mhurhangee/ep-ind-claims huggingface dataset:
A webshell detection method, comprising: obtaining first web traffic of a protected host, wherein the first web traffic is traffic generated when a web page provided by the protected host is visited during a first period; generating a web page visit record of the protected host based on the first web traffic, wherein the web page visit record is used to save at least one uniform resource locator, URL, an IP address visiting each of the at least one URL, and a total quantity of visits to each URL, and each URL identifies one web page provided by the protected host; determining a suspicious URL from the at least one URL based on the web page visit record, wherein a total quantity of visits to the suspicious URL is less than a first threshold, and a ratio of a quantity of different IP addresses visiting the suspicious URL to the total quantity of visits to the suspicious URL is less than a second threshold; and determining whether a web page identified by the suspicious URL contains a webshell signature in a webshell signature database, and detecting, based on a webshell signature determining result, whether a webshell exists in the web page identified by the suspicious URL. obtaining first web traffic of a protected host, wherein the first web traffic is traffic generated when a web page provided by the protected host is visited during a first period; generating a web page visit record of the protected host based on the first web traffic, wherein the web page visit record is used to save at least one uniform resource locator, URL, an IP address visiting each of the at least one URL, and a total quantity of visits to each URL, and each URL identifies one web page provided by the protected host; determining a suspicious URL from the at least one URL based on the web page visit record, wherein a total quantity of visits to the suspicious URL is less than a first threshold, and a ratio of a quantity of different IP addresses visiting the suspicious URL to the total quantity of visits to the suspicious URL is less than a second threshold; and determining whether a web page identified by the suspicious URL contains a webshell signature in a webshell signature database, and detecting, based on a webshell signature determining result, whether a webshell exists in the web page identified by the suspicious URL.
A terminal device (2, 2A, 2B) that communicates with a base station apparatus, the terminal device (2, 2A, 2B) comprising: a higher layer processing unit configured to interpret a received higher-layer configuration information for the terminal device (2, 2A, 2B); a reception unit configured to receive, from the base station apparatus, downlink control information, DCI, via a physical downlink control channel, PDCCH; and a signal detection unit configured to determine a modulation and coding scheme, MCS, for the terminal device based on a first parameter for a transport block 1 in the DCI where the DCI includes the first parameter for the transport block 1 and a second parameter for a transport block 2, wherein, the higher-layer configuration information indicates whether the base station apparatus instructs the terminal device (2, 2A, 2B) to perform interference cancellation and suppression, in a case where the higher-layer configuration information indicates that the base station apparatus instructs the terminal device (2, 2A, 2B) to perform the interference cancellation and suppression, the signal detection unit detects a MCS of a second terminal device that causes interference, from the second parameter for the transport block 2 in the DCI, and in a case where the higher-layer configuration information does not indicate that the base station apparatus instructs the terminal device (2, 2A, 2B) to perform the interference cancellation and suppression, the signal detection unit detects a MCS for the terminal device (2, 2A, 2B) from the second parameter for the transport block 2 in the DCI. a higher layer processing unit configured to interpret a received higher-layer configuration information for the terminal device (2, 2A, 2B); a reception unit configured to receive, from the base station apparatus, downlink control information, DCI, via a physical downlink control channel, PDCCH; and a signal detection unit configured to determine a modulation and coding scheme, MCS, for the terminal device based on a first parameter for a transport block 1 in the DCI where the DCI includes the first parameter for the transport block 1 and a second parameter for a transport block 2, wherein, the higher-layer configuration information indicates whether the base station apparatus instructs the terminal device (2, 2A, 2B) to perform interference cancellation and suppression, in a case where the higher-layer configuration information indicates that the base station apparatus instructs the terminal device (2, 2A, 2B) to perform the interference cancellation and suppression, the signal detection unit detects a MCS of a second terminal device that causes interference, from the second parameter for the transport block 2 in the DCI, and in a case where the higher-layer configuration information does not indicate that the base station apparatus instructs the terminal device (2, 2A, 2B) to perform the interference cancellation and suppression, the signal detection unit detects a MCS for the terminal device (2, 2A, 2B) from the second parameter for the transport block 2 in the DCI.
A method for recovering pulp fiber from a used sanitary product including pulp fiber and a polymer absorbent, comprising the step of: treating the used sanitary product with an ozone-containing gas to decompose and remove at least a portion of the polymer absorbent in the used sanitary product which decomposed and removed portion of the polymer absorbent is gasified and removed as carbon dioxide, wherein a product of the ozone concentration (g/m 3) of the ozone-containing gas and the treatment time (min) with the ozone-containing gas is 500 to 12,000m -3 ·g·min.
Hybrid cord for use as reinforcement in a belt bandage of a pneumatic vehicle tire comprising at least two yarns that are twisted together at the ends, at least one first yarn being a high-modulus yarn with a specified yarn fineness and a further yarn being a low-modulus yarn and this further low-modulus yarn having a lower yarn fineness than the first yarn, characterized in that the proportion of the high-modulus yarn in the hybrid cord is 85-95% by weight, in that the difference in the yarn fineness of a high-modulus yarn in comparison with the yarn fineness of the further low-modulus yarn is ≥ 800 dtex and in that the elongation at break of a high-modulus yarn lies in a range of 1%-8% and that of the low-modulus yarn lies in a range of 9%-30%.
Bicycle frame comprising a main frame element, a rear frame structure for receiving a rear wheel hub, at least one spring element arranged between the rear frame structure and the main frame element, the at least one spring means comprising an in particular bent leaf spring and a hinge arranged between the rear frame structure and the main frame element, said hinge being integrated into a seat tube of the main frame element, wherein a transmission element is provided between at least one seat stay of the rear frame structure and the hinge, characterized in that the bicycle frame further comprises at least one chain stay which is rigidly connected or integrally formed with the main frame element.
A method comprising: receiving at least one indication identifying a first carrier bundle, the first carrier bundle comprising a first plurality of carriers, the first plurality of carriers being a proper subset of the carriers configured for a user equipment, UE; and transmitting or receiving a first transport block, TB, over the first carrier bundle;wherein the at least one indication identifies a second carrier bundle including at least one carrier of the carriers configured for the UE, the method further comprising: transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier; wherein a first hybrid automatic repeat request, HARQ, process is associated with the first TB and a second HARQ process, different from the first HARQ process, is associated with the second TB. receiving at least one indication identifying a first carrier bundle, the first carrier bundle comprising a first plurality of carriers, the first plurality of carriers being a proper subset of the carriers configured for a user equipment, UE; and transmitting or receiving a first transport block, TB, over the first carrier bundle;wherein the at least one indication identifies a second carrier bundle including at least one carrier of the carriers configured for the UE, the method further comprising: transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier; transmitting or receiving a second TB over the second carrier bundle; wherein the first carrier bundle and the second carrier bundle share at least one common carrier;
A method for preparing a pre-form comprising at least two layers of fibre tows being at least partly fixed by a resin, the method comprising the steps of: - providing a work surface; - distributing a first layer of a resin onto the work surface; - distributing a first fibre layer of individual fibre tows onto the first layer of resin; - distributing a second layer of resin onto the first fibre layer; and - distributing a second fibre layer of individual fibre tows onto the second layer of resin, wherein at least one layer of fibre tows and one layer of resin are provided sequentially whereby resin is spread directly onto a fibre layer, and wherein the first layer of resin is provided on a carrier layer formed by a blank of a sheet material. - providing a work surface; - distributing a first layer of a resin onto the work surface; - distributing a first fibre layer of individual fibre tows onto the first layer of resin; - distributing a second layer of resin onto the first fibre layer; and - distributing a second fibre layer of individual fibre tows onto the second layer of resin,
A composition comprising one or more non-live influenza virus antigen(s) selected from the group consisting of whole inactivated virus, split virus, subunit influenza antigen and recombinant antigens, and an adjuvant comprising: one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant for use as an intranasally administered vaccine, wherein said vaccine is for immunization of pediatric subjects from newborn to 18 year of age against influenza for reducing virus shedding. one or more non-live influenza virus antigen(s) selected from the group consisting of whole inactivated virus, split virus, subunit influenza antigen and recombinant antigens, and an adjuvant comprising: one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant one carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), an aqueous medium, and one mono-glyceride selected from a glyceride mono-esterified with a carboxylic acid selected from the group consisting of palmitoleic acid (C16: 1), oleic acid (C18: 1) and linoleic acid (C18:2), wherein the one carboxylic acid and the one mono-glyceride is present in equimolar amounts in the adjuvant
An optical connector construction tool (100, 102) comprising: a base plate; a wedge provided to a bottom surface of the base plate, the wedge being configured to be inserted into a mechanical splicing part of an optical connector; a pair of arms (55, 57) extending from both side parts of the base plate, the arms having proximal ends for contacting both side parts; and a protrusion (59, 61) projecting from the arms (55, 57) toward the base plate, wherein the arms (55, 57) are capable of being laterally brought together, and the protrusion (59, 61) is configured to engage with the bottom surface of the base plate and deflect the base plate upward as a result of the arms (55, 57) being laterally brought together. a base plate; a wedge provided to a bottom surface of the base plate, the wedge being configured to be inserted into a mechanical splicing part of an optical connector; a pair of arms (55, 57) extending from both side parts of the base plate, the arms having proximal ends for contacting both side parts; and a protrusion (59, 61) projecting from the arms (55, 57) toward the base plate, wherein the arms (55, 57) are capable of being laterally brought together, and the protrusion (59, 61) is configured to engage with the bottom surface of the base plate and deflect the base plate upward as a result of the arms (55, 57) being laterally brought together.
A 3D human-machine interaction method, characterized in that the method comprises steps of: configuring an electronic tag with an ID for a hand; configuring a Radio Frequency, RF, electromagnetic field containing a 3D virtual human-machine interface imaging space; after the hand enters the RF electromagnetic field, acquiring information on the electronic tag on the hand; acquiring coordinates, moving velocities, moving directions, and moving tracks of a finger and/or a palm part in the 3D virtual human-machine interface imaging space according to the acquired information on the electronic tag; matching the coordinates to a control or hot spot displayed in the 3D virtual human-machine interface imaging space; determining whether a movement of the finger and/or the palm part matches a movement defined for touch control of the control or hot spot in the 3D virtual human-machine interface imaging space; and when the movement of the finger and/or the palm part matches the movement defined for touch control of the control or hot spot, triggering operation of the control or hot spot in the 3D virtual human-machine interface imaging space.
A device for use with a sample having a suspension of formed components, the device comprising: at least one sample inlet for receiving said sample with the formed components; at least one outlet; a separation material positioned along at least a first pathway between the sample inlet and the outlet wherein said separation material is configured to remove formed components from the sample that flows over the separation material prior to outputting a liquid portion at the outlet; and a distributor on one side of the separation material comprising a patterned manifold with a plurality of shorter length channels each coupled to one of a plurality of longer length channels and positioned with the separation material to define an interface that provides for propagating sample in the distributor over the separation material and propagating the sample laterally within the separation material, characterised in that multiple longer length channels are arranged to distribute the sample to shorter length intersection channels to distribute sample along various locations over the separation material; a collector on another side of the separation material comprising a plurality of capillary channels to draw said liquid portion through the separation material; and a vent fluidically coupled to the collector to allow said capillary channels to the draw said liquid portion through the separation material. at least one sample inlet for receiving said sample with the formed components; at least one outlet; a separation material positioned along at least a first pathway between the sample inlet and the outlet wherein said separation material is configured to remove formed components from the sample that flows over the separation material prior to outputting a liquid portion at the outlet; and a distributor on one side of the separation material comprising a patterned manifold with a plurality of shorter length channels each coupled to one of a plurality of longer length channels and positioned with the separation material to define an interface that provides for propagating sample in the distributor over the separation material and propagating the sample laterally within the separation material, characterised in that multiple longer length channels are arranged to distribute the sample to shorter length intersection channels to distribute sample along various locations over the separation material; a collector on another side of the separation material comprising a plurality of capillary channels to draw said liquid portion through the separation material; and a vent fluidically coupled to the collector to allow said capillary channels to the draw said liquid portion through the separation material.
A method for determining a network route from a source device (103, 205) to a target device through a computer network (100, 200), wherein the source device (103, 205) is connected to the target device via a plurality of network routes each comprising at least one route section, characterized in that at least one of the route sections is operated by at least two network operators, wherein the source device has access to network operator priority lists for at least a subset of the route sections, wherein each network operator priority list specifies quality-of-service guarantees of the network operator for an ordered number of network condition sets (105, 404), the method comprising, at the source device (103, 205): for each route section considered and each network operator priority list available for the considered route section: - sequentially processing the network operator priority list along the ordered number of network condition sets (105, 404) to determine the specified quality-of-service guarantees for combinations of network conditions that apply to requirements of the source device, - aborting the sequential processing in response to determining that a quality-of-service guarantee is determined for each combination of the network conditions that apply to the requirements of the source device (103, 205), - selecting a most suitable quality-of-service guarantee among the determined quality-of-service guarantees; determining a network route from the plurality of network routes between the source device (103, 205) to the target device on the basis of the determined quality-of-service guarantees for the route sections. for each route section considered and each network operator priority list available for the considered route section: - sequentially processing the network operator priority list along the ordered number of network condition sets (105, 404) to determine the specified quality-of-service guarantees for combinations of network conditions that apply to requirements of the source device, - aborting the sequential processing in response to determining that a quality-of-service guarantee is determined for each combination of the network conditions that apply to the requirements of the source device (103, 205), - selecting a most suitable quality-of-service guarantee among the determined quality-of-service guarantees; - sequentially processing the network operator priority list along the ordered number of network condition sets (105, 404) to determine the specified quality-of-service guarantees for combinations of network conditions that apply to requirements of the source device, - aborting the sequential processing in response to determining that a quality-of-service guarantee is determined for each combination of the network conditions that apply to the requirements of the source device (103, 205), - selecting a most suitable quality-of-service guarantee among the determined quality-of-service guarantees; determining a network route from the plurality of network routes between the source device (103, 205) to the target device on the basis of the determined quality-of-service guarantees for the route sections.
A pick up tool, comprising: a tool head, comprising: a plurality of pushers, each one of the pushers having a pusher-contacting surface; a hook portion having a hook-contacting surface with a plurality of hooks adapted to engage fibers of a pliable item, characterised in that the hook-contacting surface at least partially surrounds the plurality of pushers; and characterised in that the pick up tool comprises an actuator operable to move the pushers between a first configuration and a second configuration while the hook portion remains static, the first configuration positioning the hook-contacting surface past each pusher-contacting surface such that at least some of the plurality of hooks at least partially engage fibers of the pliable item, and the second configuration positioning each pusher-contacting surface past the hook-contacting surface such that the hooks of the hook portion are unable to engage fibers of the pliable item. a tool head, comprising: a plurality of pushers, each one of the pushers having a pusher-contacting surface; a hook portion having a hook-contacting surface with a plurality of hooks adapted to engage fibers of a pliable item, characterised in that a plurality of pushers, each one of the pushers having a pusher-contacting surface; a hook portion having a hook-contacting surface with a plurality of hooks adapted to engage fibers of a pliable item, characterised in that the hook-contacting surface at least partially surrounds the plurality of pushers; and characterised in that the pick up tool comprises an actuator operable to move the pushers between a first configuration and a second configuration while the hook portion remains static, the first configuration positioning the hook-contacting surface past each pusher-contacting surface such that at least some of the plurality of hooks at least partially engage fibers of the pliable item, and the second configuration positioning each pusher-contacting surface past the hook-contacting surface such that the hooks of the hook portion are unable to engage fibers of the pliable item.
A naturally cured fiber-cement product comprising cement and a treated cellulose wood pulp fiber, wherein the fiber has been treated with fibrillated, carboxymethyl cellulose or a carboxyethyl cellulose with a degree of substitution of from 0.01 to 0.45 and then bound to poly(diallyldimethyl ammonium) chloride, and wherein the fiber is a mixture of refined and unrefined fiber.