mhurhangee/ep-ind-claims huggingface dataset:
A fluid ejection device comprising: a number of primitives, each receiving a same set of addresses and including: a number of ejection chambers, each corresponding to a different address (A1-AN) of the set of addresses and including: a drive bubble formation mechanism; and a drive bubble detect mechanism; input logic receiving nozzle column data groups, NCG, each NCG including fire pulse groups, FPG, each FPG including DBD data having an enable value or disable value and ejection data bits, each ejection data bit corresponding to a different one of the primitives; activation logic, for each FPG of each NCG, to: identify the FPG as a DBD FPG when the DBD data has the enable value, the DBD FPG corresponding to at least one address (A1-AN) of the set of addresses; and activate in each primitive the drive bubble formation mechanism and the DBD mechanism of the ejection chamber having the same address as the at least one address to which the DBD FPG corresponds to form a drive bubble and to perform a DBD sensing measurement if the corresponding ejection data bit is set. a number of primitives, each receiving a same set of addresses and including: a number of ejection chambers, each corresponding to a different address (A1-AN) of the set of addresses and including: a drive bubble formation mechanism; and a drive bubble detect mechanism; a number of ejection chambers, each corresponding to a different address (A1-AN) of the set of addresses and including: a drive bubble formation mechanism; and a drive bubble detect mechanism; a drive bubble formation mechanism; and a drive bubble detect mechanism; input logic receiving nozzle column data groups, NCG, each NCG including fire pulse groups, FPG, each FPG including DBD data having an enable value or disable value and ejection data bits, each ejection data bit corresponding to a different one of the primitives; activation logic, for each FPG of each NCG, to: identify the FPG as a DBD FPG when the DBD data has the enable value, the DBD FPG corresponding to at least one address (A1-AN) of the set of addresses; and activate in each primitive the drive bubble formation mechanism and the DBD mechanism of the ejection chamber having the same address as the at least one address to which the DBD FPG corresponds to form a drive bubble and to perform a DBD sensing measurement if the corresponding ejection data bit is set. identify the FPG as a DBD FPG when the DBD data has the enable value, the DBD FPG corresponding to at least one address (A1-AN) of the set of addresses; and activate in each primitive the drive bubble formation mechanism and the DBD mechanism of the ejection chamber having the same address as the at least one address to which the DBD FPG corresponds to form a drive bubble and to perform a DBD sensing measurement if the corresponding ejection data bit is set.
An imaging apparatus comprising: - a first image providing unit for providing a first image showing a region of an object, which includes a resection part to be resected by a first resection procedure, - a second image providing unit for providing a second image (10; 51) showing a resected part, which has been resected, of the object, - a registration unit for registering the first image and the second image (10; 51) with respect to each other, - a smallest margin determination unit for determining a smallest margin region being an image region where a margin between the resection part and the resected part is smallest based on the registered first and second images, and - a display unit for displaying the smallest margin region in the second image wherein - the first image providing unit provides the first image such that an outer border of the resection part is detectable by segmentation, - the second image providing unit provides the second image such that an outer border of the resected part is detectable by segmentation, - the smallest margin determination unit determines the smallest margin region by - determining the margin between the outer border of the resection part and the outer border of the resected part and - determining the region, where the determined margin is smallest, as smallest margin region. - a first image providing unit for providing a first image showing a region of an object, which includes a resection part to be resected by a first resection procedure, - a second image providing unit for providing a second image (10; 51) showing a resected part, which has been resected, of the object, - a registration unit for registering the first image and the second image (10; 51) with respect to each other, - a smallest margin determination unit for determining a smallest margin region being an image region where a margin between the resection part and the resected part is smallest based on the registered first and second images, and - a display unit for displaying the smallest margin region in the second image wherein - the first image providing unit provides the first image such that an outer border of the resection part is detectable by segmentation, - the second image providing unit provides the second image such that an outer border of the resected part is detectable by segmentation, - the smallest margin determination unit determines the smallest margin region by - determining the margin between the outer border of the resection part and the outer border of the resected part and - determining the region, where the determined margin is smallest, as smallest margin region.
An aqueous dispersion of a multistage polymer, wherein the multistage polymer comprises: a polymer A comprises as polymerized units, based on the weight of the polymer A, from 75% to 92% by weight of a hydrophilic (meth)acrylic acid alkyl ester; from 2.1% to 10% by weight of a carbonyl-containing functional monomer; and from 5% to 15% by weight of an acid monomer comprising from 5% to 14% by weight of an α, β-ethylenically unsaturated carboxylic acid and from 1% to 9% by weight of a phosphorous-containing acid monomer; and wherein the polymer A has a number average molecular weight as determined by GPC according to the experimental part of the description of from 3,000 to 100,000; and a polymer B comprises as polymerized units, based on the weight of the polymer B, from 81% to 99% by weight of a hydrophobic monomer selected from a vinyl aromatic monomer, a hydrophobic (meth)acrylic acid alkyl ester, or mixtures thereof; from 0.8% to 10% by weight of a carbonyl-containing functional monomer; and from 0 to 15% by weight of a hydrophilic monomer; wherein the polymer B has a glass transition temperature calculated using the Fox Equation according to the description at least 40°C lower than that of the polymer A, and the weight ratio of the polymer A to the polymer B is from 25:75 to 50:50. a polymer A comprises as polymerized units, based on the weight of the polymer A, from 75% to 92% by weight of a hydrophilic (meth)acrylic acid alkyl ester; from 2.1% to 10% by weight of a carbonyl-containing functional monomer; and from 5% to 15% by weight of an acid monomer comprising from 5% to 14% by weight of an α, β-ethylenically unsaturated carboxylic acid and from 1% to 9% by weight of a phosphorous-containing acid monomer; and wherein the polymer A has a number average molecular weight as determined by GPC according to the experimental part of the description of from 3,000 to 100,000; and from 75% to 92% by weight of a hydrophilic (meth)acrylic acid alkyl ester; from 2.1% to 10% by weight of a carbonyl-containing functional monomer; and from 5% to 15% by weight of an acid monomer comprising from 5% to 14% by weight of an α, β-ethylenically unsaturated carboxylic acid and from 1% to 9% by weight of a phosphorous-containing acid monomer; and a polymer B comprises as polymerized units, based on the weight of the polymer B, from 81% to 99% by weight of a hydrophobic monomer selected from a vinyl aromatic monomer, a hydrophobic (meth)acrylic acid alkyl ester, or mixtures thereof; from 0.8% to 10% by weight of a carbonyl-containing functional monomer; and from 0 to 15% by weight of a hydrophilic monomer; wherein the polymer B has a glass transition temperature calculated using the Fox Equation according to the description at least 40°C lower than that of the polymer A, and the weight ratio of the polymer A to the polymer B is from 25:75 to 50:50. from 81% to 99% by weight of a hydrophobic monomer selected from a vinyl aromatic monomer, a hydrophobic (meth)acrylic acid alkyl ester, or mixtures thereof; from 0.8% to 10% by weight of a carbonyl-containing functional monomer; and from 0 to 15% by weight of a hydrophilic monomer;
A decision support system for a radiotherapy system comprising: - an interface for receiving radiotherapy beam parameters and/or parameters related to observed and/or simulated motion of at least one volume; and - a processing unit configured to: ∘ perform substantially real-time dose reconstruction to obtain a delivered radiation dose generated by a radiotherapy beam of the radiotherapy system in at least one volume; ∘ repeatedly estimate a remaining radiation dose of the radiotherapy session based on an observed and/or simulated motion of the at least one volume; ∘ repeatedly estimate a final delivered radiation dose for the radiotherapy session as a sum of the delivered radiation dose and the estimated remaining radiation dose; characterised in that the processing unit is further configured to: ∘ re-estimate the remaining radiation dose for an emulated intervention, such as a re-positioning of an object and/or an organ at risk exposed to the radiotherapy, and/or a re-positioning of the beam and/or a re-optimization of a treatment plan, for the remaining part of the radiotherapy session. - an interface for receiving radiotherapy beam parameters and/or parameters related to observed and/or simulated motion of at least one volume; and - a processing unit configured to: ∘ perform substantially real-time dose reconstruction to obtain a delivered radiation dose generated by a radiotherapy beam of the radiotherapy system in at least one volume; ∘ repeatedly estimate a remaining radiation dose of the radiotherapy session based on an observed and/or simulated motion of the at least one volume; ∘ repeatedly estimate a final delivered radiation dose for the radiotherapy session as a sum of the delivered radiation dose and the estimated remaining radiation dose; ∘ perform substantially real-time dose reconstruction to obtain a delivered radiation dose generated by a radiotherapy beam of the radiotherapy system in at least one volume; ∘ repeatedly estimate a remaining radiation dose of the radiotherapy session based on an observed and/or simulated motion of the at least one volume; ∘ repeatedly estimate a final delivered radiation dose for the radiotherapy session as a sum of the delivered radiation dose and the estimated remaining radiation dose; ∘ re-estimate the remaining radiation dose for an emulated intervention, such as a re-positioning of an object and/or an organ at risk exposed to the radiotherapy, and/or a re-positioning of the beam and/or a re-optimization of a treatment plan, for the remaining part of the radiotherapy session.
A method of manufacturing a wind turbine blade component having a load-carrying flange (88a, 88b), the method comprising the steps of: providing a web member; arranging a forming tool adjacent at least a first end of said web member to form a flange-shaped cavity between said forming tool and said first end; injecting a load-carrying resin into said cavity, preferably a polyurethane resin; curing said resin to form a load-carrying flange (88a, 88b) comprised of cured resin at said first end; and removing said forming tool from said first end, wherein the method comprises the step of providing a forming tool having a primary plate member (80a, 80b) and at least one barrier member depending therefrom, and wherein the step of arranging comprises: positioning said primary plate member (80a, 80b) adjacent the first end of said web member, and positioning said at least one barrier member where said at least one barrier member extends between said primary plate member (80a, 80b) and a side face of said web member adjacent said first end, such that said cavity is at least partially formed between said primary plate member (80a, 80b), said at least one barrier member, and said web member. providing a web member; arranging a forming tool adjacent at least a first end of said web member to form a flange-shaped cavity between said forming tool and said first end; injecting a load-carrying resin into said cavity, preferably a polyurethane resin; curing said resin to form a load-carrying flange (88a, 88b) comprised of cured resin at said first end; and removing said forming tool from said first end, wherein the method comprises the step of providing a forming tool having a primary plate member (80a, 80b) and at least one barrier member depending therefrom, and wherein the step of arranging comprises: positioning said primary plate member (80a, 80b) adjacent the first end of said web member, and positioning said at least one barrier member where said at least one barrier member extends between said primary plate member (80a, 80b) and a side face of said web member adjacent said first end, such that said cavity is at least partially formed between said primary plate member (80a, 80b), said at least one barrier member, and said web member. positioning said primary plate member (80a, 80b) adjacent the first end of said web member, and positioning said at least one barrier member where said at least one barrier member extends between said primary plate member (80a, 80b) and a side face of said web member adjacent said first end, such that said cavity is at least partially formed between said primary plate member (80a, 80b), said at least one barrier member, and said web member.
A nasal seal configured to be removably coupled to a frame of a patient interface, the nasal seal comprising: a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to a patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal, to outside surfaces of the side of the nose; and a support supporting a portion of the seal body; wherein the support defines a mount for mounting the nasal seal to the frame, the mount comprising a first member that is connectable to a second member, wherein the first member and the second member capture a portion of the seal body between them, and the mount is more rigid than the seal body. a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to a patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal, to outside surfaces of the side of the nose; and a support supporting a portion of the seal body; wherein the support defines a mount for mounting the nasal seal to the frame, the mount comprising a first member that is connectable to a second member, wherein the first member and the second member capture a portion of the seal body between them, and the mount is more rigid than the seal body.
A fuel cell vehicle comprising: a vehicle body; a fuel cell stack formed by stacking a plurality of fuel cells configured to generate electrical energy by electrochemical reactions of a fuel gas and an oxygen-containing gas; a stack case containing the fuel cell stack and being mounted in the vehicle body in a front box formed in front of a dashboard; wherein one end of an exhaust duct (84L, 84R) is connected to the stack case; and an exhaust port (92L, 92R) on the other end of the exhaust duct (84L, 84R) is opened to an upper position of a front wheel fender part (86L, 86R) of the vehicle body, characterized in that two of such exhaust ducts (84L, 84R) are provided, one on each left and right side of the stack case in the vehicle width direction, one end of each exhaust duct (84L, 84R) is connected to an end of the stack case in the vehicle width direction; and in a plan view of the vehicle, each exhaust duct (84L, 84R) is inclined to the outside in the vehicle width direction toward the backside in the traveling direction of the vehicle. a vehicle body; a fuel cell stack formed by stacking a plurality of fuel cells configured to generate electrical energy by electrochemical reactions of a fuel gas and an oxygen-containing gas; a stack case containing the fuel cell stack and being mounted in the vehicle body in a front box formed in front of a dashboard; wherein one end of an exhaust duct (84L, 84R) is connected to the stack case; and an exhaust port (92L, 92R) on the other end of the exhaust duct (84L, 84R) is opened to an upper position of a front wheel fender part (86L, 86R) of the vehicle body, characterized in that two of such exhaust ducts (84L, 84R) are provided, one on each left and right side of the stack case in the vehicle width direction, one end of each exhaust duct (84L, 84R) is connected to an end of the stack case in the vehicle width direction; and in a plan view of the vehicle, each exhaust duct (84L, 84R) is inclined to the outside in the vehicle width direction toward the backside in the traveling direction of the vehicle.
Dispenser (1, 1', 1", 1*) for washing agents (2, 2', 2", 2*), in particular of the type adapted to dispense a washing agent (2, 2', 2", 2*) into a tub of a washing machine, comprising at least one casing (3, 3', 3", 3*) that comprises at least one reservoir (6, 6', 6", 6*) for washing agents, and a metering element provided with at least one movable chamber (5, 5', 5", 5*, 5"') which can translate linearly between a first and a second position respectively corresponding to a supply condition, wherein washing agents (2, 2', 2", 2*) are supplied from the reservoir (6, 6', 6", 6*) into an inlet of movable chamber (5, 5', 5", 5*, 5"'), and a discharge condition wherein the washing agents (2, 2', 2", 2*) are discharged from a discharge of the movable chamber (5, 5', 5", 5*, 5"') into the tub, characterized in that the movable chamber (5, 5', 5", 5*, 5"') comprises means (59, 59', 59", 59*, 59"', 5, 5', 5", 5*, 5'", 55, 55', 55", 55*, 55'") provided with at least one sliding surface (51, 51', 51", 51*, 51"', 52, 52', 52", 52*, 52'"), adapted to facilitate said supply and/or discharge of the washing agents (2, 2', 2", 2'") and inclined with respect to a direction of drop by gravity of the washing agents in an operating condition of the dispenser (1, 1', 1", 1*).
A radiation imaging device, comprising: a plurality of individual detectors positioned adjacently and defining an active area responsive to x-rays, each said individual detector having a rectangular shape and together defining an overall active area with a length y and a width x; and at least one detector module on which said individual detectors are mounted, wherein, said individual detectors comprise at least two individual Cd(Zn)Te detectors juxtaposed next to each other with an average physical gap of at least 0.005 mm between the outside-most edges of the Cd(Zn)Te detectors, and each detector comprises a Cd(Zn)Te crystal connected to a CMOS readout circuit and pixels sized from 0.05 mm to 0.1 mm, characterized in that the average physical gap is 5% to 100% of the pixel size. a plurality of individual detectors positioned adjacently and defining an active area responsive to x-rays, each said individual detector having a rectangular shape and together defining an overall active area with a length y and a width x; and at least one detector module on which said individual detectors are mounted, wherein, said individual detectors comprise at least two individual Cd(Zn)Te detectors juxtaposed next to each other with an average physical gap of at least 0.005 mm between the outside-most edges of the Cd(Zn)Te detectors, and each detector comprises a Cd(Zn)Te crystal connected to a CMOS readout circuit and pixels sized from 0.05 mm to 0.1 mm,
A heating and detecting device for detecting a contact between a user and a steering wheel of a vehicle and for heating the steering wheel, the device comprising: - an electrically insulating support; - a first track for heating the steering wheel, a second track for detecting the contact, and a third track for avoiding the detection of false contacts between the user and the steering wheel, the first track, the second track and the third track being electrically conductive, distinct from one another; characterized in that the first track, the second track and the third track are arranged on the same surface of the electrically insulating support; and in that the third track is arranged between the first track and the second track. - an electrically insulating support; - a first track for heating the steering wheel, a second track for detecting the contact, and a third track for avoiding the detection of false contacts between the user and the steering wheel,
A compressor for an axial turbomachine, the compressor comprising an annular passage, an annular housing defining the annular passage, and two compression stages formed inside the annular passage, including an upstream compression stage with an annular row of blades with adjustable orientation connected to the annular housing, the compressor comprising an annular row of downstream blades formed by fixed orientation stator blades, said blades forming the outlet of the compressor (4; 104), the compressor comprising a separation nozzle and being characterised in that the upstream compression stage comprises an annular row of rotor blades disposed upstream of the blades (28; 128) with adjustable orientation of said stage and an annular row of stator blades with fixed orientation disposed between the rotor blades and the blades with adjustable orientation, the compressor comprising exactly five rows of blades (124; 128; 150), and the annular row of rotor blades of the upstream compression stage being disposed inside the separation nozzle in such a way that the separation nozzle comprises a separation partition and a separation edge and that the annular row of rotor blades is the first row of blades downstream of the separation edge.