mhurhangee/ep-ind-claims huggingface dataset:
A cybersecurity method for detection of malware packaged within network traffic as transfer encodings, the method comprising: applying input data to a word recognizer, the word recognizer having language data compiled using a number of finite state automata; operating the word recognizer and a control logic to accept or reject a number of characters of the input data as a word; and operating the word recognizer and a control logic to discriminate between natural language text and non-linguistic text, wherein the non-linguistic text comprises binary data encoded in alphabetic sequences and intended for decoding back into binary form to produce an executable program; wherein operating the word recognizer and the control logic to discriminate between natural language text and non-linguistic text comprises: identifying a total length of a longest whitespace delimited character sequence rejected as a non-word; and rejecting the input data as containing at least some non-linguistic text responsive to determining the total length of the longest whitespace delimited character sequence rejected as a non-word is greater than a threshold. applying input data to a word recognizer, the word recognizer having language data compiled using a number of finite state automata; operating the word recognizer and a control logic to accept or reject a number of characters of the input data as a word; and operating the word recognizer and a control logic to discriminate between natural language text and non-linguistic text, wherein the non-linguistic text comprises binary data encoded in alphabetic sequences and intended for decoding back into binary form to produce an executable program; wherein operating the word recognizer and the control logic to discriminate between natural language text and non-linguistic text comprises: identifying a total length of a longest whitespace delimited character sequence rejected as a non-word; and rejecting the input data as containing at least some non-linguistic text responsive to determining the total length of the longest whitespace delimited character sequence rejected as a non-word is greater than a threshold. identifying a total length of a longest whitespace delimited character sequence rejected as a non-word; and rejecting the input data as containing at least some non-linguistic text responsive to determining the total length of the longest whitespace delimited character sequence rejected as a non-word is greater than a threshold.
Flexible bulk material container, e.g. Big-Bag or Flexible Intermediate Bulk Container, the bulk material container being made from a fabric or a film with a fillable bag for constructing a separating barrier of a flood-protection wall, wherein the bag includes at least one water-fillable stabilisation container which is designed to be watertight and can be sealed airtight in its top subregion, wherein the bag furthermore includes a bag filling region, and wherein the at least one stabilisation container is mechanically constrained and fixed with respect to the bag at the top vertical end by means of a flexible constraining element in the form of a reinforced fabric web or a thick film in order to fix position and insertion height of the least one stabilisation container in the bag, characterized in that either the constraining element limits a movement of the at least one stabilisation container by interacting with constraining tapes on the bag, or the at least one stabilisation container is formed in the shape of a truncated pyramid with a cross section which tapers upwards so that the completely filled at least one stabilisation container is gripped in the bag, thus achieving a stable erection of the bulk material container as well as high stability and lateral compressive strength due to the at least one water-filled stabilisation container.
A bicycle chain comprising: an inner link which includes a pair of inner link plates; and an outer link which includes a pair of outer link plates and a chain pin, wherein the inner link and the outer link are bendably connected by the chain pin, characterized in that the outer link plate includes an inner side surface facing the inner link in an axial direction of the chain pin and an outer side surface opposite to the inner side surface in the axial direction of the chain pin, the outer side surface of the outer link plate including a sliding region that slides on a side surface of a tooth of a sprocket, and wherein an uneven pattern (7, 9, 10, 11, 12, 13, 14) in which a plurality of irregularities is continuously arranged in a predetermined pattern is provided in the sliding region of the outer link plate for reducing a sliding resistance between the sliding region of the outer side surface of the outer link plate and the side surface of the tooth of the sprocket. an inner link which includes a pair of inner link plates; and an outer link which includes a pair of outer link plates and a chain pin, wherein the inner link and the outer link are bendably connected by the chain pin, characterized in that the outer link plate includes an inner side surface facing the inner link in an axial direction of the chain pin and an outer side surface opposite to the inner side surface in the axial direction of the chain pin, the outer side surface of the outer link plate including a sliding region that slides on a side surface of a tooth of a sprocket, and wherein an uneven pattern (7, 9, 10, 11, 12, 13, 14) in which a plurality of irregularities is continuously arranged in a predetermined pattern is provided in the sliding region of the outer link plate for reducing a sliding resistance between the sliding region of the outer side surface of the outer link plate and the side surface of the tooth of the sprocket.
A structure for a pass-through section in a fire protection compartment, comprising: a partition section with a compartment pass-through hole provided in said partition section; a pipe or the like inserted into the compartment pass-through hole provided in the partition section of the structure; a heat insulating material disposed around the pipe or the like; and a thermally expandable fire-resistant sheet (5, 50) installed between the pass-through hole and the heat insulating material; wherein the gap between the pass-through hole and the pipe or the like is sealed with the heat insulating material, the thermally expandable fire-resistant sheet (5, 50), and, optionally, a seal member, characterized in that the thermally expandable fire-resistant sheet (5, 50) consists of the following layers in the following order from the side of the heat insulating material: a metal foil layer, one or more thermally expandable resin layers, and an inorganic fiber layer preferably laminated with a metal foil. a partition section with a compartment pass-through hole provided in said partition section; a pipe or the like inserted into the compartment pass-through hole provided in the partition section of the structure; a heat insulating material disposed around the pipe or the like; and a thermally expandable fire-resistant sheet (5, 50) installed between the pass-through hole and the heat insulating material; wherein the gap between the pass-through hole and the pipe or the like is sealed with the heat insulating material, the thermally expandable fire-resistant sheet (5, 50), and, optionally, a seal member, characterized in that the thermally expandable fire-resistant sheet (5, 50) consists of the following layers in the following order from the side of the heat insulating material: a metal foil layer, one or more thermally expandable resin layers, and an inorganic fiber layer preferably laminated with a metal foil.
A collector sheet for a solar cell (2, 2A), the sheet (2, 2A) comprising: a circuit which is formed on the surface of a resin base material, and configured of a wiring section made of a metal and a non-wiring section; an insulating layer which is formed on the circuit; and a sealing material layer which is formed on the insulating layer, wherein the insulating layer is formed of an ultraviolet curable insulating agent, wherein the sealing material layer is a resin sheet having a thickness of 100 μm or more and 600 μm or less formed by using a olefin-based resin of polyethylene, and wherein the insulating layer and the sealing material layer on the wiring section are formed with a conductive recessed section where the wiring section is exposed to provide conductivity between an electrode on a non-photoreception surface side of a solar cell element and the wiring section corresponding thereto via the insulating layer and the sealing material layer, and wherein the volume resistance value as measured as an integrated composite layer of the insulating layer and the sealing material layer is no smaller than 10 7 Ω. a circuit which is formed on the surface of a resin base material, and configured of a wiring section made of a metal and a non-wiring section; an insulating layer which is formed on the circuit; and a sealing material layer which is formed on the insulating layer, wherein the insulating layer is formed of an ultraviolet curable insulating agent, wherein the sealing material layer is a resin sheet having a thickness of 100 μm or more and 600 μm or less formed by using a olefin-based resin of polyethylene, and wherein the insulating layer and the sealing material layer on the wiring section are formed with a conductive recessed section where the wiring section is exposed to provide conductivity between an electrode on a non-photoreception surface side of a solar cell element and the wiring section corresponding thereto via the insulating layer and the sealing material layer, and wherein the volume resistance value as measured as an integrated composite layer of the insulating layer and the sealing material layer is no smaller than 10 7 Ω.
A magnetic domain refining method of a grain-oriented electrical steel sheet, comprising: preparing a grain-oriented electrical steel sheet; and forming a groove on one surface of the grain-orientation electrical steel sheet by irradiating a laser in a direction intersecting with a rolling direction, wherein the forming of the groove includes forming a gradient section and forming a uniform section, in the forming of the gradient section, a laser in which an average energy density is in the range of 0.05 to 0.5 J/mm 2 is irradiated and a focal depth of the laser is more than 150 μm to 500 μm, and in the forming of the uniform section, a laser in which the average energy density is more than 0.5 J/mm 2 to 5 J/mm 2 is irradiated and the focal depth of the laser is in the range of 0 to 150 μm, and lengths of the gradient section and the uniform section satisfy Equation 1 below, wherein in the forming of the gradient section, the energy density of the laser increases to a range of 0.01 to 0.08 J/mm 2 per 1 mm toward the boundary portions of the gradient section and the uniform section from the end of the groove. 0.1 ≤ GSL / USL ≤ 0.5 In Equation 1, represents the length in mm of the gradient section and represents the length in mm of the uniform section. preparing a grain-oriented electrical steel sheet; and forming a groove on one surface of the grain-orientation electrical steel sheet by irradiating a laser in a direction intersecting with a rolling direction, wherein the forming of the groove includes forming a gradient section and forming a uniform section, in the forming of the gradient section, a laser in which an average energy density is in the range of 0.05 to 0.5 J/mm 2 is irradiated and a focal depth of the laser is more than 150 μm to 500 μm, and in the forming of the uniform section, a laser in which the average energy density is more than 0.5 J/mm 2 to 5 J/mm 2 is irradiated and the focal depth of the laser is in the range of 0 to 150 μm, and lengths of the gradient section and the uniform section satisfy Equation 1 below, wherein in the forming of the gradient section, the energy density of the laser increases to a range of 0.01 to 0.08 J/mm 2 per 1 mm toward the boundary portions of the gradient section and the uniform section from the end of the groove. 0.1 ≤ GSL / USL ≤ 0.5 In Equation 1, represents the length in mm of the gradient section and represents the length in mm of the uniform section.
A computer-implemented method for generating viable pattern-transfers for an itinerary-planning system, comprising: identifying pairs of patterns along fixed transit routes in a travel network database that are proximate one another, each of said patterns comprising a number of stops connected by pattern segments traveled in a specific order; identifying pattern-transfers between said stops along an inbound pattern of said pairs and said stops along an outbound pattern of said pairs; discarding at least one of said pattern-transfers if traveling from said inbound pattern to said outbound pattern via said at least one of said pattern-transfers is unadvantageous compared to traveling from said inbound pattern to said outbound pattern via at least one other of said pattern-transfers; and storing undiscarded pattern-transfers in storage for use by an itinerary-planning system. identifying pairs of patterns along fixed transit routes in a travel network database that are proximate one another, each of said patterns comprising a number of stops connected by pattern segments traveled in a specific order; identifying pattern-transfers between said stops along an inbound pattern of said pairs and said stops along an outbound pattern of said pairs; discarding at least one of said pattern-transfers if traveling from said inbound pattern to said outbound pattern via said at least one of said pattern-transfers is unadvantageous compared to traveling from said inbound pattern to said outbound pattern via at least one other of said pattern-transfers; and storing undiscarded pattern-transfers in storage for use by an itinerary-planning system.
An apparatus for presenting a slurry sample to an analyser, the apparatus comprising an inlet for admitting a slurry sample flow, measurement optics (31,32,33), an optical measurement opening for co-operating with the measurement optics, and a stabilizer surface facing towards the measurement opening, the stabilizer surface being adapted to form from the slurry sample flow a thin stabilized sample flow along the stabilizer surface for an optical measurement through the optical measurement opening with the measurement optics (31, 32, 33), the measurement optics comprising focusing optics, characterized in that the focusing optics is arranged to direct at least one focused laser pulse to induce a plasma in the slurry sample flow on the stabilizer surface and in that the measurement optics further comprises collecting optics (31,32,33) adapted to collect light emitted by the induced plasma and forward said light for spectrum analysis.
A tooth cleaning system, especially dental powder jet cleaning system, comprising a powder container, wherein the powder container has an inlet, in particular for compressed air, and wherein the powder container has an outlet spaced from the inlet, in particular for a powder/air mixture, and wherein the outlet communicates with a conduit system, via which a fluid, in particular a powder/air mixture formed in the powder container, can be conducted out of the powder container, and wherein a flow resistance of the inlet is configured relative to a flow resistance of the outlet and/or of the conduit system in such a way that a predetermined pressure loss across the inlet is set, wherein the inlet comprises an inlet nozzle as well as an aperture, wherein the aperture has an inlet throttle cross-section, which determines the flow resistance of the inlet, wherein the inlet comprises a first adjusting device, which is configured to regulate the pressure loss, in particular via an adjustment of the inlet throttle cross-section, and wherein the aperture is configured to be replaceable, characterized in that the inlet is configured as an insert, which is configured to be replaceable.
A method implemented by a wireless transmit receive unit, WTRU, for receiving an emergency situation notification, the method being characterized by comprising: the WTRU receiving a paging message, the paging message comprising an emergency notification that indicates that emergency information is included in updated system information; the WTRU receiving a first system information block that comprises scheduling information in response to receiving the paging message that comprises the emergency notification; and the WTRU reading a second system information block based on the scheduling information, wherein the second system information block comprises the emergency information. the WTRU receiving a paging message, the paging message comprising an emergency notification that indicates that emergency information is included in updated system information; the WTRU receiving a first system information block that comprises scheduling information in response to receiving the paging message that comprises the emergency notification; and the WTRU reading a second system information block based on the scheduling information, wherein the second system information block comprises the emergency information.
Seal ring for a mechanical face seal, having an annular metallic main body extending in an axial direction, the annular main body having on at least one axial end-face (16, 18) a layer of carbide having a face for sliding contact (22, 24), characterised in that the layer of carbide is so formed by weld hardfacing that the surface of the axial end-face (16, 18) of the annular main body is fused to carbide powder which is applied, and in that the layer of carbide is of a thickness of 0.5 to 2.5 millimetres in the axial direction.
A mobile terminal comprising: a body; a display on the body; a key button on the body to receive a user input; wherein the user input to the key button is one of at least three different levels based on pressure applied to the key button, the three different levels include a first level corresponding to no user's pressure, a second level corresponding to a maximum user's pressure, and a third level corresponds to a level between the first level and the second level; a sensing unit to sense a motion of the body; and a controller configured to: display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level. a body; a display on the body; a key button on the body to receive a user input; wherein the user input to the key button is one of at least three different levels based on pressure applied to the key button, the three different levels include a first level corresponding to no user's pressure, a second level corresponding to a maximum user's pressure, and a third level corresponds to a level between the first level and the second level; a sensing unit to sense a motion of the body; and a controller configured to: display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level. display a selection indicator that includes a selected area and change the selected area of the display based on the motion sensed by the sensing unit when the user input corresponds to the third level, and execute a function corresponding to an object indicated by the selection indicator when the user input corresponds to the second level.
A process for converting natural calcium carbonate into precipitated calcium carbonate, comprising: treating the natural calcium carbonate with a sulfate to produce a gypsum; and reacting the gypsum with at least one carbonate source to produce precipitated calcium carbonate. treating the natural calcium carbonate with a sulfate to produce a gypsum; and reacting the gypsum with at least one carbonate source to produce precipitated calcium carbonate.
Process for preparing 1,2-propanediol from propene and hydrogen peroxide comprising the steps of a) reacting propene with hydrogen peroxide in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate, wherein the reaction is carried out in a liquid mixture comprising an aqueous phase having a pH of at most 6 and an organic phase, b) separating the biphasic mixture from step a) into an aqueous phase P1 and an organic phase P2 comprising propene oxide, c) recycling the propene oxide present in the separated organic phase P2 into the reaction of step a) and d) separating 1,2-propanediol from the aqueous phase P1 separated in step b). a) reacting propene with hydrogen peroxide in the presence of a catalyst mixture comprising a phase transfer catalyst and a heteropolytungstate, wherein the reaction is carried out in a liquid mixture comprising an aqueous phase having a pH of at most 6 and an organic phase, b) separating the biphasic mixture from step a) into an aqueous phase P1 and an organic phase P2 comprising propene oxide, c) recycling the propene oxide present in the separated organic phase P2 into the reaction of step a) and d) separating 1,2-propanediol from the aqueous phase P1 separated in step b).
A computer-implemented method for image matting, the method comprising: processing a received image and associated trimap using, at least in part, a first machine learning model which outputs a predicted background comprising a predicted colour value corresponding to a region in the associated trimap indicated as having an unknown opacity; processing the received image, the associated trimap, and the predicted background using, at least in part, a second machine learning model which outputs a predicted foreground comprising a predicted colour value corresponding to the region in the associated trimap indicated as having the unknown opacity; and processing the received image, the associated trimap, the predicted background, and the predicted foreground using, at least in part, a third machine learning model which outputs an alpha matte. processing a received image and associated trimap using, at least in part, a first machine learning model which outputs a predicted background comprising a predicted colour value corresponding to a region in the associated trimap indicated as having an unknown opacity; processing the received image, the associated trimap, and the predicted background using, at least in part, a second machine learning model which outputs a predicted foreground comprising a predicted colour value corresponding to the region in the associated trimap indicated as having the unknown opacity; and processing the received image, the associated trimap, the predicted background, and the predicted foreground using, at least in part, a third machine learning model which outputs an alpha matte.
A method for controlling the torque of a heat engine equipped with a first regulator, designated idle-speed regulator, capable of generating an idling torque (Cral) intended for maintaining a predetermined set idling speed (Wral) to prevent a stalling of said heat engine, and a second regulator, designated corrective oscillation-reducing regulator capable of compensating for an oscillation in the speed of the heat engine (Wm) by applying a corrective torque (Ccor) in phase opposition with the speed of the heat engine (Wm), characterized in that in the event of simultaneous activation of the idle-speed regulator and of the corrective oscillation-reducing regulator, said method comprises the step of reducing said corrective torque (Ccor) produced by said corrective oscillation-reducing regulator without cancelling same unless there is a risk of the heat engine stalling.