mhurhangee/ep-ind-claims huggingface dataset:
A phishing site detection device, comprising: a phishing kit acquisition module configured to acquire a phishing kit that is a tool for constructing a phishing site; a phishing site reproduction module configured to construct a phishing site using the acquired phishing kit and reproduce actions of a phishing site; a block condition extraction module configured to extract, from the phishing kit, a condition of access sources with which an access to the phishing site constructed using the phishing kit is blocked; an access module configured to access each phishing site constructed by each phishing kit using the extracted condition of access sources, and form access result information that associates an access result regarding the phishing site and the condition of access sources used for the access to the phishing site; and a phishing site detection module configured to select a condition of access sources with which the access to the phishing site is blocked on a basis of the access result indicated in the access result information, perform processing of accessing a website that has a possibility of being a phishing site at least once, and determine, if the access to the website is blocked, that the website is a phishing site. a phishing kit acquisition module configured to acquire a phishing kit that is a tool for constructing a phishing site; a phishing site reproduction module configured to construct a phishing site using the acquired phishing kit and reproduce actions of a phishing site; a block condition extraction module configured to extract, from the phishing kit, a condition of access sources with which an access to the phishing site constructed using the phishing kit is blocked; an access module configured to access each phishing site constructed by each phishing kit using the extracted condition of access sources, and form access result information that associates an access result regarding the phishing site and the condition of access sources used for the access to the phishing site; and a phishing site detection module configured to select a condition of access sources with which the access to the phishing site is blocked on a basis of the access result indicated in the access result information, perform processing of accessing a website that has a possibility of being a phishing site at least once, and determine, if the access to the website is blocked, that the website is a phishing site.
Garment adapted to be associated with an inflatable element for the protection of a user, wherein said garment includes at least a first garment portion and a second garment portion adapted to be connected to said first garment portion, wherein said first garment portion defines a covering surface adapted to cover said inflatable element, and wherein the first portion of the garment extends over an entire chest region of the user so as to act as a continuous covering surface of a front portion of the inflatable element, characterised in that said first garment portion and said second garment portion are two front flaps of the garment adapted to be connected together on the chest of a user and wherein the second garment portion, in a condition of connection with the first garment portion, is adapted to overlap partly the first garment portion and be arranged over a part of said inflatable element.
A method for processing service data in an optical transport network, OTN, the method comprising: (S701, S801) mapping low-rate service data into a first data frame, wherein the first data frame comprises an overhead area and a payload area, the payload area is used to carry the low-rate service data, a quantity of bytes in the payload area in the first data frame is not greater than 1.25 times a quantity of bytes in a frame structure of the low-rate service data, the overhead area is used to carry information used for management and maintenance of the low-rate service data, a rate of the payload area in the first data frame is not less than a rate of the low-rate service data, and the rate of the low-rate service data is less than 1 Gbps; (S702, S802) mapping the first data frame into one or more micro slots in a second data frame, wherein a rate of each micro slot of the one or more micro slots is not greater than 100 Mbps; (S703, S803) mapping the second data frame into an optical transport unit, OTU, frame; and (S704, S804) sending the OTU frame. (S701, S801) mapping low-rate service data into a first data frame, wherein the first data frame comprises an overhead area and a payload area, the payload area is used to carry the low-rate service data, a quantity of bytes in the payload area in the first data frame is not greater than 1.25 times a quantity of bytes in a frame structure of the low-rate service data, the overhead area is used to carry information used for management and maintenance of the low-rate service data, a rate of the payload area in the first data frame is not less than a rate of the low-rate service data, and the rate of the low-rate service data is less than 1 Gbps; (S702, S802) mapping the first data frame into one or more micro slots in a second data frame, wherein a rate of each micro slot of the one or more micro slots is not greater than 100 Mbps; (S703, S803) mapping the second data frame into an optical transport unit, OTU, frame; and (S704, S804) sending the OTU frame.
A composition comprising separately by weight: a) from 20% to 70% of non-gelatinized starch, b) from 5% to 40% of native rice flour, c) from 5% to 30% of high amylose corn starch, and d) from 10% to 40% of flour or starch, which has been heat moisture treated or thermally inhibited, wherein the non-gelatinized starch is potato starch, corn starch, tapioca starch, or any mixtures thereof, wherein the flour or starch, which has been heat moisture treated or thermally inhibited is heat moisture treated rice flour, thermally inhibited waxy rice starch, thermally inhibited sorghum flour, heat moisture treated or thermally inhibited waxy wheat flour, or any mixtures thereof and wherein the composition is dextrin free. a) from 20% to 70% of non-gelatinized starch, b) from 5% to 40% of native rice flour, c) from 5% to 30% of high amylose corn starch, and d) from 10% to 40% of flour or starch, which has been heat moisture treated or thermally inhibited, wherein the non-gelatinized starch is potato starch, corn starch, tapioca starch, or any mixtures thereof, wherein the flour or starch, which has been heat moisture treated or thermally inhibited is heat moisture treated rice flour, thermally inhibited waxy rice starch, thermally inhibited sorghum flour, heat moisture treated or thermally inhibited waxy wheat flour, or any mixtures thereof and wherein the composition is dextrin free.
Gas cooking appliance comprising at least one gas burner, a manual regulating valve for each gas burner for regulating the gas flow reaching the burner from a gas line, said regulating valve comprising a manual actuator movable in a range of actuation, the gas flow rate being changed through the regulating valve when the manual actuator is moved in the range of actuation, at least one ON-OFF type electromagnetic gas valve fluidically communicating the regulating valve and the burner, a control unit controlling the electromagnetic valve, at least one temperature sensor electrically connected to the control unit to measure a temperature related to a cooking process in the burner, and a cooking program selector electrically connected to the control unit and mechanically coupled to the actuator, such that when the actuator is moved in the range of actuation, each selected cooking program is associated with a specific gas flow rate supplied by the regulating valve, characterized in that the program selector comprises cooking programs without temperature regulation which can be selected by the user with the help of visual indicators, these cooking programs corresponding with a plurality of first angular positions of the program selector in the range of actuation, said first angular positions of cooking programs corresponding to specific gas flow rates supplied by the regulating valve, and cooking programs with temperature regulation for carrying out the corresponding cooking process, which can be selected by the user with the help of the visual indicators, these cooking programs corresponding with a plurality of second angular positions of the program selector in the range of actuation, said second angular positions of the cooking programs corresponding with specific gas flow rates supplied by the regulating valve, the control unit acting on the electromagnetic valve depending on the selected cooking program with temperature regulation.
A method for manufacturing a brake disc, comprising the steps of: - providing at least one sheet of predefined thickness; - blanking a first disc-shaped portion in at least one sheet adapted to make a first plate of a ventilated braking band; - blanking a second disc-shaped portion in at least one sheet adapted to make a second plate of said ventilated braking band; - blanking a third portion in at least one sheet adapted to make at least one ventilation spacer for said ventilated braking band; - drawing said third portion by shaping, along a circular path along said third portion, first and second protrusions (9, 10), forming opposite first and second recesses (11, 12) adapted to make ventilation channels for said ventilated braking band; characterized in that - the further step of stamping and/or drawing of punctiform portions or bosses in said first and/or second disc-shaped portion (2, 5) and/or ventilation spacer is provided either at the same time or subsequently to said blanking to form recesses and/or raised portions suited for localized and/or spot welding; - connecting said first disc-shaped portion adapted to make a first plate to said first protrusions by means of discontinuous weld spots at said bosses; - connecting said second disc-shaped portion adapted to make a second plate to said second protrusions by means of discontinuous weld spots at said bosses. - providing at least one sheet of predefined thickness; - blanking a first disc-shaped portion in at least one sheet adapted to make a first plate of a ventilated braking band; - blanking a second disc-shaped portion in at least one sheet adapted to make a second plate of said ventilated braking band; - blanking a third portion in at least one sheet adapted to make at least one ventilation spacer for said ventilated braking band; - drawing said third portion by shaping, along a circular path along said third portion, first and second protrusions (9, 10), forming opposite first and second recesses (11, 12) adapted to make ventilation channels for said ventilated braking band; characterized in that - the further step of stamping and/or drawing of punctiform portions or bosses in said first and/or second disc-shaped portion (2, 5) and/or ventilation spacer is provided either at the same time or subsequently to said blanking to form recesses and/or raised portions suited for localized and/or spot welding; - connecting said first disc-shaped portion adapted to make a first plate to said first protrusions by means of discontinuous weld spots at said bosses; - connecting said second disc-shaped portion adapted to make a second plate to said second protrusions by means of discontinuous weld spots at said bosses.
A Ni based forged alloy having a composition containing, on the basis of mass percent: Al: 0.5 to 1.0%, Cr: 17 to 21%, Fe: 17 to 19%, Nb: 4.5 to 5.5%, Ti: 0.8 to 1.3%, W: 3.0 to 6.0%, B: 0.001 to 0.03%, C: 0.006 to 0.015%, and Mo: 1.0% or less, the balance being Ni and inevitable impurities, the alloy including carbide grains of the contained elements, wherein the carbide grains have an average grain diameter of 20 μm or less, wherein the carbide grains having an average grain diameter of 20 μm or less comprise NbC grains. Al: 0.5 to 1.0%, Cr: 17 to 21%, Fe: 17 to 19%, Nb: 4.5 to 5.5%, Ti: 0.8 to 1.3%, W: 3.0 to 6.0%, B: 0.001 to 0.03%, C: 0.006 to 0.015%, and Mo: 1.0% or less, the balance being Ni and inevitable impurities, the alloy including carbide grains of the contained elements, wherein the carbide grains have an average grain diameter of 20 μm or less, wherein the carbide grains having an average grain diameter of 20 μm or less comprise NbC grains.
A method for producing cases with rounded corners, • wherein a cloth material is glued on at least one cover board (7a, b, c) that consists, in particular, of cardboard, • wherein the at least one cover board (7a, b, c) is placed on the oversized cloth material that is coated with glue and punched out in a star-shaped or tongue-shaped fashion in the corner regions, and • wherein the edges (10, 11 a, b, 12) of the cloth material that protrude over the lateral borders and the rounded corners of the cover board (7a, b, c) are subsequently turned over and pressed on the opposite side of the cover board (7a, b, c), characterized in • that the corner edge that protrudes in the region of a rounded corner is initially uprighted and turned over by a tool that moves from the corner toward the center of the cover board and subsequently pressed on the cover board (7a, b, c) by turn-in means (21, 22, 24) simultaneously with the turning-over and pressing-on of the lateral edge (11 a) of an adjacent lateral border, namely in one and the same station. • wherein a cloth material is glued on at least one cover board (7a, b, c) that consists, in particular, of cardboard, • wherein the at least one cover board (7a, b, c) is placed on the oversized cloth material that is coated with glue and punched out in a star-shaped or tongue-shaped fashion in the corner regions, and • wherein the edges (10, 11 a, b, 12) of the cloth material that protrude over the lateral borders and the rounded corners of the cover board (7a, b, c) are subsequently turned over and pressed on the opposite side of the cover board (7a, b, c), characterized in • that the corner edge that protrudes in the region of a rounded corner is initially uprighted and turned over by a tool that moves from the corner toward the center of the cover board and subsequently pressed on the cover board (7a, b, c) by turn-in means (21, 22, 24) simultaneously with the turning-over and pressing-on of the lateral edge (11 a) of an adjacent lateral border, namely in one and the same station.
A method for amplifying HLA DNA of interest, comprising: performing a first PCR of a raw sample comprising a set of HLA gene targets comprising the HLA DNA of interest, wherein the PCR is performed on the set of gene targets in parallel as a multiplex reaction to produce a first set of amplicons; diluting the first set of amplicons; and performing a second PCR thereon until all primers used in the second PCR reaction are consumed to produce a second set of amplicons, said second PCR reaction being independent of the amount or purity of the DNA comprising the raw sample, wherein the primers for the second PCR reaction are a set of multiple exon-specific primer pairs that target HLA DNA sequences contained within the first set of amplicons whereby the set of multiple exon-specific pairs comprise the sequences shown in SEQ ID NOS: 15-18 that target HLA-A DNA, or the sequences shown in SEQ ID NOS: 19-22 that target HLA-B DNA, or the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, or the sequences shown in SEQ ID NOS: 15-18 that target HLA-A DNA and the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, or the sequences shown in SEQ ID NOS: 19-22 that target HLA-B DNA and the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, thereby amplifying the HLA DNA in the sample to a final amplified DNA product concentration that is limited by the primer concentration in the second PCR reaction. performing a first PCR of a raw sample comprising a set of HLA gene targets comprising the HLA DNA of interest, wherein the PCR is performed on the set of gene targets in parallel as a multiplex reaction to produce a first set of amplicons; diluting the first set of amplicons; and performing a second PCR thereon until all primers used in the second PCR reaction are consumed to produce a second set of amplicons, said second PCR reaction being independent of the amount or purity of the DNA comprising the raw sample, wherein the primers for the second PCR reaction are a set of multiple exon-specific primer pairs that target HLA DNA sequences contained within the first set of amplicons whereby the set of multiple exon-specific pairs comprise the sequences shown in SEQ ID NOS: 15-18 that target HLA-A DNA, or the sequences shown in SEQ ID NOS: 19-22 that target HLA-B DNA, or the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, or the sequences shown in SEQ ID NOS: 15-18 that target HLA-A DNA and the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, or the sequences shown in SEQ ID NOS: 19-22 that target HLA-B DNA and the sequences shown in SEQ ID NOS: 23-27 that target HLA-DRB1 DNA, thereby amplifying the HLA DNA in the sample to a final amplified DNA product concentration that is limited by the primer concentration in the second PCR reaction.
A wireless power receiver comprising: a resonant circuit configured to receive electromagnetic waves from a wireless power transmitter and output alternate current, AC, power; a rectifier configured to rectify the AC power received from the resonant circuit into direct current, DC, power; a DC/DC converter configured to convert the rectified DC power received from the rectifier and output the converted DC power; a battery; a charger configured to charge the battery with the converted DC power; and a controller; characterized in that: the controller is configured to, upon detection of an event indicating a decrease in current at an input end of the battery, control impedance at the output end of the DC/DC converter to be kept constant by decreasing voltage at the output end of the DC/DC converter, wherein the event comprises switching of a charging mode of the battery from a constant current mode to a constant voltage mode. a resonant circuit configured to receive electromagnetic waves from a wireless power transmitter and output alternate current, AC, power; a rectifier configured to rectify the AC power received from the resonant circuit into direct current, DC, power; a DC/DC converter configured to convert the rectified DC power received from the rectifier and output the converted DC power; a battery; a charger configured to charge the battery with the converted DC power; and a controller; characterized in that: the controller is configured to, upon detection of an event indicating a decrease in current at an input end of the battery, control impedance at the output end of the DC/DC converter to be kept constant by decreasing voltage at the output end of the DC/DC converter, wherein the event comprises switching of a charging mode of the battery from a constant current mode to a constant voltage mode.
A medical rubber plug comprising: a capping portion; and a leg portion extending downward from the capping portion, wherein the medical rubber plug includes a piercing portion consisting of a first portion and a second portion, the first portion being located on the leg portion side, characterized in that the second portion is located on an upper surface side of the first portion, and the first portion and the second portion being adjacent to each other in an up/down direction, and being not adhered to each other. a capping portion; and a leg portion extending downward from the capping portion, wherein the medical rubber plug includes a piercing portion consisting of a first portion and a second portion, the first portion being located on the leg portion side, characterized in that the second portion is located on an upper surface side of the first portion, and the first portion and the second portion being adjacent to each other in an up/down direction, and being not adhered to each other.
Refrigeration appliance door for closing off a cooling chamber of a refrigeration appliance with a door panel and at least one door cover strip arranged on the edge of the door panel, wherein the door cover strip extends essentially horizontally above or below the door panel when the refrigeration appliance is established to be ready for operation and the refrigeration appliance door is attached to the refrigeration appliance, characterised in that the door panel strip has a first rib extending along the door panel strip, by means of which it engages into a groove in the door panel.
Procedure designed to determine and correct background signals in a spectrum, said spectrum comprising signals on a multitude of spectral points, characterized by the following steps: (a) Calculation of at least three functions from the signal values of the spectrum, wherein the functions are selected from the following: Moving average Variance Skewness Kurtosis Moving average with a fixed window width of 3 points Second derivative Median Maximum Minimum Difference between the maximum and minimum Quotient of the central signal value and the average value Quotient (maximum average value)/(minimum average value); (b) Assignment of probabilities P i (band) for the presence of bands for each point in each of the calculated functions; (c) Totalization of the probabilities P i (band) to form a total probability ΣP i (band) from all the calculated functions for each point; (d) Calculation of a probability P(background) for the presence of a background for each point of the spectrum from the total probability ΣP i (band) according to P background = 1 − ΣP i band wherein negative values are set to zero. (e) Calculation of a fit across the signal values for all points of the original spectrum, wherein the signal on each point is only considered with the corresponding probability for the presence of background P(background) for the fit, and (f) Subtraction of the background function determined in this way from the signal values of the original spectrum to generate a background-corrected spectrum. (a) Calculation of at least three functions from the signal values of the spectrum, wherein the functions are selected from the following: Moving average Variance Skewness Kurtosis Moving average with a fixed window width of 3 points Second derivative Median Maximum Minimum Difference between the maximum and minimum Quotient of the central signal value and the average value Quotient (maximum average value)/(minimum average value); Moving average Variance Skewness Kurtosis Moving average with a fixed window width of 3 points Second derivative Median Maximum Minimum Difference between the maximum and minimum Quotient of the central signal value and the average value Quotient (maximum average value)/(minimum average value); (b) Assignment of probabilities P i (band) for the presence of bands for each point in each of the calculated functions; (c) Totalization of the probabilities P i (band) to form a total probability ΣP i (band) from all the calculated functions for each point; (d) Calculation of a probability P(background) for the presence of a background for each point of the spectrum from the total probability ΣP i (band) according to P background = 1 − ΣP i band wherein negative values are set to zero. (e) Calculation of a fit across the signal values for all points of the original spectrum, wherein the signal on each point is only considered with the corresponding probability for the presence of background P(background) for the fit, and (f) Subtraction of the background function determined in this way from the signal values of the original spectrum to generate a background-corrected spectrum.