mhurhangee/ep-ind-claims huggingface dataset:
An optical unit intended to equip a vehicle and including a casing, delimiting a cavity housing at least one source of photons participating in at least one photometric function, and including a first peripheral edge to which there is secured a second peripheral edge of a protection glass closing said cavity, said first peripheral edge including a peripheral part that is incurved towards the rear, away from said second peripheral edge and provided, on the one hand, with at least one welding tooth welded to said second peripheral edge, characterized in that the peripheral part which is uncurved towards the rear is provided, on the other hand, in an upper portion, with a plurality of through-holes placed on the exterior of said cavity after said welding tooth and permitting the passage of elements which have come from the exterior to pass towards an external face of said casing.
Spherical particles for thermal spraying, consisting essentially of a rare earth(inclusive of yttrium)-containing compound and having a breaking strength of at least 10 MPa and an average particle diameter of 10 to 80 μm.
A smoking article comprising a tobacco substrate, the tobacco substrate comprising tobacco and having a tobacco density of 150 mg/cm 3 or less and a hardness of 60% or greater.
An optical lens comprising: a lens substrate; an antireflection film which has a configuration formed by laminating a plurality of material films having different refractive indexes and which is arranged to cover the side of one principal surface of the lens substrate; a transparent pattern formed by a light transmissive material and arranged below the antireflection film, and a hard coat film provided between the lens substrate and the antireflection film to serve as a base of the antireflection film, wherein the transparent pattern is provided on top of the hard coat film, wherein the transparent pattern is visible when viewed from the side of the one principal surface of the lens substrate wherein the refractive index of the transparent pattern is higher than the refractive indexes of the layers that sandwich the transparent pattern, and wherein the transparent pattern is formed as an island-like pattern. a lens substrate; an antireflection film which has a configuration formed by laminating a plurality of material films having different refractive indexes and which is arranged to cover the side of one principal surface of the lens substrate; a transparent pattern formed by a light transmissive material and arranged below the antireflection film, and a hard coat film provided between the lens substrate and the antireflection film to serve as a base of the antireflection film, wherein the transparent pattern is provided on top of the hard coat film, wherein the transparent pattern is visible when viewed from the side of the one principal surface of the lens substrate wherein the refractive index of the transparent pattern is higher than the refractive indexes of the layers that sandwich the transparent pattern, and wherein the transparent pattern is formed as an island-like pattern.
Electrical insulation module configured to determine at least one line of leakage (71, 72) between an electrical component and a housing receiving said electrical component; the electrical insulation module is made of an electrically insulating material and comprises: - a spacer, comprising a bottom wall and a peripheral wall, said spacer being configured to define the at least one line of leakage (71, 72) between said electrical component and said housing; wherein: • the peripheral wall follows a different direction from that of the bottom wall, an internal angle being formed between the bottom wall and the peripheral wall; and • the at least one line of leakage (71, 72) comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall; - a thermal cushion configured to be positioned between said electrical component and said spacer, said thermal cushion being configured to discharge at least a part of the heat generated in the operation of the electrical component. - a spacer, comprising a bottom wall and a peripheral wall, said spacer being configured to define the at least one line of leakage (71, 72) between said electrical component and said housing; wherein: • the peripheral wall follows a different direction from that of the bottom wall, an internal angle being formed between the bottom wall and the peripheral wall; and • the at least one line of leakage (71, 72) comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall; • the peripheral wall follows a different direction from that of the bottom wall, an internal angle being formed between the bottom wall and the peripheral wall; and • the at least one line of leakage (71, 72) comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall; - a thermal cushion configured to be positioned between said electrical component and said spacer, said thermal cushion being configured to discharge at least a part of the heat generated in the operation of the electrical component.
Fastening device with a line and a fastening element (10, 10A) and a retainer (20, 20A) which encloses the line and which has a closure (28, 28A), which retainer bears the fastening element (10, 10A), wherein the retainer (20, 20A) can be at least partially separated by way of the closure (28, 28A) in such a way that, in a premounted state, an inner region of the retainer (20, 20A) can be placed around the line, and wherein the retainer (20, 20A) can be closed by way of the closure (28, 28A) in such a way that, in a mounted state, the retainer (20, 20A) completely annularly encloses the line, wherein a fixing structure (26, 26A) is formed on the inner region of the retainer and, in the mounted state, axially fixes the retainer (20, 20A) on the line, characterized in that the fixing structure (26, 26A) takes the form of a ribbed structure (27A, 27B, 27C, 27D, 27E, 27F) with at least one radially extending rib (27.1, 27.1A) having a sharp cross section, which rib, in the mounted state, creates at least one peripheral depression in the jacket of the line that corresponds to a softened cross section of the corresponding ribbed structure, with the result that, in the mounted state, the fixing structure (26, 26A) allows a rotational movement of the retainer (20, 20A) around a longitudinal axis of the line.
A cleaning composition comprising a) a liquid salt, b) a hydrogen bond donor for the liquid salt, and c) a surfactant. a) a liquid salt, b) a hydrogen bond donor for the liquid salt, and c) a surfactant.
System for locating and containing submerged fires in an aerated and closed chamber for composting and bio-drying of waste and storage of solid flammable materials, said chamber having on the base a support surface divided longitudinally into sectors for the layered depositing of waste (1, 3, 4) by means of gantry crane buckets, said support surface being provided with evenly distributed apertures for the passage through the layer of waste (1, 3, 4) of the air aspirated from above downwards by means of ventilators and sent via a line with bio-filters before emission into the environment, wherein said system comprises: - a sensor of carbon monoxide placed on said aspiration line, designed to monitor the concentration of CO in said chamber; - jets for feeding foams on the surface of the layer of waste (1, 3, 4) when said sensor detects a concentration of CO higher than a preset threshold; - means suitable for actuating and de-actuating in sequence the ventilators of the various sectors of the chamber so as to aspirate the gas present in each individual sector of the chamber and locate in which sector the submerged fire is present on the basis of the concentration of CO detected. - a sensor of carbon monoxide placed on said aspiration line, designed to monitor the concentration of CO in said chamber; - jets for feeding foams on the surface of the layer of waste (1, 3, 4) when said sensor detects a concentration of CO higher than a preset threshold; - means suitable for actuating and de-actuating in sequence the ventilators of the various sectors of the chamber so as to aspirate the gas present in each individual sector of the chamber and locate in which sector the submerged fire is present on the basis of the concentration of CO detected.
A method for assessing farm-level performance of a wind farm, the method comprising: operating the wind farm in a first operational mode for a predetermined time period; identifying one or more pairs of wind turbines having wake interaction during the first operational mode; generating a pairwise dataset for the one or more pairs of wind turbines; generating a first wake model based on the pairwise dataset; operating the wind farm in a second operational mode and collecting operational data during the second operational mode, the second operational mode being operated at a different time period than the first operational mode; predicting a first farm-level performance parameter for the second operational mode using the first wake model and the operational data collected during the second operational mode; determining a second farm-level performance parameter during the second operational mode; and, determining a difference in the farm-level performance of the wind farm as a function of the first and second farm-level performance parameters (114, 116). operating the wind farm in a first operational mode for a predetermined time period; identifying one or more pairs of wind turbines having wake interaction during the first operational mode; generating a pairwise dataset for the one or more pairs of wind turbines; generating a first wake model based on the pairwise dataset; operating the wind farm in a second operational mode and collecting operational data during the second operational mode, the second operational mode being operated at a different time period than the first operational mode; predicting a first farm-level performance parameter for the second operational mode using the first wake model and the operational data collected during the second operational mode; determining a second farm-level performance parameter during the second operational mode; and, determining a difference in the farm-level performance of the wind farm as a function of the first and second farm-level performance parameters (114, 116).
An analytical sample preparation device, comprising: a base; an elastic connection body; a group of a synchronous unidirectional bearing inner ring and a synchronous unidirectional bearing outer ring; a group of an eccentric unidirectional bearing inner ring and an eccentric unidirectional bearing outer ring; and a synchronous fixed ring and a motor on the base, wherein the motor is positioned within a synchronous fixed ring, wherein one end of the synchronous fixed ring is fixed to the synchronous unidirectional bearing inner ring, wherein the synchronous unidirectional bearing outer ring is connected to a lower end of the elastic connection body, wherein the eccentric unidirectional bearing inner ring is connected with an eccentric shaft extending from a motor, wherein the eccentric unidirectional bearing outer ring is fixed to an eccentric shaft sleeve that is fixed to a sample plate and an upper end of the elastic connection body, wherein the eccentric shaft sleeve, the eccentric shaft, the eccentric unidirectional bearing inner ring, and the eccentric unidirectional bearing outer ring have their center of mass disposed on a line extended from the center line of the motor, wherein the eccentric unidirectional bearing inner ring and the eccentric unidirectional bearing outer ring are configured to only rotate in direction A, wherein the synchronous unidirectional bearing inner ring and the synchronous unidirectional bearing outer ring are configured to only rotate in a direction opposite to direction A. a base; an elastic connection body; a group of a synchronous unidirectional bearing inner ring and a synchronous unidirectional bearing outer ring; a group of an eccentric unidirectional bearing inner ring and an eccentric unidirectional bearing outer ring; and a synchronous fixed ring and a motor on the base, wherein the motor is positioned within a synchronous fixed ring, wherein one end of the synchronous fixed ring is fixed to the synchronous unidirectional bearing inner ring, wherein the synchronous unidirectional bearing outer ring is connected to a lower end of the elastic connection body, wherein the eccentric unidirectional bearing inner ring is connected with an eccentric shaft extending from a motor, wherein the eccentric unidirectional bearing outer ring is fixed to an eccentric shaft sleeve that is fixed to a sample plate and an upper end of the elastic connection body, wherein the eccentric shaft sleeve, the eccentric shaft, the eccentric unidirectional bearing inner ring, and the eccentric unidirectional bearing outer ring have their center of mass disposed on a line extended from the center line of the motor, wherein the eccentric unidirectional bearing inner ring and the eccentric unidirectional bearing outer ring are configured to only rotate in direction A, wherein the synchronous unidirectional bearing inner ring and the synchronous unidirectional bearing outer ring are configured to only rotate in a direction opposite to direction A.
Railway traction vehicle with four rubber wheels and with four steel rail wheels, and all eight wheels can exert traction simultaneously on the rails over which a train is hauled, characterized in that it is equipped with a passive rail guidance system consisting of the four steel rail wheels that are pushed down onto the rails by the pressure exerted by the weight of the railway traction vehicle itself and that are raised by tilting two bogies each of which contains an axle with two rubber wheels and an axle with two steel rail wheels, and each of which is fastened in a hinged way to the supporting framework.
A lens system, comprising: a tapered light guide having first and second surfaces that taper from a thick end to a thin end; characterized by a receiving face at the thin end for receiving light injected into the light guide; and a reflecting face at the thick end of the light guide for deflecting incident light back to the first and second surfaces, the deflected light exiting the first surface before reaching the receiving face, wherein the reflecting face is spherically curved according to a uniform radius of curvature and an angle formed between the first surface and the curved reflecting face is equivalent to an angle formed between the second surface and the curved reflecting face. a tapered light guide having first and second surfaces that taper from a thick end to a thin end; characterized by a receiving face at the thin end for receiving light injected into the light guide; and a reflecting face at the thick end of the light guide for deflecting incident light back to the first and second surfaces, the deflected light exiting the first surface before reaching the receiving face, wherein the reflecting face is spherically curved according to a uniform radius of curvature and an angle formed between the first surface and the curved reflecting face is equivalent to an angle formed between the second surface and the curved reflecting face.
Annealing apparatus for annealing metal plates, having a heating apparatus for heating the metal plates and an equalizing apparatus for holding the metal plates at an essentially constant temperature, characterized in that the equalizing apparatus has a stacking and transport mechanism for stacking, one on top of the other, the metal plates heated by means of the heating apparatus in the equalizing apparatus and for transporting the heated metal plates through the equalizing apparatus along a vertical direction essentially perpendicular to the principal plane of extent of the metal plates, wherein the equalizing apparatus is a passive equalizing apparatus and is designed without an active heat source for holding the metal plates at an essentially constant temperature.
A portable electronic apparatus comprising: a signal receiver configured to receive an input signal from a predetermined signal generating apparatus; a power supply configured to supply power to elements of the portable electronic apparatus including a controller; wherein the controller is configured to output an OFF signal to the power supply in order to shut off power to the elements of the portable electronic apparatus in response to the signal receiver not receiving a preset frequency signal within a predetermined period of time; and a driving circuit configured to output an ON signal to the power supply in order to supply power to the elements of the portable electronic apparatus in response to the signal receiver receiving the preset frequency signal while the controller is turned off. a signal receiver configured to receive an input signal from a predetermined signal generating apparatus; a power supply configured to supply power to elements of the portable electronic apparatus including a controller; wherein the controller is configured to output an OFF signal to the power supply in order to shut off power to the elements of the portable electronic apparatus in response to the signal receiver not receiving a preset frequency signal within a predetermined period of time; and a driving circuit configured to output an ON signal to the power supply in order to supply power to the elements of the portable electronic apparatus in response to the signal receiver receiving the preset frequency signal while the controller is turned off.
System comprising a pair of slide rail assemblies, a rack and a bracket assembly; wherein the rack includes a plurality of posts, and each slide rail assembly includes a first rail and a second rail, wherein the first rail is mountable to one of the posts (32, 200) of the rack via a bracket assembly, the bracket assembly comprising: a bracket including a side plate and an end plate substantially perpendicularly connected to the side plate; at least one mounting member mounted on the end plate of the bracket, wherein the at least one mounting member is configured to be mounted to a first hole (58a, 202) of the post (32, 200); a supporting member mounted on the end plate of the bracket wherein the supporting member includes at least a portion configured to be inserted into a second hole (58b, 204) of the post (32, 200); a threaded member configured to be mounted to a mounting hole of the supporting member wherein the mounting hole is a threaded hole configured to lock with the threaded member; and wherein the supporting member includes a first supporting portion, a second supporting portion, the first supporting portion being larger in size than the second supporting portion. a bracket including a side plate and an end plate substantially perpendicularly connected to the side plate; at least one mounting member mounted on the end plate of the bracket, wherein the at least one mounting member is configured to be mounted to a first hole (58a, 202) of the post (32, 200); a supporting member mounted on the end plate of the bracket wherein the supporting member includes at least a portion configured to be inserted into a second hole (58b, 204) of the post (32, 200); a threaded member configured to be mounted to a mounting hole of the supporting member wherein the mounting hole is a threaded hole configured to lock with the threaded member; and wherein the supporting member includes a first supporting portion, a second supporting portion, the first supporting portion being larger in size than the second supporting portion.
A method for increasing the capacity of a urea production complex, the method comprising the steps of: (a) providing an existing urea complex, said urea complex comprising a syngas production unit, an ammonia production unit and a urea production unit, which units produce respectively syngas, ammonia and urea, (b) adding to said existing urea production complex a CO 2 production unit, wherein the CO 2 production unit comprises: - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture, wherein the CO 2 removal unit is connected with the urea production unit so that the CO 2 stream obtained in the CO 2 removal unit is used as a CO 2 feed for urea production. (a) providing an existing urea complex, said urea complex comprising a syngas production unit, an ammonia production unit and a urea production unit, which units produce respectively syngas, ammonia and urea, (b) adding to said existing urea production complex a CO 2 production unit, wherein the CO 2 production unit comprises: - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture, wherein the CO 2 removal unit is connected with the urea production unit so that the CO 2 stream obtained in the CO 2 removal unit is used as a CO 2 feed for urea production. - a short contact time catalytic partial oxidation reactor (SCT-CPO reactor) provided with an inlet for a hydrocarbon feed, an inlet for an oxygen containing feed and an outlet for a first gas mixture, - a water gas shift reactor provided with an inlet for the first gas mixture and an outlet for a second gas mixture, - and a CO 2 removal unit, provided with an inlet for the second gas mixture, an outlet for a CO 2 stream and an outlet for a hydrogen containing stream, wherein CO 2 is separated from the second gas mixture,