mhurhangee/patent-ind-claim-en huggingface dataset:
A method for aligning a transmitter by means of an alignment aid system , the alignment system comprising: - a receiver comprising a plurality of transducers (T1, T2, Tn) each adapted to receive an ultrasonic wave and convert it into a respective signal (V1, V2, Vn), and a processing unit configured to process all the signals (V1, V2, Vn) coming from the transducers (T1, T2, Tn), at least part of the transducers (T1, T2, Tn) being arranged so as to form a first continuous row of transducers, - an alignment control device arranged to communicate with the processing unit , the alignment control device being configured to supply an indication regarding the transducer(s) (T1, T2, Tn) of the first row receiving said ultrasonic wave transmitted by said transmitter so as to enable the transmitter to be aligned in relation to the receiver , the method comprising the following steps of: - positioning the receiver at a location, such as the one of a reflector , with respect to which the transmitter must be aligned, - transmitting by the transmitter a single ultrasonic wave , - receiving the ultrasonic wave by the transducers (T1, T2, Tn) and converting into signals (V1, V2, Vn), - processing by the processing unit the signals (V1, V2, Vn) coming from the transducers (T1, T2, Tn), - supplying by the alignment control device an indication about the detection of the single ultrasonic wave transmitted by the transmitter along the first row so as to enable the transmitter to be aligned in relation to the receiver . - a receiver comprising a plurality of transducers (T1, T2, Tn) each adapted to receive an ultrasonic wave and convert it into a respective signal (V1, V2, Vn), and a processing unit configured to process all the signals (V1, V2, Vn) coming from the transducers (T1, T2, Tn), at least part of the transducers (T1, T2, Tn) being arranged so as to form a first continuous row of transducers, - an alignment control device arranged to communicate with the processing unit , the alignment control device being configured to supply an indication regarding the transducer(s) (T1, T2, Tn) of the first row receiving said ultrasonic wave transmitted by said transmitter so as to enable the transmitter to be aligned in relation to the receiver , - positioning the receiver at a location, such as the one of a reflector , with respect to which the transmitter must be aligned, - transmitting by the transmitter a single ultrasonic wave , - receiving the ultrasonic wave by the transducers (T1, T2, Tn) and converting into signals (V1, V2, Vn), - processing by the processing unit the signals (V1, V2, Vn) coming from the transducers (T1, T2, Tn), - supplying by the alignment control device an indication about the detection of the single ultrasonic wave transmitted by the transmitter along the first row so as to enable the transmitter to be aligned in relation to the receiver .
Vacuum cleaner nozzle comprising a bottom plate provided with a lower surface , a suction channel opening into the lower surface et extending transversally to a movement direction (D2) of the vacuum cleaner nozzle, and a rear scraping rib protruding from the lower surface of the bottom plate , the rear scraping rib extending close to and along a rear edge of the suction channel , the bottom plate comprises bearing surfaces arranged to be in contact with the floor to be cleaned, characterised in that the rear scraping rib is positioned retracted from the bearing surfaces , and the rear scraping rib is rigid and is intended to scrape the floor to be cleaned.
A dynamic bicycle light power distribution system , for adjusting illumination of a plurality of light sources , comprising: a first stationary light source positioned to illuminate a first area of a path of travel of a bicycle ; a second stationary light source (1180 positioned to illuminate a second area of the path of travel of the bicycle remote from the first area ; a position module for transmitting signals representing an operating condition data of the bicycle ; and a controller configured to distribute power to the first light source and the second light source in response to signals received by the position module according to the operating condition data of the bicycle , wherein the operating condition data of the bicycle comprises speed, characterised in that the operating condition data of the bicycle further comprises angle of descent, angle of incline, lean angle, geographic location, and terrain type. a first stationary light source positioned to illuminate a first area of a path of travel of a bicycle ; a second stationary light source (1180 positioned to illuminate a second area of the path of travel of the bicycle remote from the first area ; a position module for transmitting signals representing an operating condition data of the bicycle ; and a controller configured to distribute power to the first light source and the second light source in response to signals received by the position module according to the operating condition data of the bicycle , wherein the operating condition data of the bicycle comprises speed, characterised in that the operating condition data of the bicycle further comprises angle of descent, angle of incline, lean angle, geographic location, and terrain type.
A motor shaft , comprising a shaft body and an insulation coating , wherein the shaft body comprises a first mounting portion and a second mounting portion that are fastenedly connected, a positioning step surface is disposed at an end that is of the first mounting portion and that is close to the second mounting portion , the first mounting portion is configured to mount a rotor , the second mounting portion is covered with the insulation coating , the second mounting portion is configured to mount a bearing , and a resistivity of the insulation coating is not less than 10 7 Ω·m; wherein the positioning step surface is covered with the insulation coating ; wherein the second mounting portion is further provided with an annular groove extending along a circumferential direction of the second mounting portion , and the groove is located at an end that is of the second mounting portion and that is close to the positioning step surface ; and wherein the groove comprises a first connection wall and a second connection wall that are oppositely disposed, the first connection wall is disposed at an end that is of the groove and that is close to the first mounting portion , the insulation coating on the positioning step surface is flush with the first connection wall , and an end surface of an end that is of the insulation coating on the second mounting portion and that is close to the first mounting portion is flush with the second connection wall . wherein the positioning step surface is covered with the insulation coating ; wherein the second mounting portion is further provided with an annular groove extending along a circumferential direction of the second mounting portion , and the groove is located at an end that is of the second mounting portion and that is close to the positioning step surface ; and wherein the groove comprises a first connection wall and a second connection wall that are oppositely disposed, the first connection wall is disposed at an end that is of the groove and that is close to the first mounting portion , the insulation coating on the positioning step surface is flush with the first connection wall , and an end surface of an end that is of the insulation coating on the second mounting portion and that is close to the first mounting portion is flush with the second connection wall .
An oxygen delivery interface assembly comprising a patient interface , a connector for connecting the patient interface to a conduit , and a conduit joined to the connector in a non-releasable manner, the patient interface comprising a first connection formation and the connector comprising a second connection formation, the second connection formation comprising at least one projection , the patient interface and the connector being connectable such that, in a connected configuration, the first connection formation and the second connection formation are engageable with each other, with a snap fit, to provide a non-releasable connection in which the at least one projection extends from the connector into the interior of the patient interface.
A method for embedding variable length source data by a processor, the method comprising: receiving source data having a first variable length; extracting information from the source data to generate a sequence of extracted information having a second variable length, the second variable length based on the first variable length; and identifying relationships between items in the sequence of extracted information and generating an embedding of the source data by processing the sequence of extracted information with a recurrent neural network, the recurrent neural network including an input, an output, and a first set of parameters; wherein the recurrent neural network is configured by adjusting the first set of parameters of the recurrent neural network based, at least in part, on a machine learning algorithm. receiving source data having a first variable length; extracting information from the source data to generate a sequence of extracted information having a second variable length, the second variable length based on the first variable length; and identifying relationships between items in the sequence of extracted information and generating an embedding of the source data by processing the sequence of extracted information with a recurrent neural network, the recurrent neural network including an input, an output, and a first set of parameters; wherein the recurrent neural network is configured by adjusting the first set of parameters of the recurrent neural network based, at least in part, on a machine learning algorithm.
A method of determining whether a composition is capable of causing coeliac disease comprising determining whether a protein with a sequence that is capable of being modified by a transglutaminase to a sequence selected from: (i) transglutaminase-deamidated SEQ ID NOs: 1787, 1793, 1794, 1796 and 1797; is present in the composition, the presence of the protein indicating that the composition is capable of causing coeliac disease. (i) transglutaminase-deamidated SEQ ID NOs: 1787, 1793, 1794, 1796 and 1797;
Pen, having a main body that extends axially along a central pen-axis (X), the pen having a first part , a second part pivotable with respect to the first part , wherein an area for clamping an object placed therein is formed between said first and second parts , said first and second parts forming a clamping arrangement which also comprises a torsion spring coupled to said first and second parts and said torsion spring surrounding its own spring axis (A) in a circumferential direction over the full circumference, the restoring force of the torsion spring counteracting a pivoting movement of said first and second parts said pivoting movement being directed to open the clamping area, the spring axis (A) of said torsion spring being arranged coaxial with the axis (z) of the pivoting movement and wherein the pivot axis (Z) is arranged transverse, in particular orthogonal to the central axis (X) of the pen, characterized in that the arrangement of the clamping arrangement is integrated in the main body of the pen by having the central axis (X) of the pen and the pivot axis (Z) essentially arranged in the same plane and the spring axis (A) going essentially through the central axis (X) of the pen.
A method for accessing an interior (236; 1201) of a fuselage assembly (114; 1100), the method comprising: driving a tower (332; 1500) having a number of platform levels (600; 1506,1507) into a selected tower position (338; 1518) within an assembly area ; coupling a number of utilities between the tower (332; 1500) and a utility fixture (150; 726) in the assembly area ; distributing the number of utilities from the tower (332; 1500) to an internal mobile platform (406; 1508); and accessing the interior (236; 1201) of the fuselage assembly (114; 1100) using the number of platform levels , wherein accessing the interior (236; 1201) comprises driving an internal mobile platform (406; 1601) located on one of the number of platform levels (600; 1507) into the fuselage assembly (114; 1100). driving a tower (332; 1500) having a number of platform levels (600; 1506,1507) into a selected tower position (338; 1518) within an assembly area ; coupling a number of utilities between the tower (332; 1500) and a utility fixture (150; 726) in the assembly area ; distributing the number of utilities from the tower (332; 1500) to an internal mobile platform (406; 1508); and accessing the interior (236; 1201) of the fuselage assembly (114; 1100) using the number of platform levels , wherein accessing the interior (236; 1201) comprises driving an internal mobile platform (406; 1601) located on one of the number of platform levels (600; 1507) into the fuselage assembly (114; 1100).
A seamed press felt comprising: a base fabric having a CD width and an MD length with two opposing MD ends that are joined to form a continuous belt: MD oriented yarns form uniform loops at the two opposing MD ends that are interdigitated to define a pintle channel extending the CD width; CD oriented yarns connected to the MD oriented yarns; loop open spaces located within the loops on each of the two opposing MD ends in a seam region, the loop open spaces being defined between a last one of the CD yarns at each of the two opposing MD ends and the pintle channel; a pintle extending through the pintle channel to form a seam; characterized by a stuffer package located in the loop open spaces on each of the two opposing MD ends, the stuffer package including at least one CD stuffer monofilament yarn having a diameter at least as large as a diameter of the CD oriented yarns, and at least two CD cabled monofilaments (154A-D), each said CD cabled monofilament including at least 3 monofilament strands ; a stitch that extends through at least a portion of the stuffer package and a portion of the base fabric at each of the two opposing MD ends, the stitch holds the at least one CD stuffer monofilament yarn and a first subset of the at least two CD cabled monofilaments in place in the loop open spaces and a second subset of the at least two CD cabled monofilaments is free-floating in the loop open spaces. MD oriented yarns form uniform loops at the two opposing MD ends that are interdigitated to define a pintle channel extending the CD width; CD oriented yarns connected to the MD oriented yarns; loop open spaces located within the loops on each of the two opposing MD ends in a seam region, the loop open spaces being defined between a last one of the CD yarns at each of the two opposing MD ends and the pintle channel; a pintle extending through the pintle channel to form a seam; characterized by a stuffer package located in the loop open spaces on each of the two opposing MD ends, the stuffer package including at least one CD stuffer monofilament yarn having a diameter at least as large as a diameter of the CD oriented yarns, and at least two CD cabled monofilaments (154A-D), each said CD cabled monofilament including at least 3 monofilament strands ; a stitch that extends through at least a portion of the stuffer package and a portion of the base fabric at each of the two opposing MD ends, the stitch holds the at least one CD stuffer monofilament yarn and a first subset of the at least two CD cabled monofilaments in place in the loop open spaces and a second subset of the at least two CD cabled monofilaments is free-floating in the loop open spaces.
A powdered particulate inoculant for treating liquid cast-iron, characterized in that it comprises, on the one hand, support particles which are made of a fusible material in the liquid cast-iron promoting the association of carbon with iron in the form of graphite and comprising at least one ferrosilicon alloy, aluminum and calcium, where the silicon is present in a content of at least 40% by mass relative to the mass of said support particles and aluminum and calcium are present, in alloyed form, each in a content of 0.2 to 5% by mass relative to the mass of said support particles, and on the other hand, surface particles which are made of a material promoting the germination and growth of graphite, selected, separately or in a mixture, among metallic elements, silicides, oxides, metallic sulphides, sulphates and carbon black, the material of the surface particles being different from the material of the support particles, said surface particles being arranged and distributed in a discontinuous manner on the surface of the support particles, the surface particles having a grain size distribution smaller than that of the support particles and such that their d50 is smaller than or equal to one-tenth of the d50 support particles. it comprises, on the one hand, support particles which are made of a fusible material in the liquid cast-iron promoting the association of carbon with iron in the form of graphite and comprising at least one ferrosilicon alloy, aluminum and calcium, where the silicon is present in a content of at least 40% by mass relative to the mass of said support particles and aluminum and calcium are present, in alloyed form, each in a content of 0.2 to 5% by mass relative to the mass of said support particles, and on the other hand, surface particles which are made of a material promoting the germination and growth of graphite, selected, separately or in a mixture, among metallic elements, silicides, oxides, metallic sulphides, sulphates and carbon black, the material of the surface particles being different from the material of the support particles, said surface particles being arranged and distributed in a discontinuous manner on the surface of the support particles, the surface particles having a grain size distribution smaller than that of the support particles and such that their d50 is smaller than or equal to one-tenth of the d50 support particles.
Beverage comprising - 20 - 60 % agave syrup (w/v); - 0.2 - 1.2 % maca extract (w/v); - 0.4 - 1.2 % guarana extract (w/v); - 0.2 - 1.2 % acai extract (w/v); - 0.5 - 1.0 % citric acid (w/v); - 0.05 - 0.20 % ascorbic acid (w/v); - aloe vera juice; wherein the percentages are referred to the total volume of the drink, and wherein the beverage does not include carbonic acid (H 2 CO 3 ). - 20 - 60 % agave syrup (w/v); - 0.2 - 1.2 % maca extract (w/v); - 0.4 - 1.2 % guarana extract (w/v); - 0.2 - 1.2 % acai extract (w/v); - 0.5 - 1.0 % citric acid (w/v); - 0.05 - 0.20 % ascorbic acid (w/v); - aloe vera juice;
An animal lift comprising: a lift mechanism ; a vertical mast housing at least a portion of the lift mechanism; a horizontal shaft rotatably coupled to the lift mechanism about a longitudinal axis of rotation of the shaft; a cradle coupled to the shaft , the cradle comprising i) a horizontal support member having a surface for engaging the sternum or underbelly of an animal along the animal's longitudinal axis from head to tail, and ii) a vertical side wall ; and a self-locking worm drive for rotating the shaft about the longitudinal axis of rotation and thereby rotating the animal along its longitudinal axis up to 180 degrees. a lift mechanism ; a vertical mast housing at least a portion of the lift mechanism; a horizontal shaft rotatably coupled to the lift mechanism about a longitudinal axis of rotation of the shaft; a cradle coupled to the shaft , the cradle comprising i) a horizontal support member having a surface for engaging the sternum or underbelly of an animal along the animal's longitudinal axis from head to tail, and ii) a vertical side wall ; and a self-locking worm drive for rotating the shaft about the longitudinal axis of rotation and thereby rotating the animal along its longitudinal axis up to 180 degrees.
A photothermal measuring device, comprising at least one excitation light source for heating a sample , an infrared detector for detecting thermal radiation of the heated sample and a measuring head , wherein the measuring head has a lens system for bundling the excitation light on the sample as well as for collecting the thermal radiation emitted from the sample , wherein the lens system determines a focus (F) of the excitation light, wherein the lens system and the infrared detector define a measuring surface , characterized in that the at least one excitation light source is a light-emitting diode, wherein the excitation surface measures 8 mm 2 to 200 mm 2 .
Method for separating diamandoids from a sample of iso-alkanes and cycloalkanes comprising a separation step by liquid chromatography, this separation step comprising: - introducing the sample into a column comprising a stationary phase comprising a material capable of forming inclusion complexes with the diamandoids, said material being cyclodextrin, - eluting with an eluent selected from mixtures of C3-C8 n-alkane and C1-C4 alkanol with an alkane/alkanol volume ratio ranging from 90/10 to 99.5/0.5, and - collecting the eluted fractions. - introducing the sample into a column comprising a stationary phase comprising a material capable of forming inclusion complexes with the diamandoids, said material being cyclodextrin, - eluting with an eluent selected from mixtures of C3-C8 n-alkane and C1-C4 alkanol with an alkane/alkanol volume ratio ranging from 90/10 to 99.5/0.5, and - collecting the eluted fractions.
An antenna device comprising: a plurality of transmission antennas (24-1,..., 24-N Tx ) for radiating transmission signals; and a plurality of reception antennas (31-1,..., 31- N Rx ) each for receiving, as a reflected signal, each of the transmission signals radiated from the respective plurality of transmission antennas and then reflected by a target, and outputting a reception signal corresponding to the reflected signals, characterized in that the plurality of reception antennas are arranged at regular intervals between two transmission antennas adj acent to each other among the plurality of transmission antennas, and a spacing between the two transmission antennas adjacent to each other has a width obtained by adding an integral multiple of a spacing between each two adjacent reception antennas of the plurality of reception antennas to a width obtained by dividing the spacing between each two adjacent reception antennas of the plurality of reception antennas by the number of the plurality of transmission antennas. a plurality of transmission antennas (24-1,..., 24-N Tx ) for radiating transmission signals; and a plurality of reception antennas (31-1,..., 31- N Rx ) each for receiving, as a reflected signal, each of the transmission signals radiated from the respective plurality of transmission antennas and then reflected by a target, and outputting a reception signal corresponding to the reflected signals, characterized in that the plurality of reception antennas are arranged at regular intervals between two transmission antennas adj acent to each other among the plurality of transmission antennas, and a spacing between the two transmission antennas adjacent to each other has a width obtained by adding an integral multiple of a spacing between each two adjacent reception antennas of the plurality of reception antennas to a width obtained by dividing the spacing between each two adjacent reception antennas of the plurality of reception antennas by the number of the plurality of transmission antennas.