mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthetic valve comprising: a radially collapsible and expandable annular frame , the frame comprising an inlet portion and an outlet portion, the outlet portion comprising a plurality of angularly spaced, cantilevered commissure attachment posts extending radially inwardly toward a longitudinal flow axis of the prosthetic valve ; and a leaflet structure comprising a plurality of leaflets , each leaflet comprising opposing side portions , a concavely scalloped upper edge extending between the side portions, and a scalloped lower edge extending between the side portions ; wherein each side portion is secured to an adjacent side portion of another leaflet to form commissures of the leaflet structure, each commissure being attached to one of the commissure attachment posts , the leaflets being configured to move between an open position to allow blood to flow through the prosthetic valve from the inlet portion to the outlet portion and a closed position to inhibit the flow of blood through the prosthetic valve from the outlet portion to the inlet portion, wherein the upper edges of the leaflets are spaced radially inwardly of the frame when the leaflets are in the open position such that a gap is formed between the upper edge of each leaflet and the frame . a radially collapsible and expandable annular frame , the frame comprising an inlet portion and an outlet portion, the outlet portion comprising a plurality of angularly spaced, cantilevered commissure attachment posts extending radially inwardly toward a longitudinal flow axis of the prosthetic valve ; and a leaflet structure comprising a plurality of leaflets , each leaflet comprising opposing side portions , a concavely scalloped upper edge extending between the side portions, and a scalloped lower edge extending between the side portions ; wherein each side portion is secured to an adjacent side portion of another leaflet to form commissures of the leaflet structure, each commissure being attached to one of the commissure attachment posts , the leaflets being configured to move between an open position to allow blood to flow through the prosthetic valve from the inlet portion to the outlet portion and a closed position to inhibit the flow of blood through the prosthetic valve from the outlet portion to the inlet portion, wherein the upper edges of the leaflets are spaced radially inwardly of the frame when the leaflets are in the open position such that a gap is formed between the upper edge of each leaflet and the frame .
A user interface providing method for a mobile terminal , comprising: displaying on a touchscreen of the mobile terminal , when an edit function is initiated from a home screen containing a plurality of items displayed on one or more pages, a three-dimensional user interface screen, 3D UI screen, having a first region comprising an item display region for displaying items of the home screen and a second region for item management; and managing by a controller at least one item displayed in the second region, wherein the method further comprises moving an item displayed in the item display region to the second region in response to a touch input to the item, wherein the 3D UI screen is displayed in a 3D shape, the first region corresponding to a display of a first side, face or surface, or part thereof, of the 3D shape, and the second region corresponding to a display of a second side, face or surface, or part thereof, of the 3D shape, and wherein managing by the controller further comprises: stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region. displaying on a touchscreen of the mobile terminal , when an edit function is initiated from a home screen containing a plurality of items displayed on one or more pages, a three-dimensional user interface screen, 3D UI screen, having a first region comprising an item display region for displaying items of the home screen and a second region for item management; and managing by a controller at least one item displayed in the second region, wherein the method further comprises moving an item displayed in the item display region to the second region in response to a touch input to the item, wherein the 3D UI screen is displayed in a 3D shape, the first region corresponding to a display of a first side, face or surface, or part thereof, of the 3D shape, and the second region corresponding to a display of a second side, face or surface, or part thereof, of the 3D shape, and wherein managing by the controller further comprises: stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region. stacking by the controller moved items into a pile for display in the second region; and changing a display of the items stacked in a pile to a display in a spread form, in response to a touch input on the second region.
A method for configuring a sensor of a non-interference stress measurement system , the method including: determining a focal distance between a light transmitting fiber located within the sensor and a transmit lens located within the sensor , wherein the focal distance is selected to allow the transmit lens to focus light from the light transmitting fiber to form a focused transmit beam , the transmit beam targeting a reflective structure; positioning the light transmitting fiber and the transmit lens , wherein the light transmitting fiber and the transmit lens are separated by a transmit gap based on the focal distance; positioning a light receptive fiber and a receive lens to receive a focused reflected beam from the reflective structure, wherein the light receptive fiber is separated from the receive lens by a receive gap based on the focal distance; and adjusting the transmit gap to account for tolerances associated with the structure or alternatively adjusting the receive gap to account for tolerances associated with the structure. determining a focal distance between a light transmitting fiber located within the sensor and a transmit lens located within the sensor , wherein the focal distance is selected to allow the transmit lens to focus light from the light transmitting fiber to form a focused transmit beam , the transmit beam targeting a reflective structure; positioning the light transmitting fiber and the transmit lens , wherein the light transmitting fiber and the transmit lens are separated by a transmit gap based on the focal distance; positioning a light receptive fiber and a receive lens to receive a focused reflected beam from the reflective structure, wherein the light receptive fiber is separated from the receive lens by a receive gap based on the focal distance; and adjusting the transmit gap to account for tolerances associated with the structure or alternatively adjusting the receive gap to account for tolerances associated with the structure.
A method for determining a local hot gas temperature in a hot gas duct downstream a combustion device, the method comprising extracting at least one flue gas sample at at least one specific cross-sectional location of the hot gas duct downstream the combustion device, characterized in determining at least one flue gas species concentration in the sample, and determining the local flue gas total temperature based upon the at least one flue gas species concentration.
An optical filtering coating composition, comprising: - at least one absorbing dye that is selected from a porphyrin and a quinoline, has a conjugated chromophore and selectively and at least partially inhibits transmission of light within the 400-500 nm wavelength range, - one or more epoxy compounds comprising at least one cycloaliphatic or aryl group, the ratio: number of carbon atoms / number of oxygen atoms in said at least one epoxy compound is higher than or equal to 3, and the dry extract weight of such epoxy compounds represents more than 33 % of the dry extract weight of the composition. - at least one absorbing dye that is selected from a porphyrin and a quinoline, has a conjugated chromophore and selectively and at least partially inhibits transmission of light within the 400-500 nm wavelength range, - one or more epoxy compounds comprising at least one cycloaliphatic or aryl group, the ratio: number of carbon atoms / number of oxygen atoms in said at least one epoxy compound is higher than or equal to 3, and the dry extract weight of such epoxy compounds represents more than 33 % of the dry extract weight of the composition.
A film comprising a blend of at least two different polyvinyl alcohol (PVOH) polymers, comprising a. from 10% to 50% by weight of the blend of at least two different polyvinyl alcohol polymers of a first polyvinyl alcohol polymer comprising at least two monomers, the first monomer comprising a maleic acid derived monomer unit, a second monomer comprising a vinyl alcohol monomer unit, and optionally third monomer comprising a vinyl acetate monomer unit, the amount of maleic acid derived monomer unit is between 3 mol% and 6 mol% of the first polyvinyl alcohol polymer. b. from 50% to 90% by weight of the blend of at least two different polyvinyl alcohol polymers of a second polyvinyl alcohol polymer consisting of vinyl alcohol monomer units and optionally vinyl acetate monomer units. a. from 10% to 50% by weight of the blend of at least two different polyvinyl alcohol polymers of a first polyvinyl alcohol polymer comprising at least two monomers, the first monomer comprising a maleic acid derived monomer unit, a second monomer comprising a vinyl alcohol monomer unit, and optionally third monomer comprising a vinyl acetate monomer unit, the amount of maleic acid derived monomer unit is between 3 mol% and 6 mol% of the first polyvinyl alcohol polymer. b. from 50% to 90% by weight of the blend of at least two different polyvinyl alcohol polymers of a second polyvinyl alcohol polymer consisting of vinyl alcohol monomer units and optionally vinyl acetate monomer units.
A heterophasic polyolefin composition comprising: - 55 to 95 wt.-% based on the total weight of the heterophasic polyolefin composition of a propylene butene random copolymer (A) having an MFR 2 (230 °C) of 0.3 to 100.0 g/10 min and a butene content of 1.5 to 8.0 wt.-%, wherein the propylene butene random copolymer is obtained by a process using a single site catalyst (I); and - 5 to 45 wt.-% based on the total weight of the heterophasic polyolefin composition of a copolymer of ethylene (B) having a density in the range of 910 to 935 kg/m 3 and an MFR 2 (190 °C) of 0.5 to 10 g/10 min, wherein the copolymer of ethylene (B) is obtained by a process using a single site catalyst (II); wherein the heterophasic polyolefin composition has a xylene soluble content (XCS) of less than 5.0 wt.-%. - 55 to 95 wt.-% based on the total weight of the heterophasic polyolefin composition of a propylene butene random copolymer (A) having an MFR 2 (230 °C) of 0.3 to 100.0 g/10 min and a butene content of 1.5 to 8.0 wt.-%, wherein the propylene butene random copolymer is obtained by a process using a single site catalyst (I); and - 5 to 45 wt.-% based on the total weight of the heterophasic polyolefin composition of a copolymer of ethylene (B) having a density in the range of 910 to 935 kg/m 3 and an MFR 2 (190 °C) of 0.5 to 10 g/10 min, wherein the copolymer of ethylene (B) is obtained by a process using a single site catalyst (II);
A humanized anti-CCR4 antibody for use in inhibiting or slowing tumor cell growth in a subject having a late stage cancer, the antibody comprising: a heavy chain with three CDRs comprising the amino acid sequences GYTFASAW (SEQ ID NO: 9), INPGNVNT (SEQ ID NO: 11), and STYYRPLDY (SEQ ID NO: 13); a light chain with three CDRs comprising the amino acid sequences QSILYSSNQKNY (SEQ ID NO: 10), WASTRE (SEQ ID NO: 12), and HQYMSSYT (SEQ ID NO: 14); and an IgG1 heavy chain constant region. a heavy chain with three CDRs comprising the amino acid sequences GYTFASAW (SEQ ID NO: 9), INPGNVNT (SEQ ID NO: 11), and STYYRPLDY (SEQ ID NO: 13); a light chain with three CDRs comprising the amino acid sequences QSILYSSNQKNY (SEQ ID NO: 10), WASTRE (SEQ ID NO: 12), and HQYMSSYT (SEQ ID NO: 14); and an IgG1 heavy chain constant region.
A method for use in activating a device based on detection of a fingerprint image, the method comprising: monitoring a first metric level of a first set of regions of a fingerprint image, said monitoring comprises: receiving a first sampled data from the first set of regions of the fingerprint image at a first sampling rate; and determining the first metric level for indicating an initial prediction of a presence of a finger using the first sampled data; determining a second metric level using second sampled data of a second set of regions of the fingerprint image in response to the first metric level exceeding a first threshold, wherein the second set of regions includes more pixels than the first set of regions and wherein said second sampled data is received at a second sampling rate; and activating the device based on the second metric level of the second set of regions of the fingerprint image exceeding a second threshold, monitoring a first metric level of a first set of regions of a fingerprint image, said monitoring comprises: receiving a first sampled data from the first set of regions of the fingerprint image at a first sampling rate; and determining the first metric level for indicating an initial prediction of a presence of a finger using the first sampled data; receiving a first sampled data from the first set of regions of the fingerprint image at a first sampling rate; and determining the first metric level for indicating an initial prediction of a presence of a finger using the first sampled data; determining a second metric level using second sampled data of a second set of regions of the fingerprint image in response to the first metric level exceeding a first threshold, wherein the second set of regions includes more pixels than the first set of regions and wherein said second sampled data is received at a second sampling rate; and activating the device based on the second metric level of the second set of regions of the fingerprint image exceeding a second threshold,
A sensor device for implantation through a tissue wall, comprising: a cylindrical housing having a first end and a second end; a first pressure sensor element located at a first end of the cylindrical housing ; a second pressure sensor element located at a second end of the cylindrical housing ; at least one wall anchor feature attached to the cylindrical housing , the wall anchor feature having a first configuration with a straightened shape along the longitudinal direction of the cylindrical housing , wherein the wall anchor feature is configured to extend outward and provide compressive force on the tissue wall when the sensor device is deployed from a delivery catheter ; an antenna ; a control circuitry accommodated within the housing and electrically coupled to the first and second sensor elements and the antenna ; and a stent structure integrated with or attached to the sensor housing and configured to be implanted in the coronary sinus such that at least a portion of the sensor device is configured to pass through the wall between the left atrium and the coronary sinus . a cylindrical housing having a first end and a second end; a first pressure sensor element located at a first end of the cylindrical housing ; a second pressure sensor element located at a second end of the cylindrical housing ; at least one wall anchor feature attached to the cylindrical housing , the wall anchor feature having a first configuration with a straightened shape along the longitudinal direction of the cylindrical housing , wherein the wall anchor feature is configured to extend outward and provide compressive force on the tissue wall when the sensor device is deployed from a delivery catheter ; an antenna ; a control circuitry accommodated within the housing and electrically coupled to the first and second sensor elements and the antenna ; and a stent structure integrated with or attached to the sensor housing and configured to be implanted in the coronary sinus such that at least a portion of the sensor device is configured to pass through the wall between the left atrium and the coronary sinus .
Computer-implemented method for monitoring the state of a device for examining objects, wherein the examination of an object comprises determining measurement data by way of a measurement of the object and operating data of the device are determined during the examination of the object, wherein the method comprises the following steps: - determining measurement data of the object by way of the device; - determining operating data of the device during the step of determining measurement data of the object; - determining at least one quality parameter from the measurement data; - analysing the operating data and the at least one quality parameter; and - determining a state characteristic value based on the analysis of the operating data and the at least one quality parameter for monitoring the state of the device, wherein the state characteristic value indicates a state of the device, wherein the method further comprises the following steps: - carrying out at least the step of determining measurement data of the object with a first object, wherein the measurement is a radiographic measurement; - carrying out at least the step of determining measurement data of the object with a second object, wherein the measurement is a radiographic measurement, wherein a radiographic geometry used is different from that used for the first object; - determining projection representations from the measurement data of the first object; - determining projection representations from the measurement data of the second object; - comparing at least one blur between the projection representations of the first object and the projection representations of the second object; and - analysing the at least one blur in order to determine the state characteristic value. - determining measurement data of the object by way of the device; - determining operating data of the device during the step of determining measurement data of the object; - determining at least one quality parameter from the measurement data; - analysing the operating data and the at least one quality parameter; and - determining a state characteristic value based on the analysis of the operating data and the at least one quality parameter for monitoring the state of the device, wherein the state characteristic value indicates a state of the device, - carrying out at least the step of determining measurement data of the object with a first object, wherein the measurement is a radiographic measurement; - carrying out at least the step of determining measurement data of the object with a second object, wherein the measurement is a radiographic measurement, wherein a radiographic geometry used is different from that used for the first object; - determining projection representations from the measurement data of the first object; - determining projection representations from the measurement data of the second object; - comparing at least one blur between the projection representations of the first object and the projection representations of the second object; and - analysing the at least one blur in order to determine the state characteristic value.
A canister assembly for a cast booster explosive, the canister assembly comprising: a canister body defining a canister interior, and having a canister base , a cap well of generally tubular configuration disposed within the canister interior, the cap well having a length, an outside diameter, an active section terminating in a distal closed end , and a proximal open end , the cap well being configured to receive therewithin a detonator ; and a protective sleeve surmounting the cap well , the protective sleeve being configured to leave exposed the active section of the cap well and to enclose a major portion of the length of the cap well . a canister body defining a canister interior, and having a canister base , a cap well of generally tubular configuration disposed within the canister interior, the cap well having a length, an outside diameter, an active section terminating in a distal closed end , and a proximal open end , the cap well being configured to receive therewithin a detonator ; and a protective sleeve surmounting the cap well , the protective sleeve being configured to leave exposed the active section of the cap well and to enclose a major portion of the length of the cap well .
Hydrostatic transmission having an engine , a first hydraulic unit , a second hydraulic unit and a drive unit , which are connected to a control unit having a memory unit, wherein the engine comprises a first speed sensor and is connected to the first hydraulic unit , wherein the drive unit is connected to the second hydraulic unit , wherein the first hydraulic unit is a pump and the second hydraulic unit is a motor or the first hydraulic unit is a motor and the second hydraulic unit is a pump, wherein each hydraulic unit comprises a sensor unit having a speed sensor, wherein the first and the second hydraulic units are connected fluidly through a first fluid connection and a second fluid connection , wherein the first fluid connection comprises a first fluid connection sensor unit and the second fluid connection comprises a second fluid connection sensor unit , characterized in that the hydrostatic transmission comprises a breaking power sensor and a traction power sensor, which are connected to the control unit , wherein the speed sensors and the sensor units are connected to the control unit , which controls a displacement of the hydraulic units based on a set point, a modulation command, hydraulic unit commands, operator commands, information provided by the memory unit and sensor outputs. the engine comprises a first speed sensor and is connected to the first hydraulic unit , wherein the drive unit is connected to the second hydraulic unit , wherein the first hydraulic unit is a pump and the second hydraulic unit is a motor or the first hydraulic unit is a motor and the second hydraulic unit is a pump, wherein each hydraulic unit comprises a sensor unit having a speed sensor, wherein the first and the second hydraulic units are connected fluidly through a first fluid connection and a second fluid connection , wherein the first fluid connection comprises a first fluid connection sensor unit and the second fluid connection comprises a second fluid connection sensor unit , characterized in that the hydrostatic transmission comprises a breaking power sensor and a traction power sensor, which are connected to the control unit , wherein the speed sensors and the sensor units are connected to the control unit , which controls a displacement of the hydraulic units based on a set point, a modulation command, hydraulic unit commands, operator commands, information provided by the memory unit and sensor outputs.