mhurhangee/patent-ind-claim-en huggingface dataset:
A system for segmenting a coronary artery vessel tree of a patient heart in a three dimensional, 3D, cardiac image , comprising: a coronary volume definition unit , comprising one or more processors configured to set a spatial boundary from internal and external surfaces of heart tissues in the 3D cardiac image based on a fitted heart model ; a coronary artery segmentation unit , comprising the one or more processors configured to segment the coronary artery vessel tree in the 3D cardiac image using a segmentation algorithm with a search space limited by the spatial boundary set from the internal and external surfaces of the heart tissues; and a coronary artery auxiliary unit , comprising the one or more processors configured to fit a coronary artery probability map based on the fitted heart model, wherein the coronary artery probability map includes a probability, based on a directional arterial flow, that a corresponding spatially located voxel is included in the coronary artery vessel tree, wherein the segmentation alogrithm is configured to use the probability map to guide segmentation based on the probability map. a coronary volume definition unit , comprising one or more processors configured to set a spatial boundary from internal and external surfaces of heart tissues in the 3D cardiac image based on a fitted heart model ; a coronary artery segmentation unit , comprising the one or more processors configured to segment the coronary artery vessel tree in the 3D cardiac image using a segmentation algorithm with a search space limited by the spatial boundary set from the internal and external surfaces of the heart tissues; and a coronary artery auxiliary unit , comprising the one or more processors configured to fit a coronary artery probability map based on the fitted heart model, wherein the coronary artery probability map includes a probability, based on a directional arterial flow, that a corresponding spatially located voxel is included in the coronary artery vessel tree, wherein the segmentation alogrithm is configured to use the probability map to guide segmentation based on the probability map.
An autonomous vehicle, in particular a driverless transport vehicle, comprising a control device and a sensor for detecting a continuous lane marking , wherein the control device is adapted to control the vehicle along the lane marking in dependence on the detected lane marking ; and wherein the sensor is adapted to detect a first code marking arranged adjacent to the lane marking , characterized in that the sensor is further adapted to determine a first distance (D1) between the detected first code marking and the lane marking , and with the control device further being adapted to control the vehicle in dependence on the determined first distance (D1).
Surge arrester , in particular for arresting surges, having a housing and a disconnecting device , wherein the housing is subdivided into at least two housing parts and the disconnecting device connects the housing parts to one another, wherein the disconnecting device is configured, in the event of a fault, to interrupt an active conductor or connection path by disconnecting the housing parts , wherein in the case of a fault, a propellant charge in the disconnecting device is triggered, as a result of which the disconnecting device is disconnected in a defined manner and thus destroyed, such that the housing parts are disconnected from one another and pivot away from one another.
An exercise device for a user, comprising: a chest vest comprising: a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first stretchable strap comprising: a first portion attached to the vest wherein the first portion of the first strap is attached to a front portion of the first sleeve ; and a first handle positioned on the first strap distantly from the first portion of the first strap wherein the first strap further comprises a second portion attached to the vest , wherein the second portion of the first strap is attached to the front portion of the first sleeve ; wherein the first handle is positioned on the first strap between the first portion of the first strap and the second portion of the first strap , and wherein the vest is posture-correcting. a chest vest comprising: a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first sleeve positionable around a shoulder and an adjacent armpit of the user; a second sleeve positionable around another shoulder and another armpit of the user; and a back support connecting a posterior part of the first sleeve and a posterior part of the second sleeve behind the back of the user; and a first stretchable strap comprising: a first portion attached to the vest wherein the first portion of the first strap is attached to a front portion of the first sleeve ; and a first handle positioned on the first strap distantly from the first portion of the first strap a first portion attached to the vest wherein the first portion of the first strap is attached to a front portion of the first sleeve ; and a first handle positioned on the first strap distantly from the first portion of the first strap wherein the first strap further comprises a second portion attached to the vest , wherein the second portion of the first strap is attached to the front portion of the first sleeve ; wherein the first handle is positioned on the first strap between the first portion of the first strap and the second portion of the first strap , and wherein the vest is posture-correcting.
A method for removing chlorine from a chlorine-containing gas stream, the method comprising: adding a potassium carbonate salt and a scale inhibitor to a scrubbing liquid in a wet scrubbing system, the potassium carbonate salt and scale inhibitor being added to the scrubbing liquid in a weight ratio that is in the range of from 300:1 to 10:1; contacting the chlorine-containing gas stream with the scrubbing liquid; whereby the potassium carbonate salt, and optionally sodium hydroxide, is added in amounts that are sufficient so that the scrubbing liquid has an alkaline pH; whereby the scale inhibitor is an organophosphonate compound; and further comprising adding a scavenger compound comprising sodium thiosulfate or sodium bisulfite to the scrubbing liquid. adding a potassium carbonate salt and a scale inhibitor to a scrubbing liquid in a wet scrubbing system, the potassium carbonate salt and scale inhibitor being added to the scrubbing liquid in a weight ratio that is in the range of from 300:1 to 10:1; contacting the chlorine-containing gas stream with the scrubbing liquid; whereby the potassium carbonate salt, and optionally sodium hydroxide, is added in amounts that are sufficient so that the scrubbing liquid has an alkaline pH; whereby the scale inhibitor is an organophosphonate compound; and further comprising adding a scavenger compound comprising sodium thiosulfate or sodium bisulfite to the scrubbing liquid.
A sensor molecule for the resonance energy transfer (RET)-based detection of reduced nicotinamide adenine dinucleotide phosphate (NADPH), the sensor comprising a segment A connected via a linker to a segment B, wherein each of segment A and segment B comprises a member of a RET pair comprising a donor moiety and an acceptor moiety, further characterized in that (i) segment A comprises a binding protein (BP) for NADPH, the BP being dihydrofolate reductase (DHFR; EC 1.5.1.3) or a functional homolog or, fragment thereof showing the desired NADPH binding properties, and comprising a heterologous protein domain inserted at or replacing at least part of the region corresponding to positions 20 to 27 of E. coli DHFR, said heterologous protein domain comprising the member of the RET pair; (ii) segment B comprises a ligand (L) capable of intramolecular binding to said BP only in the presence of NADPH; such that the donor moiety and the acceptor moiety are in a suitable juxtaposition to yield a RET signal when L is bound to BP, and wherein NADPH-induced binding of L to BP results in an increase in RET efficiency. (i) segment A comprises a binding protein (BP) for NADPH, the BP being dihydrofolate reductase (DHFR; EC 1.5.1.3) or a functional homolog or, fragment thereof showing the desired NADPH binding properties, and comprising a heterologous protein domain inserted at or replacing at least part of the region corresponding to positions 20 to 27 of E. coli DHFR, said heterologous protein domain comprising the member of the RET pair; (ii) segment B comprises a ligand (L) capable of intramolecular binding to said BP only in the presence of NADPH;
Method for detecting the angular position of a cap (T) with respect to a bottle on which said cap is applied, wherein a first marker (M1) is provided on the surface of said cap (T) and a second marker (M2) is provided on the surface of a portion (B) of said bottle, said method comprising a step of capturing (110; 210) at least one first image (10; 10a, 10b) of said cap (T) and said bottle portion (B) and being characterized in that it further comprises: - a step of removing (120; 220) from said cap (T) and said bottle portion (B) and/or displacing relative to said cap (T) and said bottle portion (B) liquid drops (G) and other possible impurities existing on said cap (T) and said bottle portion (B); - a step of capturing (130; 230) at least one second image (30; 30a, 30b) of said cap (T) and said bottle portion (B); - a step of comparing (140; 240) said at least one first image (10; 10a, 10b) and said at least one second image (30; 30a, 30b) of said cap and said bottle portion and generating at least one processing (40; 40a, 40b, 40c) of the image of said cap and said bottle portion; - a step of detecting (150; 250) the positions of said first and second markers (M1, M2) in said at least one processing (40; 40a, 40b, 40c) and determining the angle comprised between said markers (M1, M2). - a step of removing (120; 220) from said cap (T) and said bottle portion (B) and/or displacing relative to said cap (T) and said bottle portion (B) liquid drops (G) and other possible impurities existing on said cap (T) and said bottle portion (B); - a step of capturing (130; 230) at least one second image (30; 30a, 30b) of said cap (T) and said bottle portion (B); - a step of comparing (140; 240) said at least one first image (10; 10a, 10b) and said at least one second image (30; 30a, 30b) of said cap and said bottle portion and generating at least one processing (40; 40a, 40b, 40c) of the image of said cap and said bottle portion; - a step of detecting (150; 250) the positions of said first and second markers (M1, M2) in said at least one processing (40; 40a, 40b, 40c) and determining the angle comprised between said markers (M1, M2).
A coated glass article comprising: a glass substrate ; and an anti-reflective coating formed over a first major surface of the glass substrate , wherein the anti-reflective coating comprises: a color suppression interlayer , a first coating layer deposited over the color suppression interlayer , wherein the first coating layer comprises tin oxide and a dopant, the dopant comprising antimony, molybdenum, or iron, and a second coating layer deposited over the first coating layer , wherein the second coating layer comprises an oxide of silicon, wherein the coated glass article exhibits a total visible light transmittance (Illuminant A, 2 degree observer) of 70% or more and a film side visible light reflectance (Illuminant A, 2 degree observer) of less than 6.0%, wherein the thickness of the first coating layer is 100 nm or less, and wherein the color suppression interlayer comprises a first component layer deposited on the first major surface of the glass substrate and a second component layer deposited over the first component layer , the first component layer having a refractive index which is greater than a refractive index of the second component layer , a refractive index of the first coating layer , and a refractive index of the second coating layer . a glass substrate ; and an anti-reflective coating formed over a first major surface of the glass substrate , wherein the anti-reflective coating comprises: a color suppression interlayer , a first coating layer deposited over the color suppression interlayer , wherein the first coating layer comprises tin oxide and a dopant, the dopant comprising antimony, molybdenum, or iron, and a second coating layer deposited over the first coating layer , wherein the second coating layer comprises an oxide of silicon, a color suppression interlayer , a first coating layer deposited over the color suppression interlayer , wherein the first coating layer comprises tin oxide and a dopant, the dopant comprising antimony, molybdenum, or iron, and a second coating layer deposited over the first coating layer , wherein the second coating layer comprises an oxide of silicon, wherein the coated glass article exhibits a total visible light transmittance (Illuminant A, 2 degree observer) of 70% or more and a film side visible light reflectance (Illuminant A, 2 degree observer) of less than 6.0%, wherein the thickness of the first coating layer is 100 nm or less, and wherein the color suppression interlayer comprises a first component layer deposited on the first major surface of the glass substrate and a second component layer deposited over the first component layer , the first component layer having a refractive index which is greater than a refractive index of the second component layer , a refractive index of the first coating layer , and a refractive index of the second coating layer .
Drying installation having a drying region for drying bulk material , such as pre-granulated effluent sludge, - in which an air removal device for removing exhaust air from the drying region and an air supply device for supplying feed air into the drying region are provided, - in which an air cooling device having a first air cooling stage and a second air cooling stage is provided for cooling the exhaust air , wherein the exhaust air from the first air cooling stage passes through an air guide into the second air cooling stage , and an air heating device having a first air heating stage and a second air heating stage is provided for heating the feed air , - in which an energy recovery device for returning energy from the first air cooling stage into the first air heating stage is provided, characterised in that the energy recovery device is in the form of a heat carrier line and a heat carrier pump . - in which an air removal device for removing exhaust air from the drying region and an air supply device for supplying feed air into the drying region are provided, - in which an air cooling device having a first air cooling stage and a second air cooling stage is provided for cooling the exhaust air , wherein the exhaust air from the first air cooling stage passes through an air guide into the second air cooling stage , and an air heating device having a first air heating stage and a second air heating stage is provided for heating the feed air , - in which an energy recovery device for returning energy from the first air cooling stage into the first air heating stage is provided, characterised in that the energy recovery device is in the form of a heat carrier line and a heat carrier pump .
A computerized method for creating a tenant of a database system, the tenant to have tenant data stored in an immutable storage of the database system associated with a tenant identifier, wherein the database system stores transactions as immutable versions of records, and wherein a received transaction creates a new version of contents of a record to be stored in the database system instead of altering the contents of the record, the method comprising: receiving , at the database system, a request to create a new tenant; selecting , at the database system, template tenant data of a template tenant to create the new tenant based on the received request, comprising determining whether a template tenant exists based on a type of the request to form the new tenant, comprising selecting a template tenant that is most similar to the request for creating a new tenant, wherein the similarity includes a type of the tenant to be created; creating , via the database system, a new tenant identifier based on the selected template tenant data; creating the new tenant by associating the new tenant identifier with a snapshot of at least a portion of the template tenant data of the determined template tenant at a new tenant creation point in time when the template tenant data is made accessible to the new tenant; and associating new tenant data created by the new tenant after the new tenant creation point in time with the new tenant, wherein the new tenant data created by the new tenant subsequent to the new tenant creation point in time is inaccessible to the template tenant. receiving , at the database system, a request to create a new tenant; selecting , at the database system, template tenant data of a template tenant to create the new tenant based on the received request, comprising determining whether a template tenant exists based on a type of the request to form the new tenant, comprising selecting a template tenant that is most similar to the request for creating a new tenant, wherein the similarity includes a type of the tenant to be created; creating , via the database system, a new tenant identifier based on the selected template tenant data; creating the new tenant by associating the new tenant identifier with a snapshot of at least a portion of the template tenant data of the determined template tenant at a new tenant creation point in time when the template tenant data is made accessible to the new tenant; and associating new tenant data created by the new tenant after the new tenant creation point in time with the new tenant, wherein the new tenant data created by the new tenant subsequent to the new tenant creation point in time is inaccessible to the template tenant.
A vascular access device, comprising: a catheter adapter having an inlet port configured to connect the catheter adapter to an injector pump ; and a catheter body extending from a distal end of the catheter adapter , the catheter body having a proximal end, a distal end, a lumen extending between the proximal and distal ends along a longitudinal axis of the catheter body , and a distal lumen opening , the lumen of the catheter body being in fluid communication with the inlet port , wherein the distal end of the catheter body includes a catheter tip ; characterized in that the catheter tip includes a splittable feature wherein the splittable feature includes a plurality of skive lines formed on an inner surface of the catheter tip , wherein the plurality of skive lines divide the catheter tip into a plurality of adjacent fingers , wherein the plurality of skive lines are defeated in response to increased pressure in the lumen during infusion, wherein in response to the plurality of skive lines being defeated, the plurality of adjacent fingers separate thereby enlarging an effective surface area of the distal lumen opening by providing a plurality of extended slits or tapered openings. a catheter adapter having an inlet port configured to connect the catheter adapter to an injector pump ; and a catheter body extending from a distal end of the catheter adapter , the catheter body having a proximal end, a distal end, a lumen extending between the proximal and distal ends along a longitudinal axis of the catheter body , and a distal lumen opening , the lumen of the catheter body being in fluid communication with the inlet port , wherein the distal end of the catheter body includes a catheter tip ; characterized in that the catheter tip includes a splittable feature wherein the splittable feature includes a plurality of skive lines formed on an inner surface of the catheter tip , wherein the plurality of skive lines divide the catheter tip into a plurality of adjacent fingers , wherein the plurality of skive lines are defeated in response to increased pressure in the lumen during infusion, wherein in response to the plurality of skive lines being defeated, the plurality of adjacent fingers separate thereby enlarging an effective surface area of the distal lumen opening by providing a plurality of extended slits or tapered openings.
An anti-static vacuum cleaner comprising: a machine body ; and components on the machine body including a dust collecting component, a main body and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly. a machine body ; and components on the machine body including a dust collecting component, a main body and a dust collector, wherein: the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly. the suction portion is communicated with the dust collector arranged on the main body, and a handle is arranged on the main body, the components on the machine body at least form a static electricity generating portion, characterized in that the handle is at least partially formed by a non-metal conductive material, and wherein the non-metal conductive material is a thermoplastic polyurethane elastomer rubber added with conductive impurities, and the handle is electrically connected with the at least one static electricity generating portion through an electrically conductive assembly.