mhurhangee/ep-ind-claims huggingface dataset:
An immunochromatography detection method comprising: a step of adding an analyte dilution solution containing an analyte into a chromatography medium; a step of recognizing a detection target by a labeling substance modified with gold nanoparticles, said labeling substance being dry-retained at a labeling substance retaining part; a step of developing a composite of the labeling substance and the detection target as a mobile phase; and a step of detecting the detection target in the developed mobile phase at a detection part, wherein the labeling substance is protected with a polyalkylene glycol having one or more mercapto groups and/or a derivative thereof, and subsequently dry-retained together with arginine and casein at the labeling substance retaining part. a step of adding an analyte dilution solution containing an analyte into a chromatography medium; a step of recognizing a detection target by a labeling substance modified with gold nanoparticles, said labeling substance being dry-retained at a labeling substance retaining part; a step of developing a composite of the labeling substance and the detection target as a mobile phase; and a step of detecting the detection target in the developed mobile phase at a detection part, wherein the labeling substance is protected with a polyalkylene glycol having one or more mercapto groups and/or a derivative thereof, and subsequently dry-retained together with arginine and casein at the labeling substance retaining part.
A method (1300, 1400) operable at a non-orthogonal multiple access, NOMA, user equipment, UE, for transmitting a signal, the method comprising: demultiplexing (1302, 1402) a stream of bits into a plurality of layers; encoding (1304, 1404) each layer of demultiplexed bits with a different coding rate; modulating (1306, 1406) each layer of encoded bits with a different modulation scheme to generate modulated symbols; permuting (1310, 1408) the plurality of layers having modulated symbols into a plurality of interleaved layers; scaling and phase rotating (1312, 1410) each interleaved layer of modulated symbols with a different scaling factor and a corresponding different phase rotating factor; summing (1314, 1412) the scaled and phase rotated symbols of the plurality of interleaved layers; and mapping (1316, 1416) the summed symbols onto a set of resources allocated to the NOMA UE. demultiplexing (1302, 1402) a stream of bits into a plurality of layers; encoding (1304, 1404) each layer of demultiplexed bits with a different coding rate; modulating (1306, 1406) each layer of encoded bits with a different modulation scheme to generate modulated symbols; permuting (1310, 1408) the plurality of layers having modulated symbols into a plurality of interleaved layers; scaling and phase rotating (1312, 1410) each interleaved layer of modulated symbols with a different scaling factor and a corresponding different phase rotating factor; summing (1314, 1412) the scaled and phase rotated symbols of the plurality of interleaved layers; and mapping (1316, 1416) the summed symbols onto a set of resources allocated to the NOMA UE.
Method for detecting critical transverse movements during which an object moves along an object trajectory towards a trajectory of a radar apparatus, comprising the following steps: emitting a CW radar signal and generating radar data on the basis of the received reflected CW radar signal by means of the radar apparatus; ascertaining collision-relevant spectral ranges of the radar data as a function of an ego velocity (v_ego) of the radar apparatus, wherein the collision-relevant spectral ranges are determined in such a way that only objects with negative relative velocity (v_rad) are considered; ascertaining a time dependence of the relative velocity (v_rad) and an object angle (φ) of the object by evaluating the radar data in the ascertained spectral ranges; and detecting a critical transverse movement of the object using the time dependence of the relative velocity (v_rad) and the object angle (φ) of the object, wherein a critical transverse movement of the object is detected if relative changes in the relative velocity (v_rad) and the object angle (φ) do not exceed predefined threshold values. emitting a CW radar signal and generating radar data on the basis of the received reflected CW radar signal by means of the radar apparatus; ascertaining collision-relevant spectral ranges of the radar data as a function of an ego velocity (v_ego) of the radar apparatus, wherein the collision-relevant spectral ranges are determined in such a way that only objects with negative relative velocity (v_rad) are considered; ascertaining a time dependence of the relative velocity (v_rad) and an object angle (φ) of the object by evaluating the radar data in the ascertained spectral ranges; and detecting a critical transverse movement of the object using the time dependence of the relative velocity (v_rad) and the object angle (φ) of the object, wherein a critical transverse movement of the object is detected if relative changes in the relative velocity (v_rad) and the object angle (φ) do not exceed predefined threshold values.
A device for intervertebral disc repair or regeneration in a patient comprising: a designed porous microstructure comprising a biocompatible material; an osteoconductive mineral coating on at least a portion of the device; and a fixation structure characterised in that the fixation structure comprises fixation plates (45, 51) integrated with the designed porous microstructure; and in that the designed porous microstructure forms a composite with the fixation structure and in that the designed porous microstructure extends substantially perpendicularly from the fixation plates. a designed porous microstructure comprising a biocompatible material; an osteoconductive mineral coating on at least a portion of the device; and a fixation structure characterised in that the fixation structure comprises fixation plates (45, 51) integrated with the designed porous microstructure; and in that the designed porous microstructure forms a composite with the fixation structure and in that the designed porous microstructure extends substantially perpendicularly from the fixation plates.
A head for an oral care implement, the head having a longitudinal length extension extending between a proximal end and a distal end, an outer rim and an inner portion, the head comprising at least two tooth cleaning elements of a first type (16, 17) and a plurality of tooth cleaning elements of a second type, the tooth cleaning elements of the first type (16, 17) being arranged at the inner portion of the head, and the plurality of tooth cleaning elements of the second type being arranged at the outer rim of the head, thereby surrounding the tooth cleaning elements of the first type (16, 17), the tooth cleaning elements of the first type (16, 17) being tufts of a first type (16, 17) comprising a plurality of filaments, the tufts of the first type (16, 17) being arranged substantially parallel to each other, each tuft of the first type (16, 17) having a substantially rectangular or oval cross-sectional shape with a longer length extension from about 4 mm to about 8 mm and a shorter width extension from about 1.5 mm to about 2.5 mm, wherein the longer length extension defines an angle α with respect to the longitudinal length extension of the head of about 25° to about 60°, wherein the head comprises at least three, preferably four tufts of the first type (16, 17). the tooth cleaning elements of the first type (16, 17) being arranged at the inner portion of the head, and the plurality of tooth cleaning elements of the second type being arranged at the outer rim of the head, thereby surrounding the tooth cleaning elements of the first type (16, 17), the tooth cleaning elements of the first type (16, 17) being tufts of a first type (16, 17) comprising a plurality of filaments, the tufts of the first type (16, 17) being arranged substantially parallel to each other, each tuft of the first type (16, 17) having a substantially rectangular or oval cross-sectional shape with a longer length extension from about 4 mm to about 8 mm and a shorter width extension from about 1.5 mm to about 2.5 mm, wherein the longer length extension defines an angle α with respect to the longitudinal length extension of the head of about 25° to about 60°, wherein the head comprises at least three, preferably four tufts of the first type (16, 17).
Device for decoding a data signal representative of at least one image subdivided into partitions which has previously been coded, the partitions comprising a current partition (Bi) to be decoded containing data of which at least one datum is assigned a sign, the data being the direct transformation coefficients, the decoding device being configured for: - entropic decoding of the first current partition (Bi), - determination, on the basis of the non-zero decoded data of the current partition, whether the sign of at least one datum is hidden, - computation of the parity value of a sum of the decoded data of the current partition (Bi), - obtaining, from said parity value, of the value of said sign, if the parity of the sum of the data has a first value the sign is positive and if the parity of the sum of the data has a second value the sign is negative, - reconstruction on the basis thereof, of the quantified coefficients of the current partition (Bi) in a predefined order, and - dequantification of the quantified coefficients of the current partition (Bi) so as to produce a dequantified and decoded block. - entropic decoding of the first current partition (Bi), - determination, on the basis of the non-zero decoded data of the current partition, whether the sign of at least one datum is hidden, - computation of the parity value of a sum of the decoded data of the current partition (Bi), - obtaining, from said parity value, of the value of said sign, if the parity of the sum of the data has a first value the sign is positive and if the parity of the sum of the data has a second value the sign is negative, - reconstruction on the basis thereof, of the quantified coefficients of the current partition (Bi) in a predefined order, and - dequantification of the quantified coefficients of the current partition (Bi) so as to produce a dequantified and decoded block.
Chimney blocking apparatus including a handle, support means extending from the handle and being extendable along a longitudinal axis, characterized by chimney blocking means deployable outwardly away from the longitudinal axis and by an actuation mechanism configured to firstly extend the support means and deploy the chimney blocking means outwardly and secondly collapse the chimney blocking means inwardly towards the longitudinal axis.
A digital signal transmitter in which multiple data streams are each transmitted by modulation of a respective frequency band of sub-carriers of one or more Orthogonal Frequency Division Multiplexed, OFDM, symbols, within one of a group of one or more frequency channels (200, 300), the frequency bands (330, 332, 350) each occupying no more than a predetermined maximum bandwidth less than or equal to the channel width; in which the transmitter comprises means for transmitting at respective frequency positions within each frequency channel (200, 300), multiple instances of identical band information defining the frequency bands (330, 332, 350) corresponding to all of the adjacent sub-carriers which are carrying payload data forming the data streams carried within that frequency channel (200, 300), multiple instances of identical band information being arranged so that any portion of the frequency channel (200, 300) equal in extent to the predetermined maximum bandwidth includes at least one instance of the identical band information; and means for transmitting for each of the data payloads, channel information defining the respective frequency channel (200, 300); in which the channel information defines a centre frequency (240, 340) of the respective frequency channel (200, 300) and the band information specifies the adjacent sub-carriers and their respective locations in the frequency channel (200, 300).
An obturator comprising: an elongated obturator body extending from a trocar cover to an opposed obturator tip, wherein the trocar cover includes a single rim for engaging a trocar, wherein the trocar cover includes a pair of opposed latches extending radially inward from and extending distally from the rim, wherein the trocar cover includes a compliant mechanism operatively connected to move the latches between latched positions and release positions radially outward from the latched positions, wherein the compliant mechanism includes a pair of opposed pinch regions circumferentially offset from the latches around the single rim, wherein the compliant mechanism is configured to move the latches from the latched positions to the release positions radially outward from the latched positions upon pinching the pinch regions toward one another.
An anti-spalling edging comprising: • a metal strip (21,31) adapted for concrete to be cast against, • a return (22,32) along a top edge of the strip, • a down-turn (23,33) from the edge of the return spaced from the strip having: • cut-outs (24,34) in the down-turn for anchoring it in the concrete arranged as to provide: • faces (25,35) extending through the return (22,32) and generally in the direction of the edging and facing outwards from the plane of the metal strip (21,31) and • uncut portions between the faces, wherein • the uncut portions are fingers (26, 36) and the arrangement being such that in use, the faces (25,35) have concrete abutted against them when the concrete is cast level with the outer surface of the return (22,32), characterised in that the faces (25,35) predominate compared with the fingers in the direction of the edging. • a metal strip (21,31) adapted for concrete to be cast against, • a return (22,32) along a top edge of the strip, • a down-turn (23,33) from the edge of the return spaced from the strip having: • cut-outs (24,34) in the down-turn for anchoring it in the concrete arranged as to provide: • faces (25,35) extending through the return (22,32) and generally in the direction of the edging and facing outwards from the plane of the metal strip (21,31) and • uncut portions between the faces, wherein • cut-outs (24,34) in the down-turn for anchoring it in the concrete arranged as to provide: • faces (25,35) extending through the return (22,32) and generally in the direction of the edging and facing outwards from the plane of the metal strip (21,31) and • uncut portions between the faces, wherein • faces (25,35) extending through the return (22,32) and generally in the direction of the edging and facing outwards from the plane of the metal strip (21,31) and • uncut portions between the faces, wherein • the uncut portions are fingers (26, 36) and the arrangement being such that in use, the faces (25,35) have concrete abutted against them when the concrete is cast level with the outer surface of the return (22,32), characterised in that the faces (25,35) predominate compared with the fingers in the direction of the edging.
A clamp that facilitates securing a pipe section within a socket, the clamp comprising: a pair of arcuate segments, each arcuate segment comprising: an inner circumferential wall; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall; wherein the arcuate segments are hinged together at the respective first ends (52'a) thereof; and wherein the arcuate segments are removably fastened together at the respective second ends (52'b) thereof by a fastener, wherein the fastener is configured to draw the second ends (52'b) of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section characterised in that the clamp comprises a plurality of circumferentially spaced-apart spring-loaded devices, each spring-loaded device having a distal end portion tip extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section, wherein the tip is conical. a pair of arcuate segments, each arcuate segment comprising: an inner circumferential wall; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall; an inner circumferential wall; opposite first and second end portions (52'a, 52'b); an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall; wherein the arcuate segments are hinged together at the respective first ends (52'a) thereof; and wherein the arcuate segments are removably fastened together at the respective second ends (52'b) thereof by a fastener, wherein the fastener is configured to draw the second ends (52'b) of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section characterised in that the clamp comprises a plurality of circumferentially spaced-apart spring-loaded devices, each spring-loaded device having a distal end portion tip extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section, wherein the tip is conical.
Lifting and transport apparatus for lifting and transporting a heavy load, comprising a frame which is movable back and forth at least in a horizontal movement direction and has four vertical supports of adjustable length, which vertical supports are designed as lifting supports, with one lifting device assigned in each case, and comprising fastening means which are provided on the frame and serve for the releasable attachment of the heavy load, characterized in that the frame comprises at least eight vertical supports (5, 6) of adjustable length, and in that at least four vertical supports of adjustable length are designed as retaining supports, with one extension device and one locking device assigned in each case, such that the lengths of the retaining supports can be locked in a variable, in particular stepless, manner, the extension devices are designed such that they allow length adjustment of the retaining supports only when the retaining supports are not subjected to load, and the locking devices are configured such that they lock a set length of the retaining supports such that said length is maintained under load.
A method for recognizing an object, comprising: - providing an image to a first convolutional layer of an artificial neural network comprising a set of convolutional layers; - processing the image in the set of convolutional layers, characterized by - defining, in a feature map output from a last convolutional layer of the set of convolutional layers, a first feature map patch and a second feature map patch of differing sizes, and - providing the first feature map patch to a first classifier and the second feature map patch to a second classifier, wherein the first feature map patch corresponds to a first scale that the first classifier is arranged to operate on to perform object recognition, and the second feature map patch corresponds to a second scale that the second classifier is arranged to operate on to perform object recognition. - providing an image to a first convolutional layer of an artificial neural network comprising a set of convolutional layers; - processing the image in the set of convolutional layers, characterized by - defining, in a feature map output from a last convolutional layer of the set of convolutional layers, a first feature map patch and a second feature map patch of differing sizes, and - providing the first feature map patch to a first classifier and the second feature map patch to a second classifier,
Attachment assembly for attaching a flexible fluid container to a fluid warmer of a system for extracorporeal blood treatment, comprising: - a flexible fluid container and a fluid warmer, - at least one first hook-shaped fixture located on/at the fluid warmer, - at least one second pin-shaped fixture located on/at the fluid warmer and being distanced from the at least one first fixture by a predetermined first distance - at least one first receiving member located on/at the fluid container and being adapted to receive the at least one first fixture and - at least one second receiving member located on/at the fluid container and being adapted to receive the at least one second fxiture wherein - the at least first and second receiving members are distanced from each other by a predetermined second distance in a non-expanded stage of the container which second distance being less than the first distance such that the container will be expanded when being engaged with both fixtures (1, 5). - a flexible fluid container and a fluid warmer, - at least one first hook-shaped fixture located on/at the fluid warmer, - at least one second pin-shaped fixture located on/at the fluid warmer and being distanced from the at least one first fixture by a predetermined first distance - at least one first receiving member located on/at the fluid container and being adapted to receive the at least one first fixture and - at least one second receiving member located on/at the fluid container and being adapted to receive the at least one second fxiture wherein - the at least first and second receiving members are distanced from each other by a predetermined second distance in a non-expanded stage of the container which second distance being less than the first distance such that the container will be expanded when being engaged with both fixtures (1, 5).