mhurhangee/ep-ind-claims huggingface dataset:
A method for determining modified web pages, the method comprising: extracting, by a hardware processor, a plurality of malware trigger code fragments from at least one configuration file of a malicious software; creating, by the hardware processor, a verification web page by adding the plurality of malware trigger code fragments into a template page; storing, in a database, data relating to an initial state of the verification web page; opening the verification web page and identifying data relating to an opened state of the verification web page; comparing, by the hardware processor, the data relating to the initial state and the data relating to the opened state of the verification web page; and based on detected differences between the data relating to the initial state and the data relating to the opened state of the verification web page, identifying at least one modified code fragment of the verification web page, characterised in that the extracted malware trigger code fragments are known to trigger activation of known web code injection malware. extracting, by a hardware processor, a plurality of malware trigger code fragments from at least one configuration file of a malicious software; creating, by the hardware processor, a verification web page by adding the plurality of malware trigger code fragments into a template page; storing, in a database, data relating to an initial state of the verification web page; opening the verification web page and identifying data relating to an opened state of the verification web page; comparing, by the hardware processor, the data relating to the initial state and the data relating to the opened state of the verification web page; and based on detected differences between the data relating to the initial state and the data relating to the opened state of the verification web page, identifying at least one modified code fragment of the verification web page, characterised in that the extracted malware trigger code fragments are known to trigger activation of known web code injection malware.
A light-emitting jewelry piece comprising a gemstone including a crown, a girdle, a pavilion, and a gemstone a culet, the crown located in spaced-apart relation above the pavilion to locate the girdle therebetween, the pavilion located between the girdle and the culet, a light-emission system including a light-emitting shell coupled to an exterior surface of the gemstone, including at least the girdle, and configured to emit light over time in response to receiving and storing light to cause visible light to be emitted through the gemstone and viewed by a naked eye of a person when the light-emitting jewelry is in a dark environment, wherein the light-emitting shell includes a shoulder support arranged to extend radially around the girdle and a culet cover located in spaced apart-relation to the shoulder support to locate the culet between the culet cover and the shoulder support and the culet cover is configured to engage a head, characterized in that the shoulder support includes a light-emitting band having an upper portion coupled to and extending outwardly away from at least the girdle and a lower portion coupled to and extending outwardly away from at least the pavilion, wherein the lower portion extends from the upper portion toward the culet cover and terminates at a point on the pavilion so that the light-emitting band is spaced apart from the culet to allow light to enter the gemstone though the pavilion. a light-emission system including a light-emitting shell coupled to an exterior surface of the gemstone, including at least the girdle, and configured to emit light over time in response to receiving and storing light to cause visible light to be emitted through the gemstone and viewed by a naked eye of a person when the light-emitting jewelry is in a dark environment, wherein the light-emitting shell includes a shoulder support arranged to extend radially around the girdle and a culet cover located in spaced apart-relation to the shoulder support to locate the culet between the culet cover and the shoulder support and the culet cover is configured to engage a head, characterized in that the shoulder support includes a light-emitting band having an upper portion coupled to and extending outwardly away from at least the girdle and a lower portion coupled to and extending outwardly away from at least the pavilion, wherein the lower portion extends from the upper portion toward the culet cover and terminates at a point on the pavilion so that the light-emitting band is spaced apart from the culet to allow light to enter the gemstone though the pavilion.
Method for localizing a vehicle, comprising the following steps: - reading first position data values that represent a position of a surroundings feature in the surrounding area of the vehicle, wherein the first position data values are taken from a map comprising the surroundings feature; - controlling an illumination unit of the vehicle, in dependence on the read first position data values, to adapt lighting (130, 140) of the surroundings feature, wherein the illumination unit is controlled such that the surroundings feature is at least partially lit by the illumination unit such that the surroundings feature is capturable by means of at least one video sensor of the vehicle; and - determining second position data values that represent a position of the vehicle, starting from the position of the surroundings feature, the lighting (130, 140) of which is adapted by the illumination unit of the vehicle, wherein the second position data values are determined by the at least partially lit surroundings feature being captured by the at least one video sensor of the vehicle and in this way relative position data values that represent a position of the vehicle relative to the position of the captured surroundings feature being determined, which are linked to the first position data values. - reading first position data values that represent a position of a surroundings feature in the surrounding area of the vehicle, wherein the first position data values are taken from a map comprising the surroundings feature; - controlling an illumination unit of the vehicle, in dependence on the read first position data values, to adapt lighting (130, 140) of the surroundings feature, wherein the illumination unit is controlled such that the surroundings feature is at least partially lit by the illumination unit such that the surroundings feature is capturable by means of at least one video sensor of the vehicle; and - determining second position data values that represent a position of the vehicle, starting from the position of the surroundings feature, the lighting (130, 140) of which is adapted by the illumination unit of the vehicle, wherein the second position data values are determined by the at least partially lit surroundings feature being captured by the at least one video sensor of the vehicle and in this way relative position data values that represent a position of the vehicle relative to the position of the captured surroundings feature being determined, which are linked to the first position data values.
A means of application of polymer solution on a cord spinning electrode of a device for the production of nanofibers by electrostatic spinning of a polymer solution in an electrostatic field of high intensity comprising a channel for a cord electrode, which passes through a channel of the polymer solution, characterized in that mounted in the channel for a cord electrode are at least two mutually perpendicular pairs of guiding elements (1, 2), whereby the gap between the guiding elements or of the corresponding pair is smaller than the smallest dimension of the channel for the cord electrode.
A method for voice or sound activity detection for spatial audio, the method comprising: - receiving a multi-channel input that comprises two or more input channels; - producing spatial cues based on analysis of the received input channels; - detecting presence of direct source using said spatial cues; - producing a primary voice/sound activity decision on the multi-channel input; - receiving a direct source detection decision and the primary voice/sound activity decision, wherein the primary voice/sound activity decision is made on the multi-channel input; and - producing a spatial voice/sound activity decision based on the direct source detection decision and the primary voice/sound activity decision, wherein the spatial voice/sound activity decision is set active only if the direct source detection decision is active and the primary voice/sound activity decision is active, and wherein after having been activated the spatial voice/sound activity decision remains active as long as the direct source detection decision is active, even if the primary voice/sound activity decision goes inactive. - receiving a multi-channel input that comprises two or more input channels; - producing spatial cues based on analysis of the received input channels; - detecting presence of direct source using said spatial cues; - producing a primary voice/sound activity decision on the multi-channel input; - receiving a direct source detection decision and the primary voice/sound activity decision, wherein the primary voice/sound activity decision is made on the multi-channel input; and - producing a spatial voice/sound activity decision based on the direct source detection decision and the primary voice/sound activity decision, wherein the spatial voice/sound activity decision is set active only if the direct source detection decision is active and the primary voice/sound activity decision is active, and wherein after having been activated the spatial voice/sound activity decision remains active as long as the direct source detection decision is active, even if the primary voice/sound activity decision goes inactive.
System for recuperating energy for a motor vehicle equipped with an internal combustion engine, comprising a recirculation circuit for the partial recirculation of the engine exhaust gases, and comprising a first coolant circuit passing through the engine and passing through a first cooling exchanger configured to collect heat energy from the recirculation circuit, the energy recuperation system further comprising a second circuit through which there circulates a state-change fluid able to mechanically drive an output shaft of an expansion machine of the second circuit, characterized in that the first circuit comprises at least one first coupling exchanger serving as a hot source for the second circuit, and in that the system comprises a third coolant circuit comprising a second cooling exchanger able to collect heat energy from the recirculation circuit, the first circuit and the third circuit being positioned in such a way that the circulation of coolant through the first circuit and through the third circuit can be independent, the system comprising a thermostat configured to switch between a first position in which the circulations of coolant through the first circuit and the third circuit are independent of one another, and a second position in which at least some of the liquid passing through the engine also passes through the second cooling exchanger.
Aircraft comprising an aircraft wing with a trailing edge flap and a device for moving the trailing edge flap, wherein the trailing edge flap has a plurality of flap segments (4, 6, 8) which are respectively connected to each other by a hinge (38, 46, 40), and a first flap segment is moveably mounted on the wing, wherein the device comprises: - a central drive and multiple pinions (16, 18, 20) that are driven by the central drive, - multiple toothed movement elements (22, 24, 26) that are respectively engaged with an own one of the pinions (16, 18, 20), so that the central drive is able to move the toothed movement elements (22, 24, 26) by means of rotating the pinions (16, 18, 20), and - push rods each of which is respectively connected with one of the toothed movement elements (22, 24, 26) and one of the flap segments (4, 6, 8), characterized in that the movement elements (22, 24, 26) are respectively a toothed disc or a toothed rack, and the central drive comprises several transmission units functionally separated from each other, which are respectively associated with one of the flap segments (4, 6, 8), and respectively drive the associated flap segment (4, 6, 8) via an own pinion (16, 18, 20) and via a separate one of the movement elements (22, 24, 26). - a central drive and multiple pinions (16, 18, 20) that are driven by the central drive, - multiple toothed movement elements (22, 24, 26) that are respectively engaged with an own one of the pinions (16, 18, 20), so that the central drive is able to move the toothed movement elements (22, 24, 26) by means of rotating the pinions (16, 18, 20), and - push rods each of which is respectively connected with one of the toothed movement elements (22, 24, 26) and one of the flap segments (4, 6, 8),
A medical device comprising: a frame; a plurality of wheels coupled to said frame to allow said medical device to roll; an IV pole coupled to said frame; and a removably attachable IV pole topper (74, 274) coupled to said IV pole, said IV pole topper (74, 274) including a plurality of hooks defined in an endless ribbon, each of said plurality of hooks including a body and an end,wherein both said hook bodies and said hook ends are arranged to define a periphery of a circle that is coaxial with a longitudinal extent of the IV pole, characterised in that said endless ribbon includes a top edge that is continuous and a bottom edge that is interrupted in a plurality of areas adjacent to said hooks. a frame; a plurality of wheels coupled to said frame to allow said medical device to roll; an IV pole coupled to said frame; and a removably attachable IV pole topper (74, 274) coupled to said IV pole, said IV pole topper (74, 274) including a plurality of hooks defined in an endless ribbon, each of said plurality of hooks including a body and an end,wherein
A medical gel comprising: a) a gelling agent comprising etherified hydroxyethylcellulose; b) an antimicrobial agent; c) a solvent which is 1,3-propanediol; and d) water; wherein the etherified hydroxyethylcellulose is of the formula: a) a gelling agent comprising etherified hydroxyethylcellulose; b) an antimicrobial agent; c) a solvent which is 1,3-propanediol; and d) water;
A tread for a snow tire, the tread comprising a tread block and a tread kerf formed in an outer surface of the tread block of the snow tire in a depth direction (a z-axial direction) of the block in a shape of a polygonal wave extending along the outer surface of the block, the tread kerf comprising: the polygonal wave is in the shape of a trapezoidal wave extending along the outer surface of the block in an advancing direction (a x-axial direction) of the trapezoidal wave, wherein an entrance distance of the polygonal wave is less than a bottom distance of the polygonal wave such that side surfaces between an entrance and a bottom of the polygonal wave are formed as inclined surfaces, a distance between which decreases toward the entrance, wherein the entrance means a gap in the advancing direction (a x-axial direction) of the trapezoidal wave separating two consecutive trapezes of an upper portion of the trapezoidal wave on the plane of the outer surface of the block, wherein the entrance distance means the shortest distance in the advancing direction (the x-axial direction) of the trapezoidal wave separating the inclined side surfaces of the trapezoidal wave at the entrance side of the trapezoidal wave, and the bottom distance means the greatest distance in the advancing direction (the x-axial direction) of the trapezoidal wave separating the inclined side surfaces of the trapezoidal wave at a lower portion of the trapezoidal wave opposite to the entrance on the plane of the outer surface of the block, and characterized in that the trapezoidal wave is moved in the advancing direction (the x-axial direction) of the trapezoidal wave while being twisted in the depth direction (the z-axial direction) of the block. the polygonal wave is in the shape of a trapezoidal wave extending along the outer surface of the block in an advancing direction (a x-axial direction) of the trapezoidal wave, wherein an entrance distance of the polygonal wave is less than a bottom distance of the polygonal wave such that side surfaces between an entrance and a bottom of the polygonal wave are formed as inclined surfaces, a distance between which decreases toward the entrance, wherein the entrance means a gap in the advancing direction (a x-axial direction) of the trapezoidal wave separating two consecutive trapezes of an upper portion of the trapezoidal wave on the plane of the outer surface of the block, wherein the entrance distance means the shortest distance in the advancing direction (the x-axial direction) of the trapezoidal wave separating the inclined side surfaces of the trapezoidal wave at the entrance side of the trapezoidal wave, and the bottom distance means the greatest distance in the advancing direction (the x-axial direction) of the trapezoidal wave separating the inclined side surfaces of the trapezoidal wave at a lower portion of the trapezoidal wave opposite to the entrance on the plane of the outer surface of the block, and characterized in that the trapezoidal wave is moved in the advancing direction (the x-axial direction) of the trapezoidal wave while being twisted in the depth direction (the z-axial direction) of the block.
An image forming apparatus comprising a fur brush roller and an intermediate transfer belt, wherein the intermediate transfer belt is stretched over a d riving roller and a driven roller and endlessly runs between the driving roller and the driven roller, the fur brush roller is formed of a roller-like shape and ha s a foundation cloth, conductive yarns, and insulation yar ns, the fur brush roller being arranged in parallel to the dr iven roller and rotatably provided, wherein the fur brush roller is further arranged oppositely to the driven roller and making sliding contact with the intermedi ate transfer belt, wherein foundation cloth is composed of conductive fibers and provided on a roller surface, wherein the conductive yarns are formed of fibers primarily consisting of acryl, wherein the insulation yarns are formed of fibers primarily consisting of polyester which are subjected to 2000 to 3000 times of turning per 1m for heat treatment and thickened more than the conductive yarns 201B through crimp-texturizing, wherein at least in one direction, the conductive yarns and the insulation yarns are arranged to be interchanged on every other one, and pile-woven to the foundation cloth and the insulation yarns support the conductive yarns.
A wire harness comprising: a tubular sheathing member that covers at least one conduction path; and at least one path-maintaining member (25, 26, 35, 36, 45, 55) that is formed in flat plate shape corresponding to a bent part formed by bending the sheathing member, wherein a tape is wrapped around the path-maintaining member while the path-maintaining member is placed along the bent part, characterized in that the path-maintaining member includes an inner path-maintaining member (26, 36, 55) which contacts an inner bent part of the tubular sheathing member and an outer path-maintaining member (25, 35, 45) which contacts an outer bent part of the tubular sheathing member. a tubular sheathing member that covers at least one conduction path; and at least one path-maintaining member (25, 26, 35, 36, 45, 55) that is formed in flat plate shape corresponding to a bent part formed by bending the sheathing member, wherein a tape is wrapped around the path-maintaining member while the path-maintaining member is placed along the bent part, characterized in that the path-maintaining member includes an inner path-maintaining member (26, 36, 55) which contacts an inner bent part of the tubular sheathing member and an outer path-maintaining member (25, 35, 45) which contacts an outer bent part of the tubular sheathing member.
An apparatus comprising: an electronic display configured to display a user interface for an audio equalizer, the user interface comprising one or more predefined regions (211, 212, 213, 214), the one or more predefined regions arranged to form a selection plane and each region (211, 212, 213, 214) associated with a category of audio equalization; the apparatus further comprising one or more processors configured to: detect a position of a user input within the one or more predefined regions relative to a reference point; and control an amplitude of one or more frequency bandwidths and absolute amplitude of an audio signal based on the detected position of the user input within the one or more predefined region relative to the reference point to produce an audio output having audio characteristics associated with the category of audio equalization. an electronic display configured to display a user interface for an audio equalizer, the user interface comprising one or more predefined regions (211, 212, 213, 214), the one or more predefined regions arranged to form a selection plane and each region (211, 212, 213, 214) associated with a category of audio equalization; the apparatus further comprising one or more processors configured to: detect a position of a user input within the one or more predefined regions relative to a reference point; and control an amplitude of one or more frequency bandwidths and absolute amplitude of an audio signal based on the detected position of the user input within the one or more predefined region relative to the reference point to produce an audio output having audio characteristics associated with the category of audio equalization. detect a position of a user input within the one or more predefined regions relative to a reference point; and control an amplitude of one or more frequency bandwidths and absolute amplitude of an audio signal based on the detected position of the user input within the one or more predefined region relative to the reference point to produce an audio output having audio characteristics associated with the category of audio equalization.
A threaded plastic plug comprising a single-piece structure having a longitudinal axis of symmetry, and comprising a head, a body with an outer thread, and a tightening flange interposed between the head and the body, wherein the body comprises a smooth cylindrical collar preceding the start of the outer thread of the body and designed to allow automatic engagement of the thread irrespective of the relative position with which the plug is presented to the receiving thread; a structure in which the head has the shape of a tubular solid projecting from the flange in a direction parallel with the axis of the plug, and comprising an inner cavity, accessible from the outside through one end of the solid, the cavity being laterally surrounded by a non-circular surface of an annular wall and being inferiorly delimited by a closed bottom surface formed by the flange; the plug being characterised in that the wall of the tubular solid which surrounds the cavity has a variable thickness, the greater thickness being located close to the flange and completely inside the cavity.