mhurhangee/patent-ind-claim-en huggingface dataset:
1. Method for training a neural network (RN) intended to detect the boundaries of a traffic lane on which a vehicle with at least partially automated driving is traveling, characterized in that it comprises: - a first step (10-20) in which a processor acquires first and second images respectively of first and second different portions of a traffic lane, with respectively first and second sensors installed in different orientations on a vehicle of analysis traveling on said traffic lane by simulating said vehicle, and a processor records each first image and each second image, the first sensor is called "frontal", the second sensor is called "bodywork", - a second step (30-70) in which a processor constitutes with second successive recorded images a so-called aerial image of said traffic lane in a view from above, then a processor determines the boundaries of said traffic lane in this aerial image and elements capable of representing delimitations of said traffic lane in each first image, then a processor determines whether these determined elements correspond to these determined delimitations, and if so a processor records each element in a database (BD). determined, while in the negative a processor records in said database (BD) each determined element corresponding to the determined delimitation, and - a third step in which a processor trains said neural network (RN) with the recordings of said database (BD) so that it learns that in the presence of an element which has just been determined in a first image it must use either this element if it is not stored in correspondence of a delimitation, or the delimitation stored in correspondence of this element. - a first step (10-20) in which a processor acquires first and second images respectively of first and second different portions of a traffic lane, with respectively first and second sensors installed in different orientations on a vehicle of analysis traveling on said traffic lane by simulating said vehicle, and a processor records each first image and each second image, the first sensor is called "frontal", the second sensor is called "bodywork", - a second step (30-70) in which a processor constitutes with second successive recorded images a so-called aerial image of said traffic lane in a view from above, then a processor determines the boundaries of said traffic lane in this aerial image and elements capable of representing delimitations of said traffic lane in each first image, then a processor determines whether these determined elements correspond to these determined delimitations, and if so a processor records each element in a database (BD). determined, while in the negative a processor records in said database (BD) each determined element corresponding to the determined delimitation, and - a third step in which a processor trains said neural network (RN) with the recordings of said database (BD) so that it learns that in the presence of an element which has just been determined in a first image it must use either this element if it is not stored in correspondence of a delimitation, or the delimitation stored in correspondence of this element.
A pneumatic tire comprising: a film attached to an inner liner ; and a plurality of porous sound absorbing members attached to the film and arranged at a predetermined interval; characterized in that the plurality of porous sound absorbing members have a circular first pipe and a circular second pipe intersecting each other in a cross shape and formed integrally. a film attached to an inner liner ; and a plurality of porous sound absorbing members attached to the film and arranged at a predetermined interval; characterized in that the plurality of porous sound absorbing members have a circular first pipe and a circular second pipe intersecting each other in a cross shape and formed integrally.
A flange assembly comprising: a primary flange including a primary flange body , the primary flange body including a first primary surface and a second primary surface opposite the first primary surface , the primary flange body defining a primary bolt aperture extending from the first primary surface to the second primary surface ; a secondary flange positioned adjacent the primary flange , the secondary flange including a secondary flange body , the secondary flange body including a first secondary surface and a second secondary surface opposite the first secondary surface , the secondary flange body defining a secondary bolt aperture extending from the first secondary surface to the second secondary surface ; a bolt including a bolt body extending between a head end and a distal end along a bolt axis , the bolt body including an annular surface disposed about the bolt axis , the bolt body positioned within the primary bolt aperture and the secondary bolt aperture , the bolt further including a nut detachably mounted to the bolt body such that the primary flange and the secondary flange are positioned between the head end and the nut with the head end adjacent the primary flange ; characterized in : the bolt body further including an annular groove formed in the annular surface and disposed about the bolt axis , and having a clip attached to the bolt body within the annular groove , the clip positioned between the primary flange and the secondary flange a primary flange including a primary flange body , the primary flange body including a first primary surface and a second primary surface opposite the first primary surface , the primary flange body defining a primary bolt aperture extending from the first primary surface to the second primary surface ; a secondary flange positioned adjacent the primary flange , the secondary flange including a secondary flange body , the secondary flange body including a first secondary surface and a second secondary surface opposite the first secondary surface , the secondary flange body defining a secondary bolt aperture extending from the first secondary surface to the second secondary surface ; a bolt including a bolt body extending between a head end and a distal end along a bolt axis , the bolt body including an annular surface disposed about the bolt axis , the bolt body positioned within the primary bolt aperture and the secondary bolt aperture , the bolt further including a nut detachably mounted to the bolt body such that the primary flange and the secondary flange are positioned between the head end and the nut with the head end adjacent the primary flange ; characterized in : the bolt body further including an annular groove formed in the annular surface and disposed about the bolt axis , and having a clip attached to the bolt body within the annular groove , the clip positioned between the primary flange and the secondary flange
A method for automatically detecting the connection line order between the feed ports of a multiple facet dual polarized antenna with electrical tilt and the RF ports of a multichannel base station, characterized by comprising the steps of: adjusting , by an electrical adjustment unit, n electric down-tilts of the multiple facet dual polarized antenna, and collecting by the antenna feed ports placed in the electrical adjustment unit, standing wave ratio values of the signals reflected for each electric down-tilt of the transmitting channels of the base station, wherein n is an integer greater than 2; and calculating the variance of the collected standing wave ratio values corresponding to the n electric down-tilts according to a variance algorithm, wherein if the value of the variance is greater than a pre-determined threshold, the connection line order between the multiple facet dual polarized antenna and the base station is determined to be correct, wherein the connection line order is the connection relationship between the multichannel base station RF ports and the multiple facet dual polarized antenna feeder ports. adjusting , by an electrical adjustment unit, n electric down-tilts of the multiple facet dual polarized antenna, and collecting by the antenna feed ports placed in the electrical adjustment unit, standing wave ratio values of the signals reflected for each electric down-tilt of the transmitting channels of the base station, wherein n is an integer greater than 2; and calculating the variance of the collected standing wave ratio values corresponding to the n electric down-tilts according to a variance algorithm, wherein if the value of the variance is greater than a pre-determined threshold, the connection line order between the multiple facet dual polarized antenna and the base station is determined to be correct, wherein the connection line order is the connection relationship between the multichannel base station RF ports and the multiple facet dual polarized antenna feeder ports.
An assay for determining the presence or absence of a segregating sequence at a marker of interest in a nucleic acid sample, the assay comprising: (a) identifying a plurality of probes useful in the detection of at least one of a first set of segregating markers for a subject, (b) selecting from the plurality of probes a unique combination of probes, wherein the probes are designed to detect a subset of the first set of segregating markers, which subset is either ▪ the marker of interest; or ▪ a segregating sequence at a marker of interest; ▪ or a combination thereof; and (c) contacting said unique combination of probes to the nucleic acid sample, wherein the nucleic acid sample comprises a mixture of nucleic acids from a plurality of subjects; and (d) determining the presence or absence of a segregating sequence at the marker of interest for the subject. (a) identifying a plurality of probes useful in the detection of at least one of a first set of segregating markers for a subject, (b) selecting from the plurality of probes a unique combination of probes, wherein the probes are designed to detect a subset of the first set of segregating markers, which subset is either ▪ the marker of interest; or ▪ a segregating sequence at a marker of interest; ▪ or a combination thereof; and ▪ the marker of interest; or ▪ a segregating sequence at a marker of interest; ▪ or a combination thereof; and (c) contacting said unique combination of probes to the nucleic acid sample, wherein the nucleic acid sample comprises a mixture of nucleic acids from a plurality of subjects; and (d) determining the presence or absence of a segregating sequence at the marker of interest for the subject.
A method for providing an outbreak pathology inference engine in a network, carried out by an apparatus , comprising: receiving network telemetry data from a client device; receiving out-of-network telemetry data from the client device; inferring, based at least in part on the network telemetry data and out-of-network data, a malware outbreak hypothesis where the inferring is characterised by constructing, from the network telemetry data, a telemetry pathology graph comprising states and transitions between the state, wherein the states comprise devices in the network and outbreak events, and constructing, at least partly from the out-of-network telemetry data, a social pathology graph comprising states and transitions between states, wherein the states comprise users of the devices in the network and outbreak events, and identifying a bridge state corresponding to a same outbreak event connected to a first state corresponding to a device in the telemetry pathology graph and a second state corresponding to a user in the social pathology graph. receiving network telemetry data from a client device; receiving out-of-network telemetry data from the client device; inferring, based at least in part on the network telemetry data and out-of-network data, a malware outbreak hypothesis where the inferring is characterised by constructing, from the network telemetry data, a telemetry pathology graph comprising states and transitions between the state, wherein the states comprise devices in the network and outbreak events, and constructing, at least partly from the out-of-network telemetry data, a social pathology graph comprising states and transitions between states, wherein the states comprise users of the devices in the network and outbreak events, and identifying a bridge state corresponding to a same outbreak event connected to a first state corresponding to a device in the telemetry pathology graph and a second state corresponding to a user in the social pathology graph.
A method for manufacturing a Fabry-Perot sensor comprising: - an optical waveguide with a first end adapted to receive a light source, and a second end opposite to the first end ; - an optical cavity , adapted to said optical waveguide , with an entry arranged adjacent to said second end so as to receive an incident light beam from the optical waveguide , the optical cavity having an exit situated opposite to the entry , and closed by a deformable membrane , said method comprising for the fabrication of said deformable membrane the steps of: - adhering a liquid drop to said exit such that it provides a convex surface protruding outside the exit ; - depositing said deformable membrane by a solid-on-liquid deposition technique on said convex surface , the method being characterised in that it comprises the step of - depositing a reflecting layer on said deformable membrane to the side away from said liquid drop . - an optical waveguide with a first end adapted to receive a light source, and a second end opposite to the first end ; - an optical cavity , adapted to said optical waveguide , with an entry arranged adjacent to said second end so as to receive an incident light beam from the optical waveguide , the optical cavity having an exit situated opposite to the entry , and closed by a deformable membrane , - adhering a liquid drop to said exit such that it provides a convex surface protruding outside the exit ; - depositing said deformable membrane by a solid-on-liquid deposition technique on said convex surface , the method being characterised in that it comprises the step of - depositing a reflecting layer on said deformable membrane to the side away from said liquid drop .
Method for the provision of result data which is suitable for use in planning an irradiation of a patient, comprising the following steps: - The acquisition of CT measurement data of the patient which has been acquired by means of a CT device having a quantum counting X-ray detector, - The processing of the CT measurement data, wherein during the processing of the CT measurement data a specific information content of the CT measurement data resulting from the use of the quantum counting X-ray detector in the acquisition of the CT measurement data is taken into account, wherein result data is generated during the processing of the CT measurement data which is suitable for use in planning of the irradiation of the patient, - The provision of the result data to an interface such that the result data can be used for the planning of the irradiation of the patient. - The acquisition of CT measurement data of the patient which has been acquired by means of a CT device having a quantum counting X-ray detector, - The processing of the CT measurement data, wherein during the processing of the CT measurement data a specific information content of the CT measurement data resulting from the use of the quantum counting X-ray detector in the acquisition of the CT measurement data is taken into account, wherein result data is generated during the processing of the CT measurement data which is suitable for use in planning of the irradiation of the patient, - The provision of the result data to an interface such that the result data can be used for the planning of the irradiation of the patient.
A mixing chamber assembly adapted for an engine aftertreatment system, the mixing chamber assembly comprising a compartment and a mounting hole for mounting a urea injector , the compartment being partitioned to a first sub-compartment , a second sub-compartment and a middle sub-compartment connected between the first sub-compartment and the second sub-compartment , a second wall including a second left side wall and a second right side wall , which at least partly defines the second sub-compartment , a third wall including a third left side wall and a third right side wall which at least partly defines the middle sub-compartment , the first sub-compartment being positioned upstream the second sub-compartment in a main flow direction of exhaust gas (MF), the urea injector being adapted for spraying urea droplets into the first sub-compartment , wherein the mixing chamber assembly further comprises a mixer positioned in the middle sub-compartment , the mixer comprising a plurality of first blades arranged in a first row and inclined to the second sub-chamber , the first blades being divided into a first group and a second group , characterized in that the first blades of the first group and the first blades of the second group are of V-shaped position relationship in order to form double-swirl mixing effect in the second sub-compartment , wherein the first blades of the first group are inclined toward the second left side wall in the main flow direction of exhaust gas (MF) and the first blades of the second group are inclined toward the second right side wall in the main flow direction of exhaust gas (MF) of the sub-compartment wherein the first blades of the first group are positioned adjacent to the third left side wall opposite of the first blades of the second group which are positioned adjacent to the third right side wall .
Electrical cabinet for railway equipment, the electrical cabinet comprising: - at least two separate water-tight parts and at least one zone which is less water-tight than the two parts or even not water-tight and which separates the two parts from one another, - a frame forming a skeleton of the electrical cabinet and constituting a bearing structure of the electrical cabinet , and - connection cables which electrically connect the two parts to one another, characterised in that : - the frame comprises a plurality of tubes , the tubes connecting the two parts to one another via the less tight zone in order to ensure mechanical rigidity of the electrical cabinet , and - the connection cables are arranged inside tubes of said plurality, the tubes having connection cables being at least as water-tight as the two parts , at least in said less tight zone . - at least two separate water-tight parts and at least one zone which is less water-tight than the two parts or even not water-tight and which separates the two parts from one another, - a frame forming a skeleton of the electrical cabinet and constituting a bearing structure of the electrical cabinet , and - connection cables which electrically connect the two parts to one another, - the frame comprises a plurality of tubes , the tubes connecting the two parts to one another via the less tight zone in order to ensure mechanical rigidity of the electrical cabinet , and - the connection cables are arranged inside tubes of said plurality, the tubes having connection cables being at least as water-tight as the two parts , at least in said less tight zone .
A mobile phone case having make-up palettes capable of being separated and combined, comprising: a palettes storage recess for being formed in a rectangular shape to the rear surface center of a main body ; make-up palettes for being formed in a square or rectangular shape and arranged in several palettes to the palettes storage recess by filling the inside with color cosmetics; and a cover for being formed in a plate shape whose size is the same as the main body and being axially combined for rotation at one side of the rear surface of the main body , wherein the mobile phone case is provided, on the front edge of the main body , with a raised spot for storing a mobile phone; characterized in that , the palettes storage recess comprises an opening whose the front surface or rear surface is open, a first sliding protrusion on the left or right side edge, and a first sliding recess on the right or left side edge; and the make-up palettes comprise a second sliding recess on one side so as to connect the first sliding protrusion of the palettes storage recess or the neighboring make-up palettes , and a second sliding protrusion on the other side so as to connect the second sliding recess of the palettes storage recess or the neighboring make-up palettes ; wherein the palettes storage recess includes a fixing bar which is combined to a hinge so as to make one end rotate for injecting and fixing the make-up palettes to the opening . a palettes storage recess for being formed in a rectangular shape to the rear surface center of a main body ; make-up palettes for being formed in a square or rectangular shape and arranged in several palettes to the palettes storage recess by filling the inside with color cosmetics; and a cover for being formed in a plate shape whose size is the same as the main body and being axially combined for rotation at one side of the rear surface of the main body , wherein the mobile phone case is provided, on the front edge of the main body , with a raised spot for storing a mobile phone; characterized in that , the palettes storage recess comprises an opening whose the front surface or rear surface is open, a first sliding protrusion on the left or right side edge, and a first sliding recess on the right or left side edge; and the make-up palettes comprise a second sliding recess on one side so as to connect the first sliding protrusion of the palettes storage recess or the neighboring make-up palettes , and a second sliding protrusion on the other side so as to connect the second sliding recess of the palettes storage recess or the neighboring make-up palettes ; wherein the palettes storage recess includes a fixing bar which is combined to a hinge so as to make one end rotate for injecting and fixing the make-up palettes to the opening .
Method for designing a piece of apparel , in particular an upper of a shoe, comprising: a. providing at least one first panel including a plurality of feature points in an essentially two-dimensional configuration; b. arranging the at least one first panel on a first reference body in a three-dimensional configuration , representing the piece of apparel to be designed; c. generating a first mapping between the two-dimensional configuration of the at least one first panel and the three-dimensional configuration of the at least one first panel using the plurality of feature points ; d. designing the piece of apparel using the first mapping ; e. wherein the steps a. and b. involve manufacture and physical manipulation of the at least one first panel ; f. wherein generating the first mapping involves a three-dimensional scanning technique . a. providing at least one first panel including a plurality of feature points in an essentially two-dimensional configuration; b. arranging the at least one first panel on a first reference body in a three-dimensional configuration , representing the piece of apparel to be designed; c. generating a first mapping between the two-dimensional configuration of the at least one first panel and the three-dimensional configuration of the at least one first panel using the plurality of feature points ; d. designing the piece of apparel using the first mapping ; e. wherein the steps a. and b. involve manufacture and physical manipulation of the at least one first panel ; f. wherein generating the first mapping involves a three-dimensional scanning technique .