mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying areas of the heart of a patient likely to be involved in the perpetuation of atrial fibrillation implemented by a processor, hereinafter target areas, from a plurality of local recordings made on the heart of the patient during a measurement window, each local recording corresponding to an area of the heart of the patient, each local recording comprising at least one local EGM and possibly at least one base line, the method comprising the following steps: - the reception of a reference cycle of the arrhythmia, the reference cycle being the average duration of the base lines between two local EGMs of a local recording corresponding to a healthy area of the heart of the patient; and - for each local recording: • the determination of base lines between two local EGMs; • the calculation of at least one ratio out of: ∘ an average ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ a median ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ for each base line, a ratio of the duration of the base line to the reference cycle of the arrhythmia; • the classification of the corresponding area of the heart according to its degree of involvement in the perpetuation of the AF, the degree of involvement of the area being a function of the ratio or ratios calculated. - the reception of a reference cycle of the arrhythmia, the reference cycle being the average duration of the base lines between two local EGMs of a local recording corresponding to a healthy area of the heart of the patient; and - for each local recording: • the determination of base lines between two local EGMs; • the calculation of at least one ratio out of: ∘ an average ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ a median ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ for each base line, a ratio of the duration of the base line to the reference cycle of the arrhythmia; • the classification of the corresponding area of the heart according to its degree of involvement in the perpetuation of the AF, the degree of involvement of the area being a function of the ratio or ratios calculated. • the determination of base lines between two local EGMs; • the calculation of at least one ratio out of: ∘ an average ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ a median ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ for each base line, a ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ an average ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ a median ratio of the duration of the base line to the reference cycle of the arrhythmia; ∘ for each base line, a ratio of the duration of the base line to the reference cycle of the arrhythmia; • the classification of the corresponding area of the heart according to its degree of involvement in the perpetuation of the AF, the degree of involvement of the area being a function of the ratio or ratios calculated.
A lead-free, silver-free solder alloy comprising: 0.6 to 0.8 wt. % copper; 1.2 to 1.8 wt. % bismuth; 0.04 to 0.06 wt. % cobalt; 0.02 to 0.08 wt. % antimony; optionally 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; and balance tin, together with any unavoidable impurities. 0.6 to 0.8 wt. % copper; 1.2 to 1.8 wt. % bismuth; 0.04 to 0.06 wt. % cobalt; 0.02 to 0.08 wt. % antimony; optionally 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; 0.004 to 0.008 wt. % germanium; 0.03 to 0.07 wt. % nickel; and balance tin, together with any unavoidable impurities.
A method for transmitting streaming media resources, the method comprising: receiving, by a load balancing server in a Content Delivery Network, CDN, a processing request for a target streaming media resource sent by a client, and dispatching the processing request to a first process in an edge server in the CDN; determining, by the edge server, whether it is the first process to process the processing request, and if it is not the first process to process the processing request, forwarding the processing request to a second process in a layer in which the first process is located; determining, by the edge server, whether it is the second process to process the processing request, and if it is the second process to process the processing request, constructing, through the second process, a response request corresponding to the processing request, wherein the response request includes an Interactive Connectivity Establishment, ICE, candidate generated by the second process serving as an access address for accessing the target streaming media resource; and feeding back, by the edge server, the response request to the first process, and feeding back the response request to the client through the first process, to allow the client to establish a WebRTC communication connection with the second process, and the target streaming media resource to be transmitted through the established WebRTC communication connection. receiving, by a load balancing server in a Content Delivery Network, CDN, a processing request for a target streaming media resource sent by a client, and dispatching the processing request to a first process in an edge server in the CDN; determining, by the edge server, whether it is the first process to process the processing request, and if it is not the first process to process the processing request, forwarding the processing request to a second process in a layer in which the first process is located; determining, by the edge server, whether it is the second process to process the processing request, and if it is the second process to process the processing request, constructing, through the second process, a response request corresponding to the processing request, wherein the response request includes an Interactive Connectivity Establishment, ICE, candidate generated by the second process serving as an access address for accessing the target streaming media resource; and feeding back, by the edge server, the response request to the first process, and feeding back the response request to the client through the first process, to allow the client to establish a WebRTC communication connection with the second process, and the target streaming media resource to be transmitted through the established WebRTC communication connection.
A section (46; 200; 300) of a gas turbine engine, comprising: a rotor blade configured to rotate about an axis (X-X'); a case (100; 201; 301) positioned radially outward from the rotor blade and extending circumferentially about the axis (X-X'); a control ring (104; 204; 304) being annular, positioned radially inward from the case (100; 201; 301), and configured to move radially relative to the case (100; 201; 301); and a segmented blade outer air seal (BOAS) (106; 206; 306) including a plurality of BOAS segments each being positioned radially outward from the rotor blade, movably coupled to the control ring (104; 204; 304), and configured to move circumferentially relative to each other such that a circumferential gap between each of the plurality of BOAS segments changes in size in response to a temperature change in the section of the gas turbine engine, characterised in that the section further comprises a spring positioned radially between the segmented BOAS (106; 206; 306) and the control ring (104; 204; 304) and configured to exert a radially inward force on the segmented BOAS (106; 206; 306) towards the rotor blade. a rotor blade configured to rotate about an axis (X-X'); a case (100; 201; 301) positioned radially outward from the rotor blade and extending circumferentially about the axis (X-X'); a control ring (104; 204; 304) being annular, positioned radially inward from the case (100; 201; 301), and configured to move radially relative to the case (100; 201; 301); and a segmented blade outer air seal (BOAS) (106; 206; 306) including a plurality of BOAS segments each being positioned radially outward from the rotor blade, movably coupled to the control ring (104; 204; 304), and configured to move circumferentially relative to each other such that a circumferential gap between each of the plurality of BOAS segments changes in size in response to a temperature change in the section of the gas turbine engine, characterised in that the section further comprises a spring positioned radially between the segmented BOAS (106; 206; 306) and the control ring (104; 204; 304) and configured to exert a radially inward force on the segmented BOAS (106; 206; 306) towards the rotor blade.
An optical glass fibre termination point with a rectangular housing with a closable lid, in which an optical glass fibre cassette for splicing optical glass fibres introduced into the housing and a mounting plate for distributing the optical glass fibres are arranged, wherein the optical glass fibre cassette is fastened to the mounting plate and wherein the housing has outlet openings for optical glass fibre cables on at least one side, wherein the mounting plate has a substantially square outline shape and at one edge region has an outlet for optical glass fibre cables to the hard wiring and at another edge region an outlet to the plug wiring with mounts for connectors of the optical glass fibres and the mounting plate and the housing have cooperating fastening means (10, 11), with which the mounting plate is fastenable in the housing in at least two orientations rotated with respect to one another such that either the outlet to the hard wiring or the outlet to the plug wiring is positioned at the at least one side with the outlet openings in the housing.
A surgical buttress for use in a surgical stapling apparatus, the surgical buttress comprising: a body portion; a neck portion; the body portion defines a pair of opposing distal recesses, each of the pair of opposing distal recesses is formed on an opposing lateral side of the body portion near a distal edge of the body portion characterized in that the buttress comprises at least two pairs of opposing proximal recesses (526a, 526b), each pair of the at least two pairs of opposing proximal recesses is formed on an opposing lateral side of the body portion near a proximal edge of the body portion and a substantially rectangular head portion connected to a distal end of the body portion by substantially parallel sides of the neck portion. a body portion; a neck portion; the body portion defines a pair of opposing distal recesses, each of the pair of opposing distal recesses is formed on an opposing lateral side of the body portion near a distal edge of the body portion characterized in that the buttress comprises at least two pairs of opposing proximal recesses (526a, 526b), each pair of the at least two pairs of opposing proximal recesses is formed on an opposing lateral side of the body portion near a proximal edge of the body portion and a substantially rectangular head portion connected to a distal end of the body portion by substantially parallel sides of the neck portion.
A method in a user equipment for determining an uplink transmission timing correction for communication in a telecommunication system in which aggregation of component carriers is applied, the method comprising - sending a signal on an uplink component carrier to a base station, - receiving a timing correction of the uplink transmission timing and information on which uplink component carrier the timing correction is valid for from the base station, - adjusting the uplink transmission timing of the component carrier the timing correction is valid for based on the timing correction. - sending a signal on an uplink component carrier to a base station, - receiving a timing correction of the uplink transmission timing and information on which uplink component carrier the timing correction is valid for from the base station, - adjusting the uplink transmission timing of the component carrier the timing correction is valid for based on the timing correction.
A method of detecting a predisposition to, or the incidence of, gastrointestinal cancer in a sample comprising detecting an epigenetic change in at least NDRG4 and optionally also at least one gene selected from GATA4, OSMR, GATA5, SFRP1, ADAM23, JPH3, SFRP2, APC, MGMT, TFPI2, BNIP3, FOXE1, SYNE1, SOX17, PHACTR3 and JAM3, wherein detection of the epigenetic change is indicative of a predisposition to, or the incidence of, gastrointestinal cancer.
A fan system, in particular for a heat exchanger (101, 401, 701), having at least one receptacle (103, 203, 403, 504, 704, 705, 803, 1203) for at least one fan drive unit for driving at least one fan wheel (201, 501, 1209), at least one housing wall (104, 202, 404, 502, 703, 802, 1202), at least one strut (301, 302, 505, 506, 603, 809, 810, 811, 903, 1003, 1214), in particular a number of struts which connect the receptacle (103, 203, 403, 504, 704, 705, 803, 1203) to the housing wall (104, 202, 404, 502, 703, 802, 1202), wherein the struts (301, 302, 505, 506, 601, 602, 603, 809, 810, 811, 903, 1214) are arranged between at least one heat exchanger (101, 401, 701) and the at least one fan wheel (201, 501, 1209), characterised in that at least one strut (301, 302, 505, 506, 601, 603, 809, 810, 811, 903, 1003, 1214) has at least one strut portion which is designed as a flow guide surface and which has an angle α with respect to a fan wheel axis direction, wherein the angle α is between 30° and 70°.
A method for producing a composite insulating clay brick or concrete block, comprising the following steps: a) providing a clay masonry brick or concrete block comprising at least one cell with walls having a water absorption rate of less than 5 g / (m 2.s) at 10 minutes, and b) filling said cell with a mineral cement foam, wherein the cement used to produce said mineral cement foam has an aluminium oxide content of less than 20% by weight of the dry compound. a) providing a clay masonry brick or concrete block comprising at least one cell with walls having a water absorption rate of less than 5 g / (m 2.s) at 10 minutes, and b) filling said cell with a mineral cement foam, wherein the cement used to produce said mineral cement foam has an aluminium oxide content of less than 20% by weight of the dry compound.
A device for labeling individual packages - with a feed device for transporting the respective package in a transport direction, - with a printing device for printing a label, which can be removed from a material strip, wherein the printing device has a label dispensing unit (3.1) for dispensing the printed label in a dispensing direction, and - with an application device for applying the printed label to the respective package, wherein the application device has a manipulator means (6.1) for moving the printed label from a pick-up position, in which the printed label can be transferred from the label dispensing unit (3.1) to the manipulator means (6.1) in the dispensing direction, via at least one transport position (T, T') to a dispensing position, in which the printed label can be applied to the package by the manipulator means (6.1), wherein the manipulator means (6.1) has an element (6.11), which can carry out a circulating movement along a circulating path, wherein the element (6.11) has at least a first section (6.11a) for picking up a printed label and at least a second section (6.11b) for picking up a printed label, wherein the first section (6.11a) and the second section (6.11b) are arranged on the circulating path of the element (6.11), characterized in that the element (6.11) has a straight course and runs transversely to the transport direction (T'), in the area between the pick-up position and the dispensing position or in the area between the pick-up position and the transport position (T'), which is located in the same vertical plane as the dispensing position. - with a feed device for transporting the respective package in a transport direction, - with a printing device for printing a label, which can be removed from a material strip, wherein the printing device has a label dispensing unit (3.1) for dispensing the printed label in a dispensing direction, and - with an application device for applying the printed label to the respective package, wherein the application device has a manipulator means (6.1) for moving the printed label from a pick-up position, in which the printed label can be transferred from the label dispensing unit (3.1) to the manipulator means (6.1) in the dispensing direction, via at least one transport position (T, T') to a dispensing position, in which the printed label can be applied to the package by the manipulator means (6.1),
Resolver comprising - a first structural unit (1; 1') which has transmission windings (1.5; 1.5') and a first winding (1.2A; 1.2A') of a first transformer (A; A'), - a second structural unit (2; 2') which has receiver windings (2.5; 2.5') and a first winding (2.2B; 2.2B') of a second transformer (B; B') and a first winding (2.2C; 2.2C') of a third transformer (C; C'), - a third structural unit (3, 3') which has a second winding (3.2A; 3.2A') of the first transformer (A; A') and a second winding (3.2B; 3.2B') of the second transformer (B; B') and a second winding (3.2C; 3.2C') of the third transformer (C; C'), wherein the three structural units (1, 2, 3; 1', 2', 3') are each arranged such that they can rotate relative to one another about an axis, and the windings (1.2A, 3.2A; 1.2A', 3.2A') of the first transformer (A; A'), the windings (2.2B, 3.2B; 2.2B', 3.2B') of the second transformer (B; B'), the windings (2.2C, 3.2C; 2.2C', 3.2C') of the third transformer (C; C') and the transmission windings (1.5; 1.5') and the receiver windings (2.5; 2.5') are in each case arranged opposite one another with a radial gap (s). - a first structural unit (1; 1') which has transmission windings (1.5; 1.5') and a first winding (1.2A; 1.2A') of a first transformer (A; A'), - a second structural unit (2; 2') which has receiver windings (2.5; 2.5') and a first winding (2.2B; 2.2B') of a second transformer (B; B') and a first winding (2.2C; 2.2C') of a third transformer (C; C'), - a third structural unit (3, 3') which has a second winding (3.2A; 3.2A') of the first transformer (A; A') and a second winding (3.2B; 3.2B') of the second transformer (B; B') and a second winding (3.2C; 3.2C') of the third transformer (C; C'), wherein
An arrangement for monitoring fuses of a direct current voltage circuit, the arrangement comprising the following: a first (+) and a second (-) supply poles for forming an operating voltage for the direct current circuit; a first fuse connected to the first supply pole (+), which first fuse includes an input pole (7a1) and an output pole (7a2), characterised in that a second fuse connected to the second supply pole (-), which second fuse comprises an input pole (7b1) and an output pole (7b2); means for forming one or several reference voltages (U REF a,U REF b,U REF c); means (3c,3d,3m,3n) for forming a first measurement voltage (U 1b,U 1c) between the output pole (7a2) of the first fuse and the input pole (7b1) of the second fuse; means for forming a second measurement voltage (U 1a, U 1d) between the output pole (7b2) of the second fuse and the input pole (7a1) of the first fuse; means (4a, 4b, 4c) for comparing one or several reference voltages and measurement voltages to assess if one or two of the first and the second fuse is blown; and means for indicating the comparison result. a first (+) and a second (-) supply poles for forming an operating voltage for the direct current circuit; a first fuse connected to the first supply pole (+), which first fuse includes an input pole (7a1) and an output pole (7a2), characterised in that a second fuse connected to the second supply pole (-), which second fuse comprises an input pole (7b1) and an output pole (7b2); means for forming one or several reference voltages (U REF a,U REF b,U REF c); means (3c,3d,3m,3n) for forming a first measurement voltage (U 1b,U 1c) between the output pole (7a2) of the first fuse and the input pole (7b1) of the second fuse; means for forming a second measurement voltage (U 1a, U 1d) between the output pole (7b2) of the second fuse and the input pole (7a1) of the first fuse; means (4a, 4b, 4c) for comparing one or several reference voltages and measurement voltages to assess if one or two of the first and the second fuse is blown; and means for indicating the comparison result.
An endoscope image pick-up apparatus including an image pick-up unit for picking up an image of the body and for transmitting the image by radio to an extra-corporeal unit, the image pick-up unit comprising: image pick-up means for capturing the image; data processing means for performing the processing for reducing the data amount of the image obtained by the image pick-up means at a plurality of ratios; data transmitting means (17, 19) for transmitting the data processed by the data processing means to the extra-corporeal unit; characteristic amount detecting means (25, 26) for detecting a predetermined amount of characteristics based on the image; and determining means (25, 26) for determining based on the amount of characteristics whether or not the image is valid wherein the data processing means is adapted to control a reducing ratio of data amount in accordance with the determining result outputted by the determining means (25, 26); wherein the characteristic amount detecting means (25, 26) include histogram determining means (47, 61-66) for detecting the characteristic amount, hue histogram and saturation histogram of the image from the image data and wherein the histogram determining means (47, 61-66) outputs a color distribution detecting signal indicating that the image is valid, when the hue histogram shows that a distance between two peak hue values at a threshold value or more is within a predetermined range, or when the saturation histogram shows that a distance between two peak saturation values at a threshold value or more is within a predetermined range. image pick-up means for capturing the image; data processing means for performing the processing for reducing the data amount of the image obtained by the image pick-up means at a plurality of ratios; data transmitting means (17, 19) for transmitting the data processed by the data processing means to the extra-corporeal unit; characteristic amount detecting means (25, 26) for detecting a predetermined amount of characteristics based on the image; and determining means (25, 26) for determining based on the amount of characteristics whether or not the image is valid wherein the data processing means is adapted to control a reducing ratio of data amount in accordance with the determining result outputted by the determining means (25, 26); wherein the characteristic amount detecting means (25, 26) include histogram determining means (47, 61-66) for detecting the characteristic amount, hue histogram and saturation histogram of the image from the image data and wherein the histogram determining means (47, 61-66) outputs a color distribution detecting signal indicating that the image is valid, when the hue histogram shows that a distance between two peak hue values at a threshold value or more is within a predetermined range, or when the saturation histogram shows that a distance between two peak saturation values at a threshold value or more is within a predetermined range.