mhurhangee/ep-ind-claims huggingface dataset:
A method (400, 800, 1200) for generating a combined image, said method (400, 800, 1200) comprising: acquiring, with aid of a first lens module, a first image, wherein the first image is acquired with aid of a first sensor; acquiring, with aid of a second lens module, a second image, wherein and the second image is acquired with aid of a second sensor, wherein the first sensor has a first sensor size and the second sensor has a second sensor size, wherein the first sensor size is different from the second sensor size, and wherein an optical axis of the first lens module and an optical axis of the second lens module coincide or intersect and are perpendicular; receiving, at one or more processors, the first image; receiving, at one or more processors, the second image; combining, with aid of one or more processors, the first image and the second image; and the method (400, 800, 1200) being characterized in that each individual pixel on the first sensor has a first pixel size different than each individual pixel on the second sensor having a second pixel size, and wherein combining the first image and the second image comprises scaling the first image by the first pixel size the second pixel size or scaling the second image by the second pixel size the first pixel size. acquiring, with aid of a first lens module, a first image, wherein the first image is acquired with aid of a first sensor; acquiring, with aid of a second lens module, a second image, wherein and the second image is acquired with aid of a second sensor, wherein the first sensor has a first sensor size and the second sensor has a second sensor size, wherein and the second image is acquired with aid of a second sensor, wherein the first sensor has a first sensor size and the second sensor has a second sensor size, wherein the first sensor size is different from the second sensor size, and wherein an optical axis of the first lens module and an optical axis of the second lens module coincide or intersect and are perpendicular; receiving, at one or more processors, the first image; receiving, at one or more processors, the second image; combining, with aid of one or more processors, the first image and the second image; and the method (400, 800, 1200) being characterized in that each individual pixel on the first sensor has a first pixel size different than each individual pixel on the second sensor having a second pixel size, and wherein combining the first image and the second image comprises scaling the first image by the first pixel size the second pixel size or scaling the second image by the second pixel size the first pixel size.
A method for controlling the progression of vehicles (V 1, V n) in a cable transport equipment, said equipment comprising: - vehicles (V 1, V n) with declutchable clamps circulating at a rate D; - a traction cable driven at a running speed Vc, for driving the vehicles (V1, V n) when they are coupled to the cable; and - at least one passenger embarkment and/or disembarkment station including at least a section in which the vehicles (V 1, V n) that are disconnected from the cable are driven by station driving means; said method comprising: - a step of determining a threshold (S n, T) that varies depending on the running speed Vc of the cable and/or on the circulation rate D of the vehicles (V 1, Vi); - a detection step that comprises transmitting a detection signal upon the passage of vehicles (V 1, Vi) in front of at least one fixed reference (R 1, R n+1); - a step of measuring a variable (L n, i, K n, i+1) representative of a running length of the traction cable between two detection signals; - a step of diagnosing the progression of the vehicles (V 1, Vi) in the station by comparing the threshold (S n, T) with the variable (L n, i, K n, i+1) representative of a running length, wherein the detection step comprises transmitting a first detection signal upon the passage of a vehicle V i in front of a first reference R n and transmitting a second detection signal upon the passage of said vehicle V i in front of a second reference R n+1, the variable L n, i representative of a running length being measured between said first and second detection signals. - vehicles (V 1, V n) with declutchable clamps circulating at a rate D; - a traction cable driven at a running speed Vc, for driving the vehicles (V1, V n) when they are coupled to the cable; and - at least one passenger embarkment and/or disembarkment station including at least a section in which the vehicles (V 1, V n) that are disconnected from the cable are driven by station driving means; - a step of determining a threshold (S n, T) that varies depending on the running speed Vc of the cable and/or on the circulation rate D of the vehicles (V 1, Vi); - a detection step that comprises transmitting a detection signal upon the passage of vehicles (V 1, Vi) in front of at least one fixed reference (R 1, R n+1); - a step of measuring a variable (L n, i, K n, i+1) representative of a running length of the traction cable between two detection signals; - a step of diagnosing the progression of the vehicles (V 1, Vi) in the station by comparing the threshold (S n, T) with the variable (L n, i, K n, i+1) representative of a running length, wherein the detection step comprises transmitting a first detection signal upon the passage of a vehicle V i in front of a first reference R n and transmitting a second detection signal upon the passage of said vehicle V i in front of a second reference R n+1, the variable L n, i representative of a running length being measured between said first and second detection signals.
Sensor system for measuring the thickness of flat material moved relative to the sensor system, which has the following features: - a first sensor device for measuring the thickness of the flat material, which at the time of the measurement is present as a film bubble, - means for producing an air cushion, which are arranged in such a way that, during operation, an air cushion is produced between the at least one side of the sensor device that faces the flat material and the flat material, - the first sensor device having surface sections made of material that is porous and/or provided with micro-holes in the area of the air cushion, characterized in that - the sensor system contains capacitive measuring means which comprise at least two electrodes (17, 19), - which are located on a side of the capacitive sensor that faces the flat material - wherein the air cushion of the first sensor device measuring from outside the film bubble is located in the radial direction (r) of the film bubble within the intended radius of the same. - a first sensor device for measuring the thickness of the flat material, which at the time of the measurement is present as a film bubble, - means for producing an air cushion, which are arranged in such a way that, during operation, an air cushion is produced between the at least one side of the sensor device that faces the flat material and the flat material, - the first sensor device having surface sections made of material that is porous and/or provided with micro-holes in the area of the air cushion, - the sensor system contains capacitive measuring means which comprise at least two electrodes (17, 19), - which are located on a side of the capacitive sensor that faces the flat material - wherein the air cushion of the first sensor device measuring from outside the film bubble is located in the radial direction (r) of the film bubble within the intended radius of the same.
Electronic circuit device for sensing a detection element current (i D3) through a detection element (D3, D4), and/or a temperature in said detection element (D3, D4), with a first and a second transistor element and with the detection element which is in the form of a freewheeling diode or in the form of a polarity reversal protection diode and connected to an inductive load, wherein a first connection of the detection element (D3, D4) is connected to an emitter connection or source connection of the first transistor element and a second connection of the detection element (D3, D4) is connected to an emitter connection or source connection of the second transistor element, characterized in that the base connections of the first and second transistor elements (Q1, Q2) are connected to one another directly or indirectly and the second transistor element provides and/or modulates an electrical evaluation signal (i CQ2), wherein the electrical evaluation signal is the collector current or drain current of the second transistor element, the signal value of which electrical evaluation signal is directly or indirectly dependent at least on the detection element current (i D3) and/or the temperature in the detection element (D3, D4).
A session management method, comprising: learning, by a session management function, SMF, network element, of whether a first condition is met, wherein the first condition comprises: a first location of a user equipment, UE, is outside a service area, SA, of a local area data network, LADN; and when the first condition is met, stopping, by the SMF network element, data transmission of an LADN packet data unit, PDU, session of the LADN, and maintaining, by the SMF network element, a resource of the LADN PDU session, wherein the LADN PDU session is used for the UE to access the LADN; wherein the stopping, by the SMF network element, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session, comprises: enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session. learning, by a session management function, SMF, network element, of whether a first condition is met, wherein the first condition comprises: a first location of a user equipment, UE, is outside a service area, SA, of a local area data network, LADN; and when the first condition is met, stopping, by the SMF network element, data transmission of an LADN packet data unit, PDU, session of the LADN, and maintaining, by the SMF network element, a resource of the LADN PDU session, wherein the LADN PDU session is used for the UE to access the LADN; wherein the stopping, by the SMF network element, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session, comprises: enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session. enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session.
A method for in vitro diagnosis of a pancreatic adenoma comprising the steps of: (a) incubating an antibody containing sample derived from an individual with at least one protein or protein fragment encoded by any one of the genes selected from a first group of genes consisting of KCNAB1, C1ORF77, SPSB2, MED9, STK40, ITGB3BP, SCEL, PDPK1, DUSP15 and MED19; (b) determining the amount of antibody bound to the at least one protein or protein fragment; and (c) comparing the amount of antibody bound to the at least one protein or protein fragment from the sample to the average antibody amount against the at least one protein or protein fragment present in healthy individuals, wherein a lower amount of the particular antibody directed against the at least one protein or protein fragment encoded by the first group of genes indicates the presence of a pancreatic adenoma. (a) incubating an antibody containing sample derived from an individual with at least one protein or protein fragment encoded by any one of the genes selected from a first group of genes consisting of KCNAB1, C1ORF77, SPSB2, MED9, STK40, ITGB3BP, SCEL, PDPK1, DUSP15 and MED19; (b) determining the amount of antibody bound to the at least one protein or protein fragment; and (c) comparing the amount of antibody bound to the at least one protein or protein fragment from the sample to the average antibody amount against the at least one protein or protein fragment present in healthy individuals,
A system for measuring an absolute position, comprising a permanent magnet, and at least one probe that is mobile relative to said magnet over a given path, with said magnet generating, at the probe, a magnetic field having a first so-called tangential magnetic component B t according to the motion direction, and a second so-called normal magnetic component B n, orthogonal to the first component and in quadrature, with said probe delivering two electrical signals V n, V t on the basis of said components, respectively B n, B t, as well as calculation means providing position information calculated on the basis of the arctangent of the ratio between said signals V n, V t, which a fixed correction coefficient G is assigned to, characterized in that said calculation means is so parameterized as to apply, to one of the signals V n, V t, a fixed non-zero gain G which is strictly different from k, where k refers to the Vmax t /Vmax n ratio, where Vmax t and Vmax n respectively represent the amplitude of signal V t and V n along said path, with the fixed gain G being so calculated as to minimize the deviations between position values from the magnetic components and corresponding real mechanical position values.
A processor implemented method of updating information on an aircraft flight management system, the processor implemented method comprising: receiving a notice to airmen (NOTAM) comprising an updated instrument landing system category; and determining that the updated ILS category is different from a first ILS category, updating the ILS category in the flight management system, displaying the updated ILS category in a first field on a display device, disregarding a user attempt to select an ILS category inconsistent with the updated ILS category, and generating a notification of the NOTAM update; and determining that the NOTAM further comprises an updated decision height that is different from a preset first decision height, updating the decision height in the flight management system, displaying the updated decision height in a second field on the display device, and disregarding a user attempt to select a decision height inconsistent with the updated decision height, and generating a notification of the NOTAM update. receiving a notice to airmen (NOTAM) comprising an updated instrument landing system category; and determining that the updated ILS category is different from a first ILS category, updating the ILS category in the flight management system, displaying the updated ILS category in a first field on a display device, disregarding a user attempt to select an ILS category inconsistent with the updated ILS category, and generating a notification of the NOTAM update; and determining that the NOTAM further comprises an updated decision height that is different from a preset first decision height, updating the decision height in the flight management system, displaying the updated decision height in a second field on the display device, and disregarding a user attempt to select a decision height inconsistent with the updated decision height, and generating a notification of the NOTAM update. updating the ILS category in the flight management system, displaying the updated ILS category in a first field on a display device, disregarding a user attempt to select an ILS category inconsistent with the updated ILS category, and generating a notification of the NOTAM update; and determining that the NOTAM further comprises an updated decision height that is different from a preset first decision height, updating the decision height in the flight management system, displaying the updated decision height in a second field on the display device, and disregarding a user attempt to select a decision height inconsistent with the updated decision height, and generating a notification of the NOTAM update.
A pharmaceutical capsule which contains only two pharmaceutically active ingredients, the capsule containing:- a tablet which comprises aspirin as the first pharmaceutically active ingredient; and granules surrounding the tablet, the granules comprising bisoprolol fumarate as the second pharmaceutically active ingredient, the capsule containing from 50mg to 125mg of aspirin and from 1.25mg to 15mg of bisoprolol fumarate, the aspirin tablet being coated with a barrier layer to prevent chemical interaction between the aspirin and the bisoprolol fumarate and to prevent interaction between aspirin and moisture in the capsule, the aspirin being releasable from the capsule in biological fluids to provide a peak concentration in advance of a peak concentration of bisoprolol. a tablet which comprises aspirin as the first pharmaceutically active ingredient; and granules surrounding the tablet, the granules comprising bisoprolol fumarate as the second pharmaceutically active ingredient, the capsule containing from 50mg to 125mg of aspirin and from 1.25mg to 15mg of bisoprolol fumarate, the aspirin tablet being coated with a barrier layer to prevent chemical interaction between the aspirin and the bisoprolol fumarate and to prevent interaction between aspirin and moisture in the capsule, the aspirin being releasable from the capsule in biological fluids to provide a peak concentration in advance of a peak concentration of bisoprolol.
A method of setting an almost blank subframe, ABS, duty cycle in a heterogeneous network including a macro cell and one or more small cells, the one or more small cells being underlaid with respect to the macro cell, the method comprising: obtaining, at a network element, loading information corresponding to each of the macro cell and the one or more small cells, the loading information including, for each of the macro cell and the one or more small cells, an indication of an amount of information buffered at the cell for each user attached to the cell; and determining the ABS duty cycle based on the obtained loading information. obtaining, at a network element, loading information corresponding to each of the macro cell and the one or more small cells, the loading information including, for each of the macro cell and the one or more small cells, an indication of an amount of information buffered at the cell for each user attached to the cell; and determining the ABS duty cycle based on the obtained loading information.
A pocket coil spring assembly for a mattress assembly, comprising: a coil spring having an upper portion and a lower portion, the upper portion and the lower portion collectively defining a height of the coil spring; a fabric pocket encasing the coil spring, the fabric pocket including a top area covering the upper portion of the coil spring and a bottom area covering the lower portion of the coil spring; and an amount of flexible foam, comprised of a two-part polyurethane foam, dispensed as a liquid directly onto the top area of the fabric pocket, wherein the liquid reacts and bonds to the fabric pocket forming a hemisphere with a top surface having a convex shape and a flattened bottom surface. a coil spring having an upper portion and a lower portion, the upper portion and the lower portion collectively defining a height of the coil spring; a fabric pocket encasing the coil spring, the fabric pocket including a top area covering the upper portion of the coil spring and a bottom area covering the lower portion of the coil spring; and an amount of flexible foam, comprised of a two-part polyurethane foam, dispensed as a liquid directly onto the top area of the fabric pocket, wherein the liquid reacts and bonds to the fabric pocket forming a hemisphere with a top surface having a convex shape and a flattened bottom surface.
A system for installing a vascular closure device, the vascular closure device adapted for sealing an opening in biological tissue and comprising an anchor (212, 18), a compressible plug (214; 20), a cinch (216; 24) and a suture (218; 22; 110) affixed to the anchor, the system comprising a housing adapted to be attached to the suture; a tubular member (202, 222, 238; 16,28, 30,48, 50, 70, 72, 78; 114; 122) extending distally from the housing, wherein when the anchor is seated against the biological tissue, pulling proximally on the housing attached to the suture causes the tubular member to retract into the housing and expose the plug.
Electrostatically actuated device comprising at least one: - first chamber: the first chamber comprises a first primary fluid passage; the first primary fluid passage emerging outwardly; - primary partition wall: the primary partition wall comprises a first primary surface, a second primary surface and a plurality of second primary fluid passages; the second primary surface of the primary partition wall defines at least partially the first chamber; - electrode chamber: the electrode chamber is defined adjacent to the first primary surface; - deformable electrode: the deformable electrode comprises a first deformable electrode surface, a second deformable electrode surface; the deformable electrode is disposed in the electrode chamber such as to form a first electrode chamber and a second electrode chamber; - electrode; the electrode is configured to cooperate with the deformable electrode such as to actuate the deformable electrode between at least a first position and a second position; the first electrode chamber is comprised between the first deformable electrode surface and the first primary surface and the first electrode chamber fluidly communicates with the first chamber via the plurality of second primary fluid passage when the deformable electrode is actuated between at least first position and the second position. - first chamber: the first chamber comprises a first primary fluid passage; the first primary fluid passage emerging outwardly; - primary partition wall: the primary partition wall comprises a first primary surface, a second primary surface and a plurality of second primary fluid passages; the second primary surface of the primary partition wall defines at least partially the first chamber; - electrode chamber: the electrode chamber is defined adjacent to the first primary surface; - deformable electrode: the deformable electrode comprises a first deformable electrode surface, a second deformable electrode surface; the deformable electrode is disposed in the electrode chamber such as to form a first electrode chamber and a second electrode chamber; - electrode; the electrode is configured to cooperate with the deformable electrode such as to actuate the deformable electrode between at least a first position and a second position;
A soft gel capsule comprising: a. a capsule shell; and b. a liquid formulation comprising beta-hydroxyisovaleric acid and at least one excipient, wherein the soft gel capsule is shelf-stable, and wherein the excipient is selected from betaine, phosphatidylcholine, alpha-glycerophosphocholine, carnitine, adenosine 5'-triphosphate, or a combination thereof. a. a capsule shell; and b. a liquid formulation comprising beta-hydroxyisovaleric acid and at least one excipient, wherein the soft gel capsule is shelf-stable, and wherein the excipient is selected from betaine, phosphatidylcholine, alpha-glycerophosphocholine, carnitine, adenosine 5'-triphosphate, or a combination thereof.