mhurhangee/ep-ind-claims huggingface dataset:
A plastic dowel for attaching a rail to a sleeper, in particular to a concrete sleeper, with an essentially cylindrical dowel body, the head of which exhibits a shank region downwardly preferably adjoining a dowel crown, and whose continuation exhibits a male thread, with which it can be twisted into or out of the sleeper, and for accommodating a sleeper screw (4; 4a, 4b) below the shank region provided with a female thread, characterized in that the interior of the shank region that transitions to the female thread exhibits a coiled shoulder that diminishes the inner diameter over a partial length of the shank region and extends over at least a partial periphery.
An agricultural furrow compaction device having: - a compaction roller for compacting the soil, - at least two scraper devices (41, 42, 43) for scraping soil off the compaction roller, wherein the scraper devices (41, 42, 43) are arranged next to one another in lateral direction along the compaction roller, wherein laterally adjacent scraper devices (41, 42, 43) are arranged offset in height relative to one another, wherein at least each second scraper device (41, 42, 43) is formed adjustable in height, characterized in that the height adjustment of the scraper devices (41, 42, 43) takes place automatically, in particular by a hydraulic system. - a compaction roller for compacting the soil, - at least two scraper devices (41, 42, 43) for scraping soil off the compaction roller, wherein the scraper devices (41, 42, 43) are arranged next to one another in lateral direction along the compaction roller,
A silencer for an exhaust system of an internal combustion engine, - with a housing in which at least two chambers are formed, between which an inner base is arranged in the housing, - wherein the inner base has at least one edge-side collar, which has an outer side facing the housing, - wherein the housing has on its inner side in the region of the inner base at least one contour facing the collar, characterized in - that the outer side of the collar forms in profile a cone, - that the contour of the housing forms in profile a conical seat complementary to the cone, against which conical seat the cone lies in a flat and loose manner, - that the inner base is axially pre-stressed, so that the cone lies against the conical seat in an axially pre-stressed manner, - that the cone and the conical seat form a conical sliding fit, which permits an axial relative displacement and a radial relative displacement between inner base and housing and in so doing furthermore enables the flat abutment of the cone against the conical seat. - with a housing in which at least two chambers are formed, between which an inner base is arranged in the housing, - wherein the inner base has at least one edge-side collar, which has an outer side facing the housing, - wherein the housing has on its inner side in the region of the inner base at least one contour facing the collar, - that the outer side of the collar forms in profile a cone, - that the contour of the housing forms in profile a conical seat complementary to the cone, against which conical seat the cone lies in a flat and loose manner, - that the inner base is axially pre-stressed, so that the cone lies against the conical seat in an axially pre-stressed manner, - that the cone and the conical seat form a conical sliding fit, which permits an axial relative displacement and a radial relative displacement between inner base and housing and in so doing furthermore enables the flat abutment of the cone against the conical seat.
An automated system for generating differentiated adult cells from stem cells comprising: an automated stem cell plating unit configured for placing cells on a plate; an automated induction unit configured for automated differentiation of cells by contacting the cells on the stem cell plating unit with differentiation factors for producing differentiated adult cells; and an automated sorting unit configured for selectively sorting and isolating the differentiated adult cells produced by the induction unit by identifying markers specific to the differentiated adult cells and via automated image analysis, wherein the automated sorting unit is configured to simultaneously process multiple samples in parallel using cellular arrays from at least 6, 24, 96, 384, or 1536 sized arrays, such that the differentiated adult cells identified with the markers are consolidated into one or more of the cellular arrays; wherein the automated system comprises controller software having functionality to control automation of the induction unit and the sorting unit. an automated stem cell plating unit configured for placing cells on a plate; an automated induction unit configured for automated differentiation of cells by contacting the cells on the stem cell plating unit with differentiation factors for producing differentiated adult cells; and an automated sorting unit configured for selectively sorting and isolating the differentiated adult cells produced by the induction unit by identifying markers specific to the differentiated adult cells and via automated image analysis, wherein the automated sorting unit is configured to simultaneously process multiple samples in parallel using cellular arrays from at least 6, 24, 96, 384, or 1536 sized arrays, such that the differentiated adult cells identified with the markers are consolidated into one or more of the cellular arrays; wherein the automated system comprises controller software having functionality to control automation of the induction unit and the sorting unit.
A travel assistance method comprising: detecting surroundings of a host vehicle; generating a first traveling path; generating a second traveling path based on the surroundings; determining that a switch from the first traveling path to the second traveling path is needed when detecting that the first traveling path is to end ahead of the host vehicle while the host vehicle is traveling on the first traveling path; and controlling the host vehicle to make a transition from the first traveling path to the second traveling path when the switch is determined to be needed; characterized in that: the first traveling path is generated based on map information around a circumference of the host vehicle; and the switch from the first traveling path to the second traveling path is determined to be needed while the first traveling path is being generated. detecting surroundings of a host vehicle; generating a first traveling path; generating a second traveling path based on the surroundings; determining that a switch from the first traveling path to the second traveling path is needed when detecting that the first traveling path is to end ahead of the host vehicle while the host vehicle is traveling on the first traveling path; and controlling the host vehicle to make a transition from the first traveling path to the second traveling path when the switch is determined to be needed; characterized in that: the first traveling path is generated based on map information around a circumference of the host vehicle; and the switch from the first traveling path to the second traveling path is determined to be needed while the first traveling path is being generated. the first traveling path is generated based on map information around a circumference of the host vehicle; and the switch from the first traveling path to the second traveling path is determined to be needed while the first traveling path is being generated.
A wind turbine rotor blade having a blade root, a pressure side, a suction side, an airfoil trailing edge, a pressure side lightning conductor and a suction side lightning conductor, wherein the two lightning conductors (26, 28) extend from a connection point in the region of the blade root into the region of a blade tip and are designed to conduct a lightning current towards the blade root, and a potential equalization element that electrically connects the two lightning conductors (26, 28) to each other, characterized in that the potential equalization element is arranged on an outer side of the wind turbine rotor blade and runs around the airfoil trailing edge.
Audio encoder for encoding an audio signal having an impulse-like portion and a stationary portion, comprising: an impulse extractor for extracting the impulse-like portion from the audio signal, the impulse-extractor having an impulse coder for encoding the impulse-like portions to obtain an encoded impulse-like signal; a signal encoder for encoding a residual signal derived from the audio signal to obtain an encoded residual signal, the residual signal being derived from the audio signal so that the impulse-like portion is reduced or eliminated from the audio signal; and an output interface for outputting the encoded impulse-like signal and the encoded residual signal, to provide an encoded signal, wherein the impulse encoder is configured for not providing an encoded impulse-like signal, when the impulse extractor is not able to find an impulse portion in the audio signal. an impulse extractor for extracting the impulse-like portion from the audio signal, the impulse-extractor having an impulse coder for encoding the impulse-like portions to obtain an encoded impulse-like signal; a signal encoder for encoding a residual signal derived from the audio signal to obtain an encoded residual signal, the residual signal being derived from the audio signal so that the impulse-like portion is reduced or eliminated from the audio signal; and an output interface for outputting the encoded impulse-like signal and the encoded residual signal, to provide an encoded signal, wherein the impulse encoder is configured for not providing an encoded impulse-like signal, when the impulse extractor is not able to find an impulse portion in the audio signal.
A Fe-based amorphous alloy containing subnanometer-scale ordered clusters, wherein the composition expression of the Fe-based amorphous alloy is Fe a Si b B c (Cu d X e)M f M' g, and X is at least one of Ti, Zr and Hf, M is at least one of V, Ta and Nb, and M' at least one of Co, Ni, C, P, Ge, Cr, Mn, W, Zn, Sn, Sb and Mo; a, b, c, d, e, f and g respectively represent the atomic percent (percentage of the number of atoms) of the corresponding element, and satisfy: 74≤a≤82, 8≤b≤15, 4≤c≤10, 0.5≤d≤1.2, 0.4≤e≤1.8, 1≤f≤3.5, 0≤g≤1, 0.8≤e/d≤1.5 and a+b+c+d+e+f+g=100; the Fe-based amorphous alloy is a composite material composed of an amorphous alloy matrix with atoms arranged in complete disorder and ordered atomic clusters having the size ranging from 0.5 nm to 2 nm uniformly dispersed and distributed in the matrix; the ordered atom clusters in the Fe-based amorphous alloy are Cu-X body-centered cubic clusters formed by Cu atoms and X atoms; the Fe-based amorphous alloy is made by first smelting the Fe-Si-B-M-M' master alloy and the Cu-X intermediate alloy, then re-melting the master alloy, and adding the intermediate alloy into the completely molten master alloy, and after the intermediate alloy is completely molten, made by a material preparation apparatus.
A charging member comprising a substrate, an elastic layer and a surface layer, wherein the surface layer comprises a polymer compound having structural units represented by formulas, and, and having a Si-O-Ti bond, a Ti-O-Ta bond, and a Si-O-Ta bond: TiO 4/2 Formula TaO 5/2 Formula wherein R 1 and R 2 each independently represent any of formulas to: wherein R 3 to R 7, R 10 to R 14, R 19, R 20, R 25, and R 26 each independently represent hydrogen, an alkyl group having 1 to 4 carbon atoms, a hydroxyl group, a carboxyl group, or an amino group; R 8, R 9, R 15 to R 18, R 23, R 24, and R 29 to R 32 each independently represent hydrogen or an alkyl group having 1 to 4 carbon atoms; R 21, R 22, R 27, and R 28 each independently represent hydrogen, an alkoxyl group having 1 to 4 carbon atoms, or an alkyl group having 1 to 4 carbon atoms; n, m, l, q, s and t each independently represent an integer of not less than 1 and not more than 8, p and r each independently represent an integer of not less than 4 and not more than 12, and x and y each independently represent 0 or 1; and * and ** each represent a position at which a silicon atom and an oxygen atom in the formula are bound.
A composition of matter consisting of recombinant human SCGB3A2 polypeptide having an N-terminus ATA, wherein said recombinant human SCGB3A2 polypeptide is SEQ ID 3.
An irrigation sprinkler having a vertical axis and configured to emit a liquid jet, the sprinkler comprising: a base adapted for connection to a liquid source; a head operatively connected to the base by friction engagement to limit the rotation of the head in a rotation direction about the vertical axis, the head having a nozzle configured to emit a liquid jet, the head including two posts configured to extend in the vertical direction on opposite sides of the vertical axis; a reciprocal element rotatably mounted to the head for reciprocal motion about the vertical axis, in response to being impacted with the liquid jet from the nozzle, at least one of the posts acting as an abutment stop, wherein the reciprocal element comprises a diffuser arm connected at a fixed end thereof, and extending in a direction perpendicular to the vertical axis to a free end thereof, the diffuser arm comprising a plurality of integrally formed, spaced apart diffuser posts, each diffuser post configured to be hit by, and diffuse the liquid jet during the reciprocal-motion, said diffuser posts being configured so that liquid from the liquid jet reaches a first range R1, when the liquid jet hits any one of the plurality of diffuser posts; and liquid from the liquid jet reaches a second range R2, which is greater than R1, when the liquid jet does not hit any one of the plurality of diffuser posts; characterized in that the diffuser posts are identical to one another and evenly spaced apart from one another at different distances from the free end of the diffuser arm. a base adapted for connection to a liquid source; a head operatively connected to the base by friction engagement to limit the rotation of the head in a rotation direction about the vertical axis, the head having a nozzle configured to emit a liquid jet, the head including two posts configured to extend in the vertical direction on opposite sides of the vertical axis; a reciprocal element rotatably mounted to the head for reciprocal motion about the vertical axis, in response to being impacted with the liquid jet from the nozzle, at least one of the posts acting as an abutment stop, wherein the reciprocal element comprises a diffuser arm connected at a fixed end thereof, and extending in a direction perpendicular to the vertical axis to a free end thereof, the diffuser arm comprising a plurality of integrally formed, spaced apart diffuser posts, each diffuser post configured to be hit by, and diffuse the liquid jet during the reciprocal-motion, said diffuser posts being configured so that liquid from the liquid jet reaches a first range R1, when the liquid jet hits any one of the plurality of diffuser posts; and liquid from the liquid jet reaches a second range R2, which is greater than R1, when the liquid jet does not hit any one of the plurality of diffuser posts; characterized in that the diffuser posts are identical to one another and evenly spaced apart from one another at different distances from the free end of the diffuser arm.
Method of manufacturing a chip module for an RFID system having a web or sheet carrier material, on the upper side of which there are mounted a coupling antenna and an RFID chip electrically connected to the coupling antenna, and which is provided with a contact adhesive layer on its underside, the coupling antenna comprising an aluminium layer with a thickness of 1 μm - 20 μm, in particular of 3 μm - 12 μm, characterized in that, starting from a web or sheet aluminium-adhesive composite material, which comprises a on a carrier material with an aluminium foil stuck onto the upper side and a release film, in particular of silicone paper, stuck onto the underside, firstly - the inner contour of the coupling antenna is cut out, in particular punched out, with a cut going through all the layers of the adhesive composite material, and the cutting waste is removed, - and then the contact point for the RFID chip is cut out by means of a cut which reaches through the aluminium foil and the adhesive layer located underneath, and the outer contour of the coupling antenna is cut out by means of a cut without cutting through the release film, and - after that the cutting waste is removed. - the inner contour of the coupling antenna is cut out, in particular punched out, with a cut going through all the layers of the adhesive composite material, and the cutting waste is removed, - and then the contact point for the RFID chip is cut out by means of a cut which reaches through the aluminium foil and the adhesive layer located underneath, and the outer contour of the coupling antenna is cut out by means of a cut without cutting through the release film, and - after that the cutting waste is removed.
A high chair comprising a chair unit, which comprises a seat and a back rest attached to the seat, wherein the chair unit is supported by a front pair of legs and a rear pair of legs, characterized in that the rear pair of legs is arranged to be foldable between a support position, in which the pairs of legs are extended from each other, and a folding position, in which the pairs of legs are retracted towards each other, in that the legs of the rear pair of legs are carried by a link, which is journalled in the chair unit with an upper part for pivotal movement around a horizontal axis, and in that a locking device is provided in order to allow locking of the link and thereby of the rear pair of legs in the extended end position of the link.
A method for controlling a probe mounted on a coordinate positioning apparatus which enables the position of the probe tip to be varied angularly about at least two axes (A1, A2), and the orientation of the probe to be varied angularly about at least said two axes (A1, A2), the method comprising the steps of: (a) a user manipulating a user interface (32, 36) operating in a first mode to adjust the position of the probe tip so as to place the probe tip at a desired position; and characterised by the step of (b) the user manipulating the user interface operating in a second mode to adjust the orientation of the probe, and thereby adjust the angular position of the probe tip about at least one of the at least two axes, whilst keeping the location of the probe tip unchanged. (a) a user manipulating a user interface (32, 36) operating in a first mode to adjust the position of the probe tip so as to place the probe tip at a desired position; and (b) the user manipulating the user interface operating in a second mode to adjust the orientation of the probe, and thereby adjust the angular position of the probe tip about at least one of the at least two axes, whilst keeping the location of the probe tip unchanged.
A method for data deduplication, which is performed by a proxy node in a distributed database, comprising, acquiring deduplication operation request information; sending request operation information carrying distributed deduplication operation information to each of at least one serving node in the distributed database according to the deduplication operation request information, such that the respective serving node preprocesses each record information meeting a deduplication condition in the respective serving node according to the distributed deduplication operation information in the request operation information, to obtain preprocessed record information for each record information, wherein the preprocessed record information comprises the record information and a first Hash value generated from a Hash calculation on the record information; receiving the preprocessed record information sent by each of the at least one serving node, and summarizing the preprocessed record information into a preset processing storage area; and traversing the preprocessed record information in the processing storage area, and for each preprocessed record information, performing deduplication processing on the record information in the preprocessed record information according to the first Hash value in the preprocessed record information. acquiring deduplication operation request information; sending request operation information carrying distributed deduplication operation information to each of at least one serving node in the distributed database according to the deduplication operation request information, such that the respective serving node preprocesses each record information meeting a deduplication condition in the respective serving node according to the distributed deduplication operation information in the request operation information, to obtain preprocessed record information for each record information, wherein the preprocessed record information comprises the record information and a first Hash value generated from a Hash calculation on the record information; receiving the preprocessed record information sent by each of the at least one serving node, and summarizing the preprocessed record information into a preset processing storage area; and traversing the preprocessed record information in the processing storage area, and for each preprocessed record information, performing deduplication processing on the record information in the preprocessed record information according to the first Hash value in the preprocessed record information.
An apparatus for exposing a coarsely divided solid material to radiation comprising: a housing having one or more walls forming a chamber having a top, midsection and a bottom, the chamber having a fill opening for receiving the coarsely divided solid material located proximal to the top and an exit opening for discharging coarsely divided solid material located proximal to the bottom, the midsection extending between the top and bottom and characterized in that it is shaped for retaining a working volume of the coarsely divided solid material to have an angle of repose (39a, 39b) as the coarsely divided solid material moves through the midsection by gravity and for defining a range of movement (39a, 39b) of the coarsely divided solid material, the chamber having at least one side cavity (37a, 37b) extending outside the range of movement (39a, 39b) and the at least one side cavity having at least one window (43a, 43b) located in a path of wave energy propagation between a radiation source and the chamber and located to receive radiation from the radiation source and transmit the radiation into the chamber through the window (43a, 43b) to the coarsely divided solid material, for subjecting the coarsely divided solid material to radiation as the coarsely divided solid material moves through the chamber of the housing by gravity. a housing having one or more walls forming a chamber having a top, midsection and a bottom, the chamber having a fill opening for receiving the coarsely divided solid material located proximal to the top and an exit opening for discharging coarsely divided solid material located proximal to the bottom, the midsection extending between the top and bottom and characterized in that it is shaped for retaining a working volume of the coarsely divided solid material to have an angle of repose (39a, 39b) as the coarsely divided solid material moves through the midsection by gravity and for defining a range of movement (39a, 39b) of the coarsely divided solid material, the chamber having at least one side cavity (37a, 37b) extending outside the range of movement (39a, 39b) and the at least one side cavity having at least one window (43a, 43b) located in a path of wave energy propagation between a radiation source and the chamber and located to receive radiation from the radiation source and transmit the radiation into the chamber through the window (43a, 43b) to the coarsely divided solid material, for subjecting the coarsely divided solid material to radiation as the coarsely divided solid material moves through the chamber of the housing by gravity.