mhurhangee/ep-ind-claims huggingface dataset:
- Tyre with radial carcass reinforcement, comprising a crown reinforcement, itself radially topped by a tread, said tread being joined to two beads, each bead including a bead core, by means of two sidewalls, said carcass reinforcement consisting of two plies of textile reinforcement elements, a first carcass reinforcement ply being anchored in each of the beads by being turned up around the bead core so as to form a main part of the first carcass reinforcement ply extending from one bead core to the other and a turn-up of the first carcass reinforcement ply in each of the beads, the ends of said turn-ups of said first carcass reinforcement ply being radially outside the radially outermost point of the bead core in each bead, the second carcass reinforcement ply extending from one bead to the other and being radially outside the first carcass reinforcement ply in the area of the crown of the tyre, wherein, in a meridian section of said tyre, in each bead, - the axial orientation line passing through the geometric centre of the bead core has a single intersection point with the second carcass reinforcement ply, said single intersection point being axially outside the axially outermost point of the bead core, - the end of said second carcass reinforcement ply is axially inside the geometric centre of the bead core, characterized in that the distance between the end of the turn-up of the first carcass reinforcement ply and the geometric centre of the bead core is greater than the width of the bead core and less than 30 mm, the width of the bead core being defined as being equal to the diameter of the circle circumscribed at said bead core. - the axial orientation line passing through the geometric centre of the bead core has a single intersection point with the second carcass reinforcement ply, said single intersection point being axially outside the axially outermost point of the bead core, - the end of said second carcass reinforcement ply is axially inside the geometric centre of the bead core, characterized in that the distance between the end of the turn-up of the first carcass reinforcement ply and the geometric centre of the bead core is greater than the width of the bead core and less than 30 mm, the width of the bead core being defined as being equal to the diameter of the circle circumscribed at said bead core.
A galvanized steel sheet comprising a steel sheet and a galvanized coating layer formed on the steel sheet, wherein the coating layer includes an oxide layer in a surface layer, the oxide layer having an average thickness of 20 nm or more, and the oxide layer comprises Zn, O, H, S, C, P, and unavoidable impurities, and contains 50 mg/m 2 to 1000 mg/m 2 of Zn, 5 mg/m 2 to 100 mg/m 2 of S, 0.2 mg/m 2 to 40 mg/m 2 of C, and 0.2 mg/m 2 to 40 mg/m 2 of P, wherein a sulfate group, a carbonate group, a hydroxyl group, and a phosphate group exist in the oxide layer.
A human-machine interaction vehicle comprising a vehicle body and two wheels coupled with the vehicle body, wherein the vehicle body comprises: a support frame, a shaft arranged substantially perpendicular to an axis of the two wheels, a pedal rotatably connected on the support frame about the shaft, a first position sensor arranged between the pedal and the support frame, and a controller, wherein a majority of the shaft is embedded into the pedal, wherein the first position sensor is configured to detect attitude information of a user standing on the pedal, the controller is configured to drive the wheels to rotate based on the detected attitude information, and the human-machine interaction vehicle takes turns when the pedal rotates about the shaft, characterized in that the pedal is swayed about the first position sensor such that opposite ends of the pedal approach or leave from the support frame, respectively. a support frame, a shaft arranged substantially perpendicular to an axis of the two wheels, a pedal rotatably connected on the support frame about the shaft, a first position sensor arranged between the pedal and the support frame, and a controller, wherein a majority of the shaft is embedded into the pedal, wherein the first position sensor is configured to detect attitude information of a user standing on the pedal, the controller is configured to drive the wheels to rotate based on the detected attitude information, and the human-machine interaction vehicle takes turns when the pedal rotates about the shaft, characterized in that the pedal is swayed about the first position sensor such that opposite ends of the pedal approach or leave from the support frame, respectively.
Method for encrypting or decrypting a data block from a secret key, wherein the method comprises steps of: • generating a first round key ( k r) dependent on the secret key, • calculating the exclusive disjunction of the first round key ( k r) and of a first mask ((- b r)), so as to produce a first masked key ( k r '), • executing an encryption round applied to two first data L r − 1 b r R r − 1 b r dependent on the data block, by means of the first masked round key ( k r ') so as to produce two second data, L r b r R r b r, • after the step producing the first masked key k r ′, generating a second round key ( k r +1) dependent on the secret key, • calculating the exclusive disjunction of the second round key ( k r +1) and of a second mask ((- b r +1)), so as to produce a second masked key ( k r +1 '), the method being characterized by the steps of: • selecting of the first mask (( -b r)) and of the second mask ((- b r +1)) from a mask of bits all at one and a mask of all zero bits, • calculating the exclusive disjunction of one of the second data R r b r and of the first mask (( -b r)) and of the second mask ((- b r +1)), and calculating the exclusive disjunction of the other second data L r b r and of the first mask (( -b r)) and of the second mask ((- b r +1)), so as to produce two third data, L r b r + 1, R r b r + 1, • executing a following encryption round applied to two third data L r b r + 1, R r b r + 1 by means of the second masked round key ( k r +1 '). • generating a first round key ( k r) dependent on the secret key, • calculating the exclusive disjunction of the first round key ( k r) and of a first mask ((- b r)), so as to produce a first masked key ( k r '), • executing an encryption round applied to two first data L r − 1 b r R r − 1 b r dependent on the data block, by means of the first masked round key ( k r ') so as to produce two second data, L r b r R r b r, • after the step producing the first masked key k r ′, generating a second round key ( k r +1) dependent on the secret key, • calculating the exclusive disjunction of the second round key ( k r +1) and of a second mask ((- b r +1)), so as to produce a second masked key ( k r +1 '), • selecting of the first mask (( -b r)) and of the second mask ((- b r +1)) from a mask of bits all at one and a mask of all zero bits, • calculating the exclusive disjunction of one of the second data R r b r and of the first mask (( -b r)) and of the second mask ((- b r +1)), and calculating the exclusive disjunction of the other second data L r b r and of the first mask (( -b r)) and of the second mask ((- b r +1)), so as to produce two third data, L r b r + 1, R r b r + 1, • executing a following encryption round applied to two third data L r b r + 1, R r b r + 1 by means of the second masked round key ( k r +1 ').
Process for mounting a metal part in a composite material part that belongs in particular to an aircraft subassembly, whereby said metal part comprises at least one hollow portion and comprises an inside wall that is identical in shape to its outside contour, whereby said inside wall and said outside contour are separated by the thickness E of the portion, whereby said portion is pre-coated by glue C and said composite material part comprises at least one housing for receiving the inside profile that is a mirror image of the outside contour of the portion of the metal part, characterized in that the mounting process calls for ensuring an expansion δ of the inside wall of the portion that gives rise to an expansion β of its outside contour and that determines the expansion forces applied by the portion against the wall of the housing. The housing and the portion of the metal part being placed along a longitudinal axis A, nearly perpendicular to the composite material stratification p l an S in order that strains due to the expansion are in said stratification plan S.
A processor implemented method for determining occurrence of pattern of interest in time series data, comprising: obtaining, via one or more hardware processors, an input time series data captured by one or more sensors associated with at least one computing device; computing, via the one or more hardware processors, a first order derivative over time using the obtained input time series data; computing, via the one or more hardware processors, a gradient of change in value of the obtained input time series data of the one or more sensors over time based on the first order derivative; deriving, via the one or more hardware processors, an angle of change in direction based on the gradient of change in value of the one or more sensors over time, and converting the derived angle to a measurement unit; quantizing, via the one or more hardware processors, the input time series data into a plurality of bins based on the measurement unit; obtaining a weighted finite state transducers diagram (WFSTD) based on a domain knowledge; converting, via the one or more hardware processors, the WFSTD into a specific pattern; determining, via the one or more hardware processors, a number of occurrences of the specific pattern in one or more bins of the plurality of bins within a specific time range; and detecting, via the one or more hardware processors, one or more anomalies based on the number of occurrences of the specific pattern within the specific time range by utilizing WFSTD. obtaining, via one or more hardware processors, an input time series data captured by one or more sensors associated with at least one computing device; computing, via the one or more hardware processors, a first order derivative over time using the obtained input time series data; computing, via the one or more hardware processors, a gradient of change in value of the obtained input time series data of the one or more sensors over time based on the first order derivative; deriving, via the one or more hardware processors, an angle of change in direction based on the gradient of change in value of the one or more sensors over time, and converting the derived angle to a measurement unit; quantizing, via the one or more hardware processors, the input time series data into a plurality of bins based on the measurement unit; obtaining a weighted finite state transducers diagram (WFSTD) based on a domain knowledge; converting, via the one or more hardware processors, the WFSTD into a specific pattern; determining, via the one or more hardware processors, a number of occurrences of the specific pattern in one or more bins of the plurality of bins within a specific time range; and detecting, via the one or more hardware processors, one or more anomalies based on the number of occurrences of the specific pattern within the specific time range by utilizing WFSTD.
A display device, comprising: a substrate including an active area and a non-active area around the active area and including a pad area in which a plurality of touch pads are arranged; a plurality of sensing electrodes in the active area of the substrate; a plurality of sensing signal lines connected to each of the sensing electrodes in one to one correspondence; at least one multiplexer (MUXP) whose at least two inputs are connected to the plurality of sensing signal lines; at least one pad multiplexer connection line connecting the output of said multiplexer (MUXP) and a touch pad of the plurality of touch pads; a driving circuit, the driving circuit disposed adjacent to the at least one pad multiplexer connection line when viewed in a plan view; a transverse electric field blocking pattern between the at least one pad multiplexer connection line and the substrate when viewed in a plan view; and a cathode electrode between the pad multiplexer connection line and the sensing electrode, wherein the cathode electrode overlaps the pad multiplexer connection line and the driving circuit; wherein the transverse electric field blocking pattern overlaps the at least one pad multiplexer connection line when viewed in the plan view and the transverse electric field blocking pattern in combination with the cathode layer is configured to block a transverse electric field between the driving circuit and the pad multiplexer connection line. a substrate including an active area and a non-active area around the active area and including a pad area in which a plurality of touch pads are arranged; a plurality of sensing electrodes in the active area of the substrate; a plurality of sensing signal lines connected to each of the sensing electrodes in one to one correspondence; at least one multiplexer (MUXP) whose at least two inputs are connected to the plurality of sensing signal lines; at least one pad multiplexer connection line connecting the output of said multiplexer (MUXP) and a touch pad of the plurality of touch pads; a driving circuit, the driving circuit disposed adjacent to the at least one pad multiplexer connection line when viewed in a plan view; a transverse electric field blocking pattern between the at least one pad multiplexer connection line and the substrate when viewed in a plan view; and a cathode electrode between the pad multiplexer connection line and the sensing electrode, wherein the cathode electrode overlaps the pad multiplexer connection line and the driving circuit; wherein the transverse electric field blocking pattern overlaps the at least one pad multiplexer connection line when viewed in the plan view and the transverse electric field blocking pattern in combination with the cathode layer is configured to block a transverse electric field between the driving circuit and the pad multiplexer connection line.
Process for manufacturing an optical cable comprising a retaining element housing at least two individual optical fibers and a water swellable yarn, said process comprising the steps of: - associating the individual optical fibers and the water swellable yarn together to form a bundle; - extruding the retaining element around said bundle; characterised in that the step of associating the individual optical fibers and the water swellable yarn together comprises the step of applying a powdery anti-friction agent over the individual optical fibers, wherein the step of applying a powdery anti-friction agent over the individual optical fibers comprises the step of shielding the water swellable yarn from powdery anti-friction agent application, and wherein the powdery anti-friction agent has an average grain size diameter D 50 ≤ 5 μm. - associating the individual optical fibers and the water swellable yarn together to form a bundle; - extruding the retaining element around said bundle;
A light-transmitting electrochromic film comprising an oxynitride containing two or more metals selected from Ti, Nb, Mo, Ta and W, and having light transmittance of 60% or more.
A method of using a wax suspension for enhancing water repellence, water resistance, or mechanical strength of a finished wood product, comprising: adding a wax suspension, instead of an emulsion, of wax suspended in water to a wood product precursor comprising wood particles by mixing said wax suspension with said wood product precursor; and making the finished wood product from the wood product precursor. adding a wax suspension, instead of an emulsion, of wax suspended in water to a wood product precursor comprising wood particles by mixing said wax suspension with said wood product precursor; and making the finished wood product from the wood product precursor.
Rubber composition based at least on a reinforcing filler comprising silica and on an elastomer matrix comprising a modified diene elastomer, characterized in that: - the content of silica is greater than or equal to 80 phr, preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a polymeric or non-polymeric hydrocarbon group with a valency of at least 2 which can comprise at least one heteroatom chosen from N, O, P, S, the bond between a silicon atom and this hydrocarbon group with a valency of at least 2 being produced via a divalent spacer group. - the content of silica is greater than or equal to 80 phr, preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a polymeric or non-polymeric hydrocarbon group with a valency of at least 2 which can comprise at least one heteroatom chosen from N, O, P, S, the bond between a silicon atom and this hydrocarbon group with a valency of at least 2 being produced via a divalent spacer group.
A shaving razor comprising a handle and a blade cartridge unit, the handle comprising: • a main body; • a first substantially flat metal arm having a first proximal portion and a first distal end, the first proximal portion being rigidly coupled or slidably interlocked to the main body at a first location; • a second arm having a second proximal portion and a second distal end, the second proximal portion being rigidly coupled or slidably interlocked to the main body at a second location; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head pivotally coupled between the first and second distal ends, and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle. • a main body; • a first substantially flat metal arm having a first proximal portion and a first distal end, the first proximal portion being rigidly coupled or slidably interlocked to the main body at a first location; • a second arm having a second proximal portion and a second distal end, the second proximal portion being rigidly coupled or slidably interlocked to the main body at a second location; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head pivotally coupled between the first and second distal ends, and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle.
Conveyor belt system with a conveyor belt which extends between a first roller and a second roller so that the conveyor belt has a transport side and a return side, wherein the conveyor belt system further comprises a frame for positioning the conveyor belt, wherein the conveyor belt has a central zone which is demarcated by two upright ribs, which upright ribs extend in the longitudinal direction over substantially the whole conveyor belt, wherein the frame has at least at the position of the transport side and at the position of the two transverse ends a groove in which an upright rib is in each case received, wherein each upright rib is situated at a distance from an edge of the conveyor belt so that two further zones of the conveyor belt are situated outside the ribs, wherein provided on each side of the central zone are two upright ribs (7, 7') extending parallel to each other and at a distance from each other in the longitudinal direction over substantially the whole conveyor belt, characterized in that the frame has at the position of the two transverse ends and at least at the position of the transport side a further groove parallel to the groove, such that the parallel ribs are received in the groove and the further groove, wherein the grooves receiving the inner of the parallel ribs stop at a distance from the second roller and wherein the further grooves receiving the outer of the parallel ribs extend continuously over the second roller.
Soil processing device, in particular plow, with an attachment device for attachment to a lower link of a tractor, as well as a chassis for supporting the soil processing device on the ground, wherein a working depth of the soil processing device can be set by chassis height adjustment means for the height adjustment of the chassis and lower link height adjustment means for the height adjustment of the lower links, characterized in that cutting control means for automatically actuating the lower link and chassis height adjustment means (16, 17) are provided in a way offset to each other and are configured in such a manner that, in the lowering of the soil processing device from the headland position into the operating position and/or in the lifting of the soil processing device out of the operating position into the headland position, the lifting process at the lower links and the lifting process at the chassis are started and performed temporally offset to one another so that, upon lowering, after the headland, rear-sided soil processing tools dive into a soil area, in which previously the front-sided soil processing toils dived into; and/or, upon lifting, on the headland, rear-sided soil processing tools are lifted out in a soil area, in which front-sided soil processing tools also have previously been lifted out of.
A light emitting device (100; 200; 300; 400; 500; 600; 700) comprising; a package equipped on a front face with a window for installing a light emitting element, and outer lead electrodes (116; 316) that protrude from a bottom face of the package and extend along the bottom face of the package in the direction of a back face of the package, an end of each of the outer lead electrodes branching in at least two distal end parts on the bottom face of the package, one of the distal end parts of each of the outer lead electrodes extending towards a side face of the package and being bent so as to extend along that side face, the package having, on the bottom face, two side face convex components provided on the side faces side and a center convex component provided at a center, the outer lead electrodes being housed in concave components defined by the side face convex components and the center convex component, the side face convex component having a groove provided on the side face.
Gas hob with at least one nozzle holder for holding a nozzle of a gas burner of the gas hob and a cover plate, wherein the nozzle holder is connected to the cover plate with a material fit such that a connection of the nozzle holder and the cover plate cannot be released, wherein the nozzle holder has a connecting section which can be connected to the cover plate, characterised in that the nozzle holder is manufactured from an aluminium material or a magnesium material and the cover plate is manufactured from a steel material, and that the connecting section has a steel material.