mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting malicious elements of a tested web page , the method comprising: obtaining , by a processor , data about elements of a the tested web page from a script embedded in the tested web page, the script being configured to be executed at a user device ; generating , by the processor, at least one N-dimensional vector characterizing elements of the tested web page; retrieving, from a database , a statistical model of known malicious web page elements; for each generated N-dimensional vector, comparing , by the processor, the generated N-dimensional vector with clusters of the statistical model, the comparison including measuring distances between the generated N-dimensional vector and centers of all clusters of the statistical model; and identifying , by the processor, at least one malicious element of the tested web page based on results of the comparisons. obtaining , by a processor , data about elements of a the tested web page from a script embedded in the tested web page, the script being configured to be executed at a user device ; generating , by the processor, at least one N-dimensional vector characterizing elements of the tested web page; retrieving, from a database , a statistical model of known malicious web page elements; for each generated N-dimensional vector, comparing , by the processor, the generated N-dimensional vector with clusters of the statistical model, the comparison including measuring distances between the generated N-dimensional vector and centers of all clusters of the statistical model; and identifying , by the processor, at least one malicious element of the tested web page based on results of the comparisons.
A compressive torsion forming device for processing a processing material (O) using a first die and a second die facing each other, the compressive torsion forming device comprising: a sliding portion that has a first hydraulic chamber (R1), and is configured to slide in accordance with a change in internal pressure of the first hydraulic chamber (R1) so as to move the first die in a direction of an axis (A); a rotating table provided with the second die and rotatable about the axis (A); a table support portion provided opposite to the second die with the rotating table interposed therebetween in the direction of the axis (A); a rotational thrust bearing that rotatably supports the rotating table with respect to the table support portion , and is configured to receive a force acting on the rotating table in a direction from the second die toward the rotating table ; the compressive torsion forming device being characterized in that it further comprises a second hydraulic chamber (R2) that is provided between the rotating table and the table support portion and communicates with the first hydraulic chamber (R1), said second hydraulic chamber (R2) being configured to bear a part of a thrust load generated by the sliding of the sliding portion and applied to the rotational thrust bearing , wherein the rotational thrust bearing is configured to bear the remaining load. a sliding portion that has a first hydraulic chamber (R1), and is configured to slide in accordance with a change in internal pressure of the first hydraulic chamber (R1) so as to move the first die in a direction of an axis (A); a rotating table provided with the second die and rotatable about the axis (A); a table support portion provided opposite to the second die with the rotating table interposed therebetween in the direction of the axis (A); a rotational thrust bearing that rotatably supports the rotating table with respect to the table support portion , and is configured to receive a force acting on the rotating table in a direction from the second die toward the rotating table ; the compressive torsion forming device being characterized in that it further comprises a second hydraulic chamber (R2) that is provided between the rotating table and the table support portion and communicates with the first hydraulic chamber (R1), said second hydraulic chamber (R2) being configured to bear a part of a thrust load generated by the sliding of the sliding portion and applied to the rotational thrust bearing , wherein the rotational thrust bearing is configured to bear the remaining load.
Facility (1A; 1B; 1C; 1D; 1E) for producing and treating a gas stream, said facility including at least two treatment devices each including an exchange enclosure containing a liquid bath in its bottom, wherein each exchange enclosure includes at least one opening for discharging a gas stream, wherein each treatment device includes at least one injection conduit having at least one intake opening and at least one discharge opening , said facility further including aeraulic means , which are connected to all the discharge openings of the exchange enclosures or which are connected to all the intake openings of the injection conduits , and which, during operation, make it possible to create, by suction or blowing, simultaneously and in parallel for each treatment device , an incoming gas stream (F) coming from the outside of the exchange enclosures , wherein each injection conduit of the corresponding treatment device is designed to introduce each corresponding incoming gas stream (F) and to allow said stream to pass through the discharge opening of the injection conduit , said discharge opening of the injection conduit being designed to introduce said stream into the liquid bath contained in the bottom of the exchange enclosure , below the surface (S) of said liquid bath, and the exchange enclosure is designed to allow an outgoing gas stream (F'), treated by direct contact with said liquid bath, to rise up inside the exchange enclosure, and to discharge said outgoing gas stream out of said exchange enclosure by allowing it to pass through the discharge opening of the exchange enclosure , characterized in that the exchange enclosures communicate hydraulically with one another so that, when the aeraulic means are not operating each exchange enclosure contains, at its bottom, an initial volume (V initial ) of liquid, with an initial level (H initial ) of liquid which is identical in all the exchange enclosures .
A wearable smart device , comprising: a first ring worn on a body of a user; a first display unit disposed on an outer circumference of the first ring ; and a second ring enclosing the outer circumference of the first ring and movably coupled with the first ring , the second ring configured to selectively move to a first position (P1) covering the first display unit or a second position (P2) exposing the first display unit , characterized in that : the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position (P1); and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position (P2). a first ring worn on a body of a user; a first display unit disposed on an outer circumference of the first ring ; and a second ring enclosing the outer circumference of the first ring and movably coupled with the first ring , the second ring configured to selectively move to a first position (P1) covering the first display unit or a second position (P2) exposing the first display unit , characterized in that : the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position (P1); and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position (P2). the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position (P1); and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position (P2). a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position (P1); and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position (P2).
Fan for an aircraft engine comprising a rotor equipped with a plurality of blades made of composite material including woven fibers and a system for detecting deformations resulting from the impact of an object on said fan, at least one of said fibers of each of said blades being an optical fiber comprising at least a portion defining a Bragg grating, the fan further comprising a transmitter / receiver connected to said optical fiber and configured to send an optical signal into said optical fiber and to receive in response from said optical fiber an optical signal, and a detection module connected to said transmitter / receiver for detecting a deformation on said fan when said received optical signal has a correlation with a predetermined signature of a shock damped on a blade at a determined rotational speed, said module detection device being incorporated in an electronic unit configured to store information relating to the detected deformation, to identify the blade and to transmit said deformation and identification information to a maintenance system , the fan further comprising receiving means for receiving said deformation and identification information and analysis means for applying a modal analysis on each of said deformation information, or of resonances synchronous with the engine speed, in order to identify the modal parameters relating to each blade and to follow the evolution of said parameters in order to detect appearances of faults and their progress on the blades of said fan.
A proximal monitoring device, comprising a housing defining a volume in which a plurality of cameras are mounted that have fields that are angularly distributed around the housing, at least one of the cameras being associated with an azimuth scanning device for scanning azimuthally in a plane that is normal to a central axis of the housing, said proximal monitoring device being characterized in that the cameras are mounted in pairs on moving bracket plates for interchanging the positions of the cameras, each pair being mounted on a respective moving bracket plate, and the cameras in each pair being sensitive to mutually different wavelengths.
A method for sealing a carpule containing a liquid, said carpule comprising a body with an aperture at at least one end and including at least one sealing plug (14-1), said plug comprising at least two annular lips (11-13), for sealing said aperture after filling, said filling defining a free filling area S, the filling having left a head space in said carpule, characterised in that it consists in performing, successively, the different following steps of: a) introducing at least one rod (18-1) in parallel to an internal wall of the body of said carpule, until its end is immediately above the free filling area S of the liquid composition , contained in the body of the carpule, b) mechanically inserting said plug (14-1) in the body , along the at least one insertion rod (18-1), generating at least one channel C, the air of the head space being discharged between said plug and said rod, c) removing said at least one rod (18-1) by leaving said plug in place at the insertion level of the previous step. a) introducing at least one rod (18-1) in parallel to an internal wall of the body of said carpule, until its end is immediately above the free filling area S of the liquid composition , contained in the body of the carpule, b) mechanically inserting said plug (14-1) in the body , along the at least one insertion rod (18-1), generating at least one channel C, the air of the head space being discharged between said plug and said rod, c) removing said at least one rod (18-1) by leaving said plug in place at the insertion level of the previous step.
An interference filter, comprising: - a substrate (SB), - a filter stack (FS) comprising alternating layers of optical coatings with different refractive indices arranged on the substrate (SB), and - at least one absorption layer (AL) of an optically absorbing material arranged on the substrate (SB), wherein - the layers of optical coatings are characterized by an overall transmission spectrum and an overall reflection spectrum that are coupled, - the overall transmission spectrum and the overall reflection spectrum are arranged to give the interference filter one of: a) a long-pass spectrum having at least one spectral cut-on wavelength, b) a short-pass spectrum having at least one spectral cut-off wavelength, or c) a band-pass filter spectrum having at least one spectral cut-off or more spectral cut-offs and/or having one spectral cut-on or more spectral cut-ons, - at least one absorption peak of the absorption spectrum of the at least one absorption layer (AL) matches said one or more cut-offs and/or one or more cut-ons, and - the at least one absorption layer (AL) has an absorption spectrum which is arranged to decouple the overall transmission spectrum and the overall reflection spectrum. - a substrate (SB), - a filter stack (FS) comprising alternating layers of optical coatings with different refractive indices arranged on the substrate (SB), and - at least one absorption layer (AL) of an optically absorbing material arranged on the substrate (SB), wherein - the layers of optical coatings are characterized by an overall transmission spectrum and an overall reflection spectrum that are coupled, - the overall transmission spectrum and the overall reflection spectrum are arranged to give the interference filter one of: a) a long-pass spectrum having at least one spectral cut-on wavelength, b) a short-pass spectrum having at least one spectral cut-off wavelength, or c) a band-pass filter spectrum having at least one spectral cut-off or more spectral cut-offs and/or having one spectral cut-on or more spectral cut-ons, a) a long-pass spectrum having at least one spectral cut-on wavelength, b) a short-pass spectrum having at least one spectral cut-off wavelength, or c) a band-pass filter spectrum having at least one spectral cut-off or more spectral cut-offs and/or having one spectral cut-on or more spectral cut-ons, - at least one absorption peak of the absorption spectrum of the at least one absorption layer (AL) matches said one or more cut-offs and/or one or more cut-ons, and - the at least one absorption layer (AL) has an absorption spectrum which is arranged to decouple the overall transmission spectrum and the overall reflection spectrum.
Method for monitoring the structural load of a carrier machine having a drilling and piling rig which is held on a leader of the carrier machine, wherein a controller of the carrier machine, taking into account the current rig configuration of the carrier machine and one or more state values, calculates the current permissible structural load of one or more subcomponents of the machine and determines therefrom at least one dynamic limit value or target value for a measurable maximum force acting on a subcomponent of the carrier machine, wherein one or more actual values corresponding to the limit values are recorded by means of sensors and monitored compared with the limit values or target values.
A melt-processable heterogeneous copolymer composition comprising two or more co-continuous phases, wherein said co-continuous phases comprise: a) from 25 to 50 weight percent of a first co-continuous phase comprising 90 to 100 weight percent of vinylidene fluoride monomer units and 0 to 10 weight percent of other fluoromonomers units, and b) from greater than 50 weight percent to 75 weight percent of a second co-continuous phase comprising from 65 to 95 weight percent of vinylidene fluoride monomer units and an effective amount of one or more comonomers selected from the group consisting of hexafluoropropylene and perfluoroalkylvinyl ether to cause the second co-continuous phase to phase separate from the first continuous phase, said second-phase copolymer comprising as the effective amount of comonomer from 5 to 35 weight percent of hexafluoropropylene monomer units, based on the total weight of said copolymer. a) from 25 to 50 weight percent of a first co-continuous phase comprising 90 to 100 weight percent of vinylidene fluoride monomer units and 0 to 10 weight percent of other fluoromonomers units, and b) from greater than 50 weight percent to 75 weight percent of a second co-continuous phase comprising from 65 to 95 weight percent of vinylidene fluoride monomer units and an effective amount of one or more comonomers selected from the group consisting of hexafluoropropylene and perfluoroalkylvinyl ether to cause the second co-continuous phase to phase separate from the first continuous phase, said second-phase copolymer comprising as the effective amount of comonomer from 5 to 35 weight percent of hexafluoropropylene monomer units, based on the total weight of said copolymer.
A method comprising: flushing a human-consumable product liquid through a fluid conduit with a flushing liquid; analyzing fluid flowing through the fluid conduit to determine a concentration of product in the fluid; and controlling the flushing liquid based on the determined concentration of the product in the fluid, further comprising comparing the determined concentration of the product to a threshold value, characterized in that the fluid is analyzed fluorometrically and in that controlling the flushing liquid based on the determined concentration of the product comprises stopping a flow of the flushing liquid when the determined concentration equals or falls below the threshold value. flushing a human-consumable product liquid through a fluid conduit with a flushing liquid; analyzing fluid flowing through the fluid conduit to determine a concentration of product in the fluid; and controlling the flushing liquid based on the determined concentration of the product in the fluid, further comprising comparing the determined concentration of the product to a threshold value, characterized in that the fluid is analyzed fluorometrically and in that controlling the flushing liquid based on the determined concentration of the product comprises stopping a flow of the flushing liquid when the determined concentration equals or falls below the threshold value.
High-intensity active composition for a pyrotechnic decoy, comprising a fuel, an oxidizer for the fuel and optionally a binder, the oxidizer being a partially fluorinated pyrene or a partially fluorinated carbon compound having a carbon chain at least 100 carbon atoms long or having repeating units that comprise carbon atoms and form a polymer, the unit comprising at least one aromatic structure or polyaromatic structure, or at least one of the carbon atoms in the carbon chain or in each of the units having at least one bonding site not occupied by a different carbon atom, with more than one bonding site of a plurality of the carbon atoms being occupied by atoms other than fluorine and than carbon, these bonding sites each being differently occupied, the other atoms comprising at least one bromine or iodine atom, and at least one hydrogen atom at bonding sites of adjacent carbon atoms.
Supply cartridge adapted for supplying a support of single portions, that presents a plurality of single dose portions adapted so as to contain an edible substance, such as for example roast and ground coffee, to a machine for preparing edible products, such as for example aromatic beverages, and comprising: - a package casing adapted so as to house said support of single portions inside thereof, and presenting a general parallelepiped-like form, or similar, presenting a width (W), a depth (D) and a height (H), and - a support of single portions provided in a strip-like form, presenting a support extension (E) and a width (L) and comprising a plurality of single dose portions containing at least one edible substance and presenting a length (C), whereby said support of single portions is provided inside of said package casing with a downstream edge in the proximity of a package corner where there is provided an exit opening, wherein said support of single portions presents a second upstream edge , characterized in that said upstream edge is provided without single dose portions along an extension that corresponds to at least one time said length (C). - a package casing adapted so as to house said support of single portions inside thereof, and presenting a general parallelepiped-like form, or similar, presenting a width (W), a depth (D) and a height (H), and - a support of single portions provided in a strip-like form, presenting a support extension (E) and a width (L) and comprising a plurality of single dose portions containing at least one edible substance and presenting a length (C), whereby said support of single portions is provided inside of said package casing with a downstream edge in the proximity of a package corner where there is provided an exit opening, wherein said support of single portions presents a second upstream edge , characterized in that said upstream edge is provided without single dose portions along an extension that corresponds to at least one time said length (C). whereby said support of single portions is provided inside of said package casing with a downstream edge in the proximity of a package corner where there is provided an exit opening, wherein said support of single portions presents a second upstream edge , characterized in that said upstream edge is provided without single dose portions along an extension that corresponds to at least one time said length (C).
A spacer for laying tiles, bricks and the like with the interposition of gaps, comprising a plate-like body which is open internally with at least one spacing protrusion that protrudes outward and from at least one of two opposite faces of said body along an arrangement that is perpendicular to the arrangement of said body , said spacing protrusion defining a width of a respective gap, characterized in that said body has at least one flat portion for placing on tiles which protrudes from opposite faces of said body , wherein said flat portion is perimetric.
A method for connecting two parts by welding, at least one of the two parts or a welding filler material used during the production of the weld connection consisting of an air-hardening steel alloy, the method comprising the following steps: - providing a joint between the parts to be connected, which joint extends between an inner side and an outer side , - welding a root layer in the region of the inner side , - welding a filling layer adjacent to the root layer , characterized by - welding at least one cover layer adjacent to the filling layer in the region of the outer side using predetermined welding parameters, a temperature in an optimization temperature range of 600°C to 1000°C being established in the region of a heat-influenced zone (Z) during the welding of the cover layer in the region of the root layer on the inner side , and thereby leading to a reduction in the hardness in the heat-influenced zone (Z) on the inner side . - providing a joint between the parts to be connected, which joint extends between an inner side and an outer side , - welding a root layer in the region of the inner side , - welding a filling layer adjacent to the root layer , characterized by - welding at least one cover layer adjacent to the filling layer in the region of the outer side using predetermined welding parameters,