the light is spatially mixed prior to incidence on said secondary reflector, wherein said primary reflector is positioned entirely within said second reflector; a protective housing that at least partially surrounds said multi-element light source and said primary and secondary reflectors, said protective housing further providing thermal management for said light emitting device, and further comprising a tube element that surrounds said light source, said tube element extending away from the base of said secondary reflector to said primary reflector.
A process for the production of Ca 2 nanoparticles comprising the following operations: a. reaction in aqueous solution of calcium chloride CaCl 2 ·2H 2 O with an anionic resin in OH- form and granulometry comprised between 540 and 640 μm under stirring for a time period comprised between 0.5 and 10 minutes thereby obtaining a precipitate and a solution containing said resin; b. interruption of stirring, separation of the precipitated resin after interruption of stirring and obtaining a suspension of Ca 2 nanoparticles with granulometry comprised between 40 and 80 nm. a. reaction in aqueous solution of calcium chloride CaCl 2 ·2H 2 O with an anionic resin in OH- form and granulometry comprised between 540 and 640 μm under stirring for a time period comprised between 0.5 and 10 minutes thereby obtaining a precipitate and a solution containing said resin; b. interruption of stirring, separation of the precipitated resin after interruption of stirring and obtaining a suspension of Ca 2 nanoparticles with granulometry comprised between 40 and 80 nm.
A sensing system for sensing the condition of an object, the system comprising a transducer arranged to generate pressure waves directed at the object, detection means arranged to detect cavitation in the object, and processing means arranged to receive detection signals from the detection means, to process the detection signals to measure a signal parameter of the detection signals that varies with a parameter of the object, and to generate a sensor output that varies in response to changes in the signal parameter, characterised in that the processing means has stored therein a relationship between the signal parameter and the parameter of the object and either: the parameter of the object is temperature, and the signal parameter is arranged to vary with the level of cavitation activity in the object; or the processing means is arranged to determine a cavitation threshold pressure from the signal parameter, and the parameter of the object is a viscoelastic parameter; or the signal parameter is a parameter of the frequency content of the detection signals, and the parameter of the object is a viscoelastic parameter; or the parameter of the detection signals is a parameter of the spectral content of the detection signals, and the parameter of the object is the presence of lesions.
A reinforced fabric comprising a plurality of substantially parallel metal reinforcing elements extending in a main direction, arranged in a transverse direction perpendicular to the main direction at a laying pitch p expressed in mm, embedded in an elastomer composition based on at least one elastomer, a reinforcing filler, and a crosslinking system, each metal reinforcing element having, in a plane perpendicular to the main direction, a cross-section inscribed in a rectangle of length W and height T and having a breaking strength R F expressed in MPa and measured in accordance with ISO 6892:1984, said fabric having a breaking force expressed in N/mm equal to R n, wherein the laying pitch of the metal reinforcing elements is p≥ 0.8. R F /R n.(a-1+π/4).T 2, where a=W/T and 1/a ranges from 0.35 to 0.75.