mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a phishing website comprising: a. providing a computer system having an operating system, a database system and a communication system for controlling communications through the Internet, b. transmitting a communication containing a plurality of suspected phishing urls to the computer system, c. retrieving website content files for each suspected phishing url of the plurality of phishing urls, the website content files including structural components, d. preprocessing the website content files thereby producing normalized website content file sets for each of the plurality of suspected phishing urls, e. creating an abstract syntax tree for each of the normalized website content file sets, f. calculating a hash value for each structural component of each of the normalized website content file sets and constructing a hash value set there from for each normalized website content file set, g. selecting a first hash value from a first hash value set and comparing the first hash value to hash values of structural components of known phishing websites to locate a matching hash value, h. if a matching hash value is located, comparing the first hash value set to a hash value set of the matching hash value and creating a similarity score, and i. if the similarity score meets or exceeds a predetermined threshold, designating a suspected url from which the first hash value was derived as a phishing website. a. providing a computer system having an operating system, a database system and a communication system for controlling communications through the Internet, b. transmitting a communication containing a plurality of suspected phishing urls to the computer system, c. retrieving website content files for each suspected phishing url of the plurality of phishing urls, the website content files including structural components, d. preprocessing the website content files thereby producing normalized website content file sets for each of the plurality of suspected phishing urls, e. creating an abstract syntax tree for each of the normalized website content file sets, f. calculating a hash value for each structural component of each of the normalized website content file sets and constructing a hash value set there from for each normalized website content file set, g. selecting a first hash value from a first hash value set and comparing the first hash value to hash values of structural components of known phishing websites to locate a matching hash value, h. if a matching hash value is located, comparing the first hash value set to a hash value set of the matching hash value and creating a similarity score, and i. if the similarity score meets or exceeds a predetermined threshold, designating a suspected url from which the first hash value was derived as a phishing website.
Method for self-calibration of a device for measuring speed of a vehicle from images acquired by at least one camera of said device, said method comprising the following steps: - a step of measurement of the speed of a vehicle by means of said device, - a step of measurement of the speed of said same vehicle by means of another speed measuring device distinct from the speed measuring device, - a step of comparison of the speeds respectively measured in the preceding steps, - a step of calibration of said device as a function of the result of said comparison step, characterized in that it further comprises: - a step of obtaining of a group of sets of calibration parameters of the camera of said speed measuring device, each set of calibration parameters defining a projection of a three-dimensional space within which the vehicles are travelling towards an image plane of said camera, - said step of measuring speed by means of said device calculating the speed of said vehicle for each of the sets of calibration parameters, - said comparison step being a step of calculation of an error for each set of calibration parameters between the speed thus calculated and the speed measured by means of said speed measuring device, - said calibration step being a step of selection of the set of calibration parameters for which the error thus calculated is the lowest. - a step of measurement of the speed of a vehicle by means of said device, - a step of measurement of the speed of said same vehicle by means of another speed measuring device distinct from the speed measuring device, - a step of comparison of the speeds respectively measured in the preceding steps, - a step of calibration of said device as a function of the result of said comparison step, - a step of obtaining of a group of sets of calibration parameters of the camera of said speed measuring device, each set of calibration parameters defining a projection of a three-dimensional space within which the vehicles are travelling towards an image plane of said camera, - said step of measuring speed by means of said device calculating the speed of said vehicle for each of the sets of calibration parameters, - said comparison step being a step of calculation of an error for each set of calibration parameters between the speed thus calculated and the speed measured by means of said speed measuring device, - said calibration step being a step of selection of the set of calibration parameters for which the error thus calculated is the lowest.
A method of industrial copper electrorefining comprising, arranging at least one anode of copper material to be refined in contact with an industrial copper refining electrolyte solution at a temperature of 18 to 65 Celsius; arranging at least one cathode in contact with the electrolyte solution; electrically connecting the anode and cathode to an electrical source, and operating the electrical source under electrical potential controlled conditions such that during at least part of the application of the said conditions, the electrical potential at the cathode is -0.30 V to -0.55 V with respect to the copper material at the anode and the current density is at least 300 A m -2 at the cathode, thereby causing the deposition of a compact smooth layer of electrorefined copper at the cathode for a period of at least 1 minute.
Socket part for a plug of a fluid coupling, with a base body having a passage channel, with a guide sleeve arrangement (3, 4) which is anchored in the base body, is provided in the extension of the passage channel and has a push-in end lying remote from the base body, with a plunger which is provided in the guide sleeve arrangement (3, 4), extends up to the vicinity of the push-in end, carries a head in the vicinity of the push-in end and, together with the guide sleeve arrangement (3, 4), delimits an annular space which is constantly fluidically connected to the passage channel, and with retaining members which are guided into openings of the guide sleeve arrangement (3, 4), with a locking sleeve which can be moved forward and back in the axial direction between a locking position and a release position and is rotatable in the circumferential direction, with a preload spring which can axially preload the locking sleeve in the locking position and in a rotational position, wherein the base body and/or the guide sleeve arrangement (3, 4) comprises an abutment for the preload spring which at the other end acts on the locking sleeve.
Luminaire, in particular street luminaire, wallwasher or floodlight, which has a housing in which at least one or two LED modules are arranged, the LED module or modules each having a flat reflector opposite a light-emitting surface of the LED module, and an array of LEDs arranged on a side wall of the reflector surface, the LEDs defining optical axes corresponding to the main beam direction of the respective LED, the optical axes lying in one or more planes which are flat, that is at an angle of less than ±20° to the part of the reflector adjoining the side wall and the light exit surface, wherein at least one LED module contained in the luminaire is set at an angle to the light exit surface of the luminaire which is greater than or less than 0° and does not exceed ±20°.
A process comprising steps of, separating waste to produce rejects and a wet fraction by pressing the waste through perforations in an enclosed extrusion chamber, wherein the wet fraction passes through the perforations and the rejects remain in the extrusion chamber after pressing; separating the rejects into cellulosic rejects and non-cellulosic rejects; and, pyrolysing the cellulosic rejects. separating waste to produce rejects and a wet fraction by pressing the waste through perforations in an enclosed extrusion chamber, wherein the wet fraction passes through the perforations and the rejects remain in the extrusion chamber after pressing; separating the rejects into cellulosic rejects and non-cellulosic rejects; and, pyrolysing the cellulosic rejects.
A method of processing paper waste for obtaining paper fibers from a stream of paper waste, said method comprising the steps of: - obtaining a pulverized portion of said stream of paper waste, said portion comprising said paper fibers and a further component, said portion having a humidity of at most 40 wt%; - ripping apart said pulverized portion of paper waste by subjecting said portion in between at least two rotary cranks (2A, 2B, 2C, 2D) positioned adjacent to each other and arranged for counter-rotating in a mutual rotational plane; - separating said ripped portion of paper waste into a stream of said paper fibers, and a stream of said further components by slinging said portion with said at least two rotary cranks (2A, 2B, 2C, 2D) against a sieve positioned in the circumference of said rotary cranks; - separating said further components into a stream of components of low specific weight and a stream of components of high specific weight by dispersing said portion by thermal turbulence generated by said at least two rotary cranks (2A, 2B, 2C, 2D). - obtaining a pulverized portion of said stream of paper waste, said portion comprising said paper fibers and a further component, said portion having a humidity of at most 40 wt%; - ripping apart said pulverized portion of paper waste by subjecting said portion in between at least two rotary cranks (2A, 2B, 2C, 2D) positioned adjacent to each other and arranged for counter-rotating in a mutual rotational plane; - separating said ripped portion of paper waste into a stream of said paper fibers, and a stream of said further components by slinging said portion with said at least two rotary cranks (2A, 2B, 2C, 2D) against a sieve positioned in the circumference of said rotary cranks; - separating said further components into a stream of components of low specific weight and a stream of components of high specific weight by dispersing said portion by thermal turbulence generated by said at least two rotary cranks (2A, 2B, 2C, 2D).
A switch control circuit comprising: a clock generating circuit which, in operation, generates one or more periodic signals (B1, B2, B3, B4) having a predetermined cycle; a clock adjusting circuit which, in operation, generates one or more control signals (S1, S2, S3, S4) by adjusting a bias voltage of the one or more periodic signals (B1, B2, B3, B4) and changing an ON period of one or more switches (110-1, 110-2, 110-3, 110-4); and at least one switching circuit including the one or more switches (110-1, 110-2, 110-3, 110-4) that are switched to ON if respective amplitudes of the generated one or more control signals (S1, S2, S3, S4) is equal to or higher than a threshold value and that are switched to OFF if the respective amplitudes of the generated one or more control signals (S1, S2, S3, S4) is less than the threshold value, characterized in that the clock adjusting circuit includes a variable capacitor; and the clock adjusting circuit changes the ON period of at least one of the one or more switches (110-1, 110-2, 110-3, 110-4) by changing a degree of rounding of a waveform of the one or more periodic signals in accordance with a capacitance value of the variable capacitor. a clock generating circuit which, in operation, generates one or more periodic signals (B1, B2, B3, B4) having a predetermined cycle; a clock adjusting circuit which, in operation, generates one or more control signals (S1, S2, S3, S4) by adjusting a bias voltage of the one or more periodic signals (B1, B2, B3, B4) and changing an ON period of one or more switches (110-1, 110-2, 110-3, 110-4); and at least one switching circuit including the one or more switches (110-1, 110-2, 110-3, 110-4) that are switched to ON if respective amplitudes of the generated one or more control signals (S1, S2, S3, S4) is equal to or higher than a threshold value and that are switched to OFF if the respective amplitudes of the generated one or more control signals (S1, S2, S3, S4) is less than the threshold value, characterized in that the clock adjusting circuit includes a variable capacitor; and the clock adjusting circuit changes the ON period of at least one of the one or more switches (110-1, 110-2, 110-3, 110-4) by changing a degree of rounding of a waveform of the one or more periodic signals in accordance with a capacitance value of the variable capacitor.
Safety installation for the edge of a roof comprising an upright that extends essentially vertically in the use position and is equipped for joining a railing thereto and is provided at the free bottom end with a first bearing surface designed to engage on an edge of a roof or gutter from above, an arm that is jointed to said upright and extends downwards therefrom, which arm is provided at the free end with a second bearing surface, and securing means (9,13) designed to engage, together with said first bearing surface of said upright, on an edge of a roof or gutter from below and from above respectively, said securing means (9; 13) being adjustable in horizontal direction with respect to said first bearing surface, wherein said securing means comprise an auxiliary arm designed to engage from below on an edge of said roof or gutter, characterized in that said auxiliary arm, provided with one or more engagement surfaces for engaging underneath a gutter or the like, is hingedly joined to said arm and said engagement surface of said auxiliary arm is above the point at which the auxiliary arm hinges.
A method for providing an early power failure indication for an electronic device energized by an alternating current input mains voltage, comprising: applying said AC input mains voltage to a threshold detector; measuring, in accordance with an output of said threshold detector, a length of a corresponding portion of a period of said AC input mains voltage, the length measured as a count of clock pulses, said portion period occurring when, during said period portion, an instantaneous magnitude of said AC input mains voltage exceeds a threshold magnitude associated with said detector; and providing said EPF indication in response to said count being outside a range of values. applying said AC input mains voltage to a threshold detector; measuring, in accordance with an output of said threshold detector, a length of a corresponding portion of a period of said AC input mains voltage, the length measured as a count of clock pulses, said portion period occurring when, during said period portion, an instantaneous magnitude of said AC input mains voltage exceeds a threshold magnitude associated with said detector; and providing said EPF indication in response to said count being outside a range of values.
A nitrogen-containing luminescent particle, characterized in that a structure of the nitrogen-containing luminescent particle is divided into an oxygen poor zone, a transition zone, and an oxygen rich zone from a core to an outer surface of the particle depending on an increasing oxygen content, the oxygen poor zone being a nitride luminescent crystal, the transition zone being a nitroxide material, the oxygen rich zone being an oxide material or oxynitride material; the nitride luminescent crystal is (Sr x Ca 1-x-y1)AlSiN 3:y1Eu, the nitroxide material is (Sr x Ca 1-x-y1)AlSiN 3-z1 O 1.5z1:y1Eu, and the oxide material or oxynitride material is (Sr x Ca 1-x-y1)AlSiO 4.5-z2 N z2:y1Eu, wherein 0≤x≤0.99, 0.001≤y1≤0.2, 0<z1<3, 0≤z2<0.5.
Sill having an auxiliary device for reducing the barrier effect of the sill, wherein the sill - comprises, on the building inner side, an in particular horizontally extending covering profile and - comprises, on the building outer side, a sill weatherboard which is inclined and/or slopes towards the building exterior, - wherein a step is formed between the sill weatherboard and the covering profile, wherein the auxiliary device comprises - a sill grating and - means for the spaced fastening of the sill grating above the sill weatherboard, with the result that, in the mounted state, the sill grating - has its upper side extending at least substantially in the plane of the building-innerside covering profile, and - a water drainage channel is formed between the sill grating and the sill weatherboard, characterized in that the auxiliary device comprises an outer covering profile which extends, on the outer side of the building, in the longitudinal extent of the sill and which, in the mounted state, has its surface extending in the same plane as the building-inner-side covering profile and the sill grating. - comprises, on the building inner side, an in particular horizontally extending covering profile and - comprises, on the building outer side, a sill weatherboard which is inclined and/or slopes towards the building exterior, - wherein a step is formed between the sill weatherboard and the covering profile, - a sill grating and - means for the spaced fastening of the sill grating above the sill weatherboard, - has its upper side extending at least substantially in the plane of the building-innerside covering profile, and - a water drainage channel is formed between the sill grating and the sill weatherboard,
An additive for improving mechanical and flame resistant properties of halogen-free base polyolefins comprising 5-20 phr of bohmite, 5-20 phr of nanoclay, 5-20 phr of microcrystalline talc, 5-20 phr of zinc hydroxystannate, and 0.1-4 phr of a polyolefin oil, wherein the density of the polyolefin oil is 0.830 g/cm 3 or less, while the density of the base polyolefin is 0.890 g/cm 3 or greater
An air compression device, comprising: a housing in which an air compressor is stored, the air compressor being configured to generate compressed air, the housing being adapted to be mounted on a vehicle; and a filter which is mounted in a side of the housing and through which air passes, the air being sucked into the housing, wherein the filter includes a plate member having a first plate member having a first main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, and a second plate member having a second main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, characterized in that air holes are formed in each of the first main plate portion and the second main plate portion by combination of convex surface parts and the concave surface parts, and the air holes extend in a direction at an intersection angle (θ) comprised between 90° and 0° with respect to the imaginary plane, the imaginary plane perpendicularly intersecting with a width direction of the vehicle, so as to change a flow direction of the air. a housing in which an air compressor is stored, the air compressor being configured to generate compressed air, the housing being adapted to be mounted on a vehicle; and a filter which is mounted in a side of the housing and through which air passes, the air being sucked into the housing, wherein the filter includes a plate member having a first plate member having a first main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, and a second plate member having a second main plate portion having convex surface parts and concave surface parts that are alternately and continuously arranged, characterized in that air holes are formed in each of the first main plate portion and the second main plate portion by combination of convex surface parts and the concave surface parts, and the air holes extend in a direction at an intersection angle (θ) comprised between 90° and 0° with respect to the imaginary plane, the imaginary plane perpendicularly intersecting with a width direction of the vehicle, so as to change a flow direction of the air.
A method for decoding an HEVC video bitstream comprising: receiving a reference picture set, RPS, from said video bitstream; decoding a current picture using inter prediction based on said reference picture set; and storing said decoded picture to be referred for future inter prediction in a decoded picture buffer, wherein said reference picture set is decoded by using at least: (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and characterized in that said subsequent data exist for the subsequent pictures in decoding order after the current picture satisfying the condition (i) until and including the first picture in decoding order which has TemporalId value of 0 and has a NAL unit type as one of the following, TRAIL_R, TSA_R, STSA_R. receiving a reference picture set, RPS, from said video bitstream; decoding a current picture using inter prediction based on said reference picture set; and storing said decoded picture to be referred for future inter prediction in a decoded picture buffer, wherein said reference picture set is decoded by using at least: (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and characterized in that said subsequent data exist for the subsequent pictures in decoding order after the current picture satisfying the condition (i) until and including the first picture in decoding order which has TemporalId value of 0 and has a NAL unit type as one of the following, TRAIL_R, TSA_R, STSA_R.