mhurhangee/ep-ind-claims huggingface dataset:
Method for correcting motion artifacts of in vivo fluorescence measurements by scanning a region of interest with a 3D laser scanning microscope having acousto-optic deflectors for deflecting a focus spot of a laser beam generated by an objective of the microscope within a 3D space defined by an optical axis (z) of the objective of the microscope and x, y axes that are perpendicular to the optical axis and to each other, the acousto-optic deflectors comprising a first pair of acousto-optic deflectors forming x axis deflectors for deflecting the focal spot of the laser beam in an x-z plane, and a second pair of acousto-optic deflectors forming y axis deflectors for deflecting the focal spot of the laser beam in an y-z plane, the method comprising: selecting guiding points along the region of interest, fitting a 3D trajectory to the selected guiding points, extending each scanning point of the 3D trajectory to substantially straight drift lines lying in the 3D space, which drift lines are transversal to or parallel with the 3D trajectory at the given scanning points and which drift lines, together, define a substantially continuous surface, and scanning each drift line by focusing the laser beam at one end of the drift line and providing linear or non-linear chirp signals for the acoustic frequencies in the x axis deflectors and in the y axis deflectors for continuously moving the focus spot along the drift line, projecting scanning data obtained from scanning each drift line into 2-dimensional frames as a function of distance perpendicular to the 3D trajectory and along the 3D trajectory, repeating the scanning to obtain a 2-dimensional movie from the successive 2-dimensional frames, using the successive frames of the movie for correcting motion artifacts. selecting guiding points along the region of interest, fitting a 3D trajectory to the selected guiding points, extending each scanning point of the 3D trajectory to substantially straight drift lines lying in the 3D space, which drift lines are transversal to or parallel with the 3D trajectory at the given scanning points and which drift lines, together, define a substantially continuous surface, and scanning each drift line by focusing the laser beam at one end of the drift line and providing linear or non-linear chirp signals for the acoustic frequencies in the x axis deflectors and in the y axis deflectors for continuously moving the focus spot along the drift line, projecting scanning data obtained from scanning each drift line into 2-dimensional frames as a function of distance perpendicular to the 3D trajectory and along the 3D trajectory, repeating the scanning to obtain a 2-dimensional movie from the successive 2-dimensional frames, using the successive frames of the movie for correcting motion artifacts.
A method for monitoring a connection condition of a standby power transformer, comprising: measuring a current flowing through a high voltage side of the standby power transformer using at least one optical current sensor disposed proximate to a current flow path of the high voltage side; filtering (602; 902) the measured current using a comb filter technique to generate a comb filtered measured current value, which is highly filtered; filtering the measured current using a bandpass filter technique to generate a bandpass filtered measured current value; evaluating the comb filtered measured current value which is highly filtered, to determine whether the comb filtered measured current value is less than a first predetermined threshold value; and evaluating the bandpass filtered measured current value, which is lightly filtered relative to the comb filtered measured current value, to determine whether the bandpass filtered measured current value is less than a predetermined threshold value; and generating (606, 906) an alarm indication that the high voltage side of the standby power transformer is unconnected when the comb filtered, measured current value is determined to be less than the first predetermined threshold value or when the bandpass filtered measured current value is less than the second predetermined value. measuring a current flowing through a high voltage side of the standby power transformer using at least one optical current sensor disposed proximate to a current flow path of the high voltage side; filtering (602; 902) the measured current using a comb filter technique to generate a comb filtered measured current value, which is highly filtered; filtering the measured current using a bandpass filter technique to generate a bandpass filtered measured current value; evaluating the comb filtered measured current value which is highly filtered, to determine whether the comb filtered measured current value is less than a first predetermined threshold value; and evaluating the bandpass filtered measured current value, which is lightly filtered relative to the comb filtered measured current value, to determine whether the bandpass filtered measured current value is less than a predetermined threshold value; and generating (606, 906) an alarm indication that the high voltage side of the standby power transformer is unconnected when the comb filtered, measured current value is determined to be less than the first predetermined threshold value or when the bandpass filtered measured current value is less than the second predetermined value.
A computer-implemented method for generating a subject-specific map of a magnetic susceptibility of a region of interest within a subject, the method comprising the steps of: - Receiving an MR image of the region of interest; - Feeding the MR image into an algorithm (4, 6), wherein the algorithm (4, 6) comprises at least one trained artificial neural network, wherein the output of the algorithm (4, 6) is an output image having improved contrast between bone and air, wherein the output image of the algorithm (4, 6) is a synthetic CT image,; - Segmenting the output image into air and at least two types of tissue, namely at least bone and at least one type of soft tissue, to obtain a segmented image; - Assigning pre-determined values for the magnetic susceptibility to each category of tissue and air in the segmented image to obtain the subject-specific map of the magnetic susceptibility. - Receiving an MR image of the region of interest; - Feeding the MR image into an algorithm (4, 6), wherein the algorithm (4, 6) comprises at least one trained artificial neural network, wherein the output of the algorithm (4, 6) is an output image having improved contrast between bone and air, wherein the output image of the algorithm (4, 6) is a synthetic CT image,; - Segmenting the output image into air and at least two types of tissue, namely at least bone and at least one type of soft tissue, to obtain a segmented image; - Assigning pre-determined values for the magnetic susceptibility to each category of tissue and air in the segmented image to obtain the subject-specific map of the magnetic susceptibility.
An electrospray ion source apparatus for generating ions from a liquid sample for introduction into a mass spectrometer comprising (a) a plurality of emitter capillaries (10, 10a-10c), each having (i) an internal bore for transporting a portion of the liquid sample from a source, (ii) an electrode portion for providing a first applied electrical potential and (iii) an emitter tip for emitting charged particles generated from the liquid sample portion and (b) a counter electrode (12, 16) for providing a second applied electrical potential different from the first applied electrical potential, and (c) at least one shield electrode (18, 19, 20, 23, 24, 25) disposed at least partially between the counter electrode (12, 16) and the emitter tip of at least one of the emitter capillaries (10, 10a-10e) for providing a third applied electrical potential intermediate to the first and second applied electrical potentials, the electrospray ion source apparatus being characterized in that, the at least one shield electrode (18, 19, 20, 23, 24, 25) is contoured in a form that approximates a portion of an electrical equipotential surface created under application of the first and second applied electric potentials to the electrode portion of a single isolated emitter capillary (10, 10a-10e) and to the counter electrode (12, 16) respectively; and the electric potential applied to the shield electrode (18, 19, 20, 23, 24, 25) is chosen to match the electric potential of the chosen electrical potential surface; and the shield electrode is shaped in the form of an ellipsoidal cap, a spheroidal cap or a frusto-conical surface.
An integrated circuit, comprising: a logic analyzer having a first input for receiving a plurality of signals from a system under test and a first output for providing selected samples of the signals appearing at the first input; and a signature generator having a first input coupled to the logic analyzer for receiving one or more of the signals appearing at the first input thereof, the signature generator maintaining a signature therein, and an output coupled to the logic analyzer providing a signature via the output of the signature generator to the logic analyzer, the logic analyzer sampling one or more of the plurality of signals appearing at the first input thereof from the system under test during a test or debug operation as the signature generator generates a new signature, each new signature being based upon the maintained signature and the first input of the signature generator. a logic analyzer having a first input for receiving a plurality of signals from a system under test and a first output for providing selected samples of the signals appearing at the first input; and a signature generator having a first input coupled to the logic analyzer for receiving one or more of the signals appearing at the first input thereof, the signature generator maintaining a signature therein, and an output coupled to the logic analyzer providing a signature via the output of the signature generator to the logic analyzer, the logic analyzer sampling one or more of the plurality of signals appearing at the first input thereof from the system under test during a test or debug operation as the signature generator generates a new signature, each new signature being based upon the maintained signature and the first input of the signature generator.
Use of a cleaning fluid to clean a portion through which a chemical solution for lithography passes in a semiconductor manufacturing equipment used in a lithography process for manufacturing semiconductors, wherein the cleaning fluid consists of: 0.0001% by mass to 60% by mass of an inorganic acid; 0.0006% by mass to 60% by mass of water; and 20% by mass to 99.999% by mass of a hydrophilic organic solvent, based on a total mass of the cleaning fluid. 0.0001% by mass to 60% by mass of an inorganic acid; 0.0006% by mass to 60% by mass of water; and 20% by mass to 99.999% by mass of a hydrophilic organic solvent, based on a total mass of the cleaning fluid.
A compound of formula wherein R 1 is phenyl or pyridinyl, optionally substituted by halogen, C 1-7 -alkyl, C 1-7 -alkoxy, C 1-7 -alkyl substituted by halogen and C 1-7 -alkoxy substituted by halogen; X 1 is -N= or CH; X 2 is CR 2 or =N-; X 3 is -N= or CH; with the proviso that only two of X 1, X 2 or X 3 are nitrogen; wherein is a triazole group, selected from R 2 is hydrogen or C 1-7 -alkyl; Z is a bond, -O- or -CH 2 -; or a pharmaceutically suitable acid addition salts thereof. R 1 is phenyl or pyridinyl, optionally substituted by halogen, C 1-7 -alkyl, C 1-7 -alkoxy, C 1-7 -alkyl substituted by halogen and C 1-7 -alkoxy substituted by halogen; X 1 is -N= or CH; X 2 is CR 2 or =N-; X 3 is -N= or CH; R 2 is hydrogen or C 1-7 -alkyl; Z is a bond, -O- or -CH 2 -;
A system, comprising: a catheter comprising an expandable distal end having multiple electrodes that are configured to be placed in contact with tissue in an organ and to apply ablative power to tissue; and a processor, which is configured to: during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing. a catheter comprising an expandable distal end having multiple electrodes that are configured to be placed in contact with tissue in an organ and to apply ablative power to tissue; and a processor, which is configured to: during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing. during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing.
Transitional coupler (15; 53; 83) for coupling the coupling devices (7, 12; 37, 42; 67, 72) of two vehicles in the form of rail vehicles (2, 3; 32, 33; 62, 63) having air pipes (5, 10; 35, 40; 65, 70), - comprising a first connecting device (16; 52; 82) for detachably connecting the transitional coupler to a first (7; 37; 67) of the coupling devices, - comprising a second connecting device (18; 54; 84) for detachably connecting the transitional coupler to a second (12; 42; 72) of the coupling devices, - comprising a coupling support (20; 55; 85) for connecting the first connecting device (16; 52; 82) to the second connecting device (18; 54; 84) and - comprising a coupling hose (21; 56; 86) for connecting the air pipes (5, 10; 35, 40; 65, 70) of the two vehicles, characterised in that an air treatment device (23; 23a; 23b) retained by the coupling support (20; 55; 85) is provided which has an air treatment unit (24.1), wherein one air treatment unit (24.1) is disposed in the air flow path of said coupling hose (21; 56; 86). - comprising a first connecting device (16; 52; 82) for detachably connecting the transitional coupler to a first (7; 37; 67) of the coupling devices, - comprising a second connecting device (18; 54; 84) for detachably connecting the transitional coupler to a second (12; 42; 72) of the coupling devices, - comprising a coupling support (20; 55; 85) for connecting the first connecting device (16; 52; 82) to the second connecting device (18; 54; 84) and - comprising a coupling hose (21; 56; 86) for connecting the air pipes (5, 10; 35, 40; 65, 70) of the two vehicles, characterised in that an air treatment device (23; 23a; 23b) retained by the coupling support (20; 55; 85) is provided which has an air treatment unit (24.1),
A process for finishing fabrics or leathers, comprising the steps of applying a decoration on a respective band of fabric or leather and stabilising the decoration on the band to make it permanent; the application of the decoration comprising a step of spreading a hot-melt glue on the band by spreading roller; characterised in that it further comprises a step of rotating a support to move a plurality of spreading roller from a spreading station to a standby station and vice versa.
A modular heat sink, comprising: a heat radiating plate; a housing connected to the heat radiating plate, the heat radiating plate and the housing being provided with fins; a lateral latching portion; and a lateral connecting member, wherein the lateral latching portion and the lateral connecting member are positioned on a middle position of the housing, when two modular heat sinks are connected together, the lateral latching portion of one modular heat sink is configured to be fastened to the lateral connecting member of the other modular heat sink via a lateral fastener, a vertical latching portion and a vertical connecting member positioned on the heat radiating plate, wherein the lateral latching portion is perpendicular to the vertical latching portion, when two modular heat sinks are connected, the vertical latching portion of one modular heat sink is configured to be fastened to the vertical connecting member of the other modular heat sink via a vertical fastener. a heat radiating plate; a housing connected to the heat radiating plate, the heat radiating plate and the housing being provided with fins; a lateral latching portion; and a lateral connecting member, wherein the lateral latching portion and the lateral connecting member are positioned on a middle position of the housing, when two modular heat sinks are connected together, the lateral latching portion of one modular heat sink is configured to be fastened to the lateral connecting member of the other modular heat sink via a lateral fastener,
A method of enabling hot swapping of power sources in a portable electronic device having at least a rechargeable battery and a fuel cell system acting as power sources, comprising: determining the battery power level is below a particular value; determining a fuel tank of the fuel cell system should be replaced; recharging the battery using the fuel cell system; confirming that the portable electronic device is being powered by the rechargeable battery; transmitting, via a processor, an indication that the fuel tank requiring replacement may be replaced without shutting down the portable electronic device; and transmitting a signal to a compartment housing the fuel tank (44, 50) requiring replacement to make the compartment accessible. determining the battery power level is below a particular value; determining a fuel tank of the fuel cell system should be replaced; recharging the battery using the fuel cell system; confirming that the portable electronic device is being powered by the rechargeable battery; transmitting, via a processor, an indication that the fuel tank requiring replacement may be replaced without shutting down the portable electronic device; and transmitting a signal to a compartment housing the fuel tank (44, 50) requiring replacement to make the compartment accessible.
A method for indicating an overload indicator report comprising the following steps of: a first terminal determining a layer in a coverage area of the first terminal where a second terminal is located, and setting a layer indicating field of the overload indicator report based on the layer; the first terminal counting interference states of all the physical resource blocks occupied by the second terminal to obtain an average interference level of the interference states of all the physical resource blocks, and using the average interference level as an overload indicator level resetting threshold, and setting an average interference level indicating field of the overload indicator report to High or Low based on the overload indicator level resetting threshold; and the first terminal resetting levels of the overload indicator based on the overload indicator level resetting threshold, wherein the reset levels of the overload indicator comprise two levels of High/Low; and setting a physical resource block interference state indicating field of the overload indicator report corresponding to the reset levels of the overload indicator. a first terminal determining a layer in a coverage area of the first terminal where a second terminal is located, and setting a layer indicating field of the overload indicator report based on the layer; the first terminal counting interference states of all the physical resource blocks occupied by the second terminal to obtain an average interference level of the interference states of all the physical resource blocks, and using the average interference level as an overload indicator level resetting threshold, and setting an average interference level indicating field of the overload indicator report to High or Low based on the overload indicator level resetting threshold; and the first terminal resetting levels of the overload indicator based on the overload indicator level resetting threshold, wherein the reset levels of the overload indicator comprise two levels of High/Low; and setting a physical resource block interference state indicating field of the overload indicator report corresponding to the reset levels of the overload indicator.
Corrosion tester, comprising a thermally insulating outer envelope with side panels (18, 20, 22, 26), bottom and top panels (16, 28) and an inner envelope of a corrosion-resistant material surrounded by said outer envelope and enclosing the interior of the corrosion tester, said outer envelope being designed as an outer housing, into which an inner housing forming the inner envelope is placed in floating manner and is connected to a first side panel of the outer housing with otherwise free movability relative both to the remaining side panels (18, 20, 26) and to the bottom and top panels (16, 28) of the outer housing, wherein the inner housing is supported via its bottom panel on board-like spacer elements (50, 52) kept apart from one another by interspaces (58, 60) and extending along the bottom side, and wherein the bottom panel of the inner housing consists of board elements (36, 38) connected using angled longitudinal and/or transverse rims (44, 46), where said angled longitudinal and/or transverse rims extend inside the interspaces (58, 60) between spacer elements (50, 52).
A coating composition comprising for the production of matte clear coatings for the automotive industry organic solvent-based or water-based comprising at least one binder, optionally at least one crosslinking agent, and at least one silica-based (SiO 2) -based matting agent, characterized in that the coating composition comprises a combination of a) a silica-based (SiO 2) -based matting agent surface-modified with one or more waxes, and b) an organic matting agent based on a urea-methanal polymer, and c) polyamide particles. a) a silica-based (SiO 2) -based matting agent surface-modified with one or more waxes, and b) an organic matting agent based on a urea-methanal polymer, and c) polyamide particles.
A method for producing a prefilled syringe gasket including a liquid contact portion and a sliding portion to be kept in contact with an inner surface of a syringe barrel, the method comprising the steps of: forming the gasket; and rubbing a surface of the sliding portion of the formed gasket against a predetermined base; wherein a rubbing direction in which the surface of the sliding portion is rubbed in the rubbing step extends circumferentially of the sliding portion, wherein the step of rubbing is mechanically performed at a constant speed for a predetermined period by means of a rotating rotor, wherein the sliding portion of the gasket has an arithmetic average roughness R a// as measured in a circumferential direction thereof and an arithmetic average roughness R a⊥ as measured in a direction perpendicular to the circumferential direction thereof in a sliding direction, and the ratio R a-⊥ /R a// of the arithmetic average roughness R a⊥ to the arithmetic average roughness R a// is not less than 1.00. forming the gasket; and rubbing a surface of the sliding portion of the formed gasket against a predetermined base; wherein a rubbing direction in which the surface of the sliding portion is rubbed in the rubbing step extends circumferentially of the sliding portion, wherein the step of rubbing is mechanically performed at a constant speed for a predetermined period by means of a rotating rotor, wherein the sliding portion of the gasket has an arithmetic average roughness R a// as measured in a circumferential direction thereof and an arithmetic average roughness R a⊥ as measured in a direction perpendicular to the circumferential direction thereof in a sliding direction, and the ratio R a-⊥ /R a// of the arithmetic average roughness R a⊥ to the arithmetic average roughness R a// is not less than 1.00.