mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for real-time tracking of an anatomical feature of interest within a patient undergoing a medical procedure, the method comprising: obtaining a series of three dimensional ultrasound images of a region of interest, wherein the region of interest includes the feature of interest, and wherein each image of the series of three dimensional ultrasound images is acquired periodically at a first acquisition rate; determining a location (205; 310; 510) of the feature of interest in the region of interest; iteratively obtaining (220; 320; 520) temporally-displaced targeted subsets of ultrasound images targeted at the feature of interest, wherein the targeted subsets of ultrasound images are acquired periodically in the time between acquisition of a first three dimensional ultrasound image and the next three dimensional ultrasound image and at an acquisition rate greater than the first acquisition rate; comparing each subset with the first three dimensional ultrasound image; and determining (230; 335; 535), based on each comparison, a displacement of the feature. obtaining a series of three dimensional ultrasound images of a region of interest, wherein the region of interest includes the feature of interest, and wherein each image of the series of three dimensional ultrasound images is acquired periodically at a first acquisition rate; determining a location (205; 310; 510) of the feature of interest in the region of interest; iteratively obtaining (220; 320; 520) temporally-displaced targeted subsets of ultrasound images targeted at the feature of interest, wherein the targeted subsets of ultrasound images are acquired periodically in the time between acquisition of a first three dimensional ultrasound image and the next three dimensional ultrasound image and at an acquisition rate greater than the first acquisition rate; comparing each subset with the first three dimensional ultrasound image; and determining (230; 335; 535), based on each comparison, a displacement of the feature.
A refrigerator comprising: a cabinet having a storage compartment therein; an illumination device for illuminating an interior of the storage compartment; a door (100, 200, 300, 400) hinged to the cabinet for opening and closing the storage compartment, the door (100, 200, 300, 400) having an opening (115, 211, 315, 411) formed therein and a panel assembly (270, 470) having a vacuum space; a knock sensor module for sensing a knock input applied on the panel assembly; and a controller configured to operate the illumination device when the knock sensor module senses the knock input, wherein the knock sensor module is in contact with the panel assembly (270, 470), characterized in that the panel assembly includes: a first heat insulation panel; a second heat insulation panel spaced apart from the first heat insulation panel; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel. a cabinet having a storage compartment therein; an illumination device for illuminating an interior of the storage compartment; a door (100, 200, 300, 400) hinged to the cabinet for opening and closing the storage compartment, the door (100, 200, 300, 400) having an opening (115, 211, 315, 411) formed therein and a panel assembly (270, 470) having a vacuum space; a knock sensor module for sensing a knock input applied on the panel assembly; and a controller configured to operate the illumination device when the knock sensor module senses the knock input, wherein the knock sensor module is in contact with the panel assembly (270, 470), characterized in that the panel assembly includes: a first heat insulation panel; a second heat insulation panel spaced apart from the first heat insulation panel; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel. a first heat insulation panel; a second heat insulation panel spaced apart from the first heat insulation panel; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel.
A cooling structure for an engine, comprising: an engine block provided with a wall surface which partitions a cylinder line including plural cylinders arranged in a specified direction and a water jacket provided to surround the cylinder line and allow cooling water to flow therein; and a water-jacket spacer arranged inside the water jacket and provided to regulate flowing of the cooling water in the water jacket, wherein the water-jacket spacer comprises a spacer body which has a shape along an outer-peripheral shape of the cylinder line and includes an internal surface facing the cylinders and an external surface positioned on an opposite side to the internal surface, and an expansive member configured to be expandable according to an external factor is provided at the internal surface of the spacer body of the water-jacket spacer such that the expansive member extends continuously over a range from an one-end side of the cylinder line to the other-end side of the cylinder line at a lower part, in a cylinder-axis direction, of the internal surface of the spacer body, characterized by a piston provided to reciprocate in the cylinder-axis direction inside each cylinder and including a skirt portion, wherein the lower part, in the cylinder-axis direction, of the internal surface of the spacer body where the expansive member is an area or a part which faces a portion of the wall surface of the engine block which is located below a lower end of the skirt portion of the piston when the piston is positioned at a top dead center. an engine block provided with a wall surface which partitions a cylinder line including plural cylinders arranged in a specified direction and a water jacket provided to surround the cylinder line and allow cooling water to flow therein; and a water-jacket spacer arranged inside the water jacket and provided to regulate flowing of the cooling water in the water jacket, wherein the water-jacket spacer comprises a spacer body which has a shape along an outer-peripheral shape of the cylinder line and includes an internal surface facing the cylinders and an external surface positioned on an opposite side to the internal surface, and an expansive member configured to be expandable according to an external factor is provided at the internal surface of the spacer body of the water-jacket spacer such that the expansive member extends continuously over a range from an one-end side of the cylinder line to the other-end side of the cylinder line at a lower part, in a cylinder-axis direction, of the internal surface of the spacer body, characterized by a piston provided to reciprocate in the cylinder-axis direction inside each cylinder and including a skirt portion, wherein the lower part, in the cylinder-axis direction, of the internal surface of the spacer body where the expansive member is an area or a part which faces a portion of the wall surface of the engine block which is located below a lower end of the skirt portion of the piston when the piston is positioned at a top dead center.
Device for supplying fuel to a combustion engine, comprising a tank which is provided to receive a liquid fuel, a supply line leading to the combustion engine, through which line fuel reaches the combustion engine and a return line leading from the combustion engine back to the tank, through which line surplus fuel flows from the combustion engine back to the tank, characterised in that the supply line and the return line are coupled to one another in a thermally conductive manner over the entire path between the combustion engine and the tank in such a way that a heat exchange can take place over the entire stretch thereof.
A near-eye device comprising: a holographic data provider arranged to provide phase-only holographic domain data representative of an image and phase-only holographic domain data having a negative lensing effect; a spatial light modulator comprising an array of phase modulating elements arranged to apply a phase delay distribution to incident light such that the resultant spatially modulated light comprises the phase-only holographic domain data representative of the image and the phase-only holographic domain data having a negative lensing effect; and a beam combiner comprising a first optical input arranged to receive the spatially modulated light from the spatial light modulator and a second optical input having a field of view of the real world, wherein the spatially modulated light received from the spatial light modulator by the beam combiner is diverging. a holographic data provider arranged to provide phase-only holographic domain data representative of an image and phase-only holographic domain data having a negative lensing effect; a spatial light modulator comprising an array of phase modulating elements arranged to apply a phase delay distribution to incident light such that the resultant spatially modulated light comprises the phase-only holographic domain data representative of the image and the phase-only holographic domain data having a negative lensing effect; and a beam combiner comprising a first optical input arranged to receive the spatially modulated light from the spatial light modulator and a second optical input having a field of view of the real world, wherein the spatially modulated light received from the spatial light modulator by the beam combiner is diverging.
A polyolefin - polydiorganosiloxane block copolymer comprising unit formula: where each R L is an independently selected divalent hydrocarbyl group, each R 1 is an independently selected monovalent hydrocarbyl group, each R 3 is independently selected from a hydrogen atom and a monovalent hydrocarbyl group free of terminal aliphatic unsaturation, each R 5 is an independently selected hydrogen terminated polyolefinic block, each R 6 is an independently selected divalent polyolefinic block, each R 10 is independently selected from R 3 and an alkoxysilyl functional hydrocarbylene containing group, each subscript a is independently 1 or 2, each subscript b is independently 0 or a positive number; subscript w is 0 to 2, subscript x is 0 or a positive number, subscript y is 0 or a positive number, subscript z is 0 to 2, a quantity (w + y) ≥ 1, a quantity (x + z) ≥ 1, with the provisos that when subscript w = 0, subscript z is > 0 and when subscript z = 0, subscript w > 0.
A bone cement kit, characterized by a) a cement powder, containing - at least one particulate polymethyl methacrylate or polymethyl methacrylate copolymer of the sieve fraction of less than 100 μm, - an initiator, and - at least one particulate or fibrous additive, which is insoluble in methyl methacrylate, wherein the additive is a pyrogenic silica and has an absorption capacity of greater than or equal to 9.4 g of methyl methacrylate per gram of additive at room temperature, wherein the additive is contained in the cement powder in a quantity of 0.1 to 2.5% by weight, based on the total weight of the cement powder, b) a monomer solution, containing - at least one methyl methacrylate and - an activator. a) a cement powder, containing - at least one particulate polymethyl methacrylate or polymethyl methacrylate copolymer of the sieve fraction of less than 100 μm, - an initiator, and - at least one particulate or fibrous additive, which is insoluble in methyl methacrylate, wherein the additive is a pyrogenic silica and has an absorption capacity of greater than or equal to 9.4 g of methyl methacrylate per gram of additive at room temperature, wherein the additive is contained in the cement powder in a quantity of 0.1 to 2.5% by weight, based on the total weight of the cement powder, - at least one particulate polymethyl methacrylate or polymethyl methacrylate copolymer of the sieve fraction of less than 100 μm, - an initiator, and - at least one particulate or fibrous additive, which is insoluble in methyl methacrylate, wherein the additive is a pyrogenic silica and has an absorption capacity of greater than or equal to 9.4 g of methyl methacrylate per gram of additive at room temperature, wherein the additive is contained in the cement powder in a quantity of 0.1 to 2.5% by weight, based on the total weight of the cement powder, b) a monomer solution, containing - at least one methyl methacrylate and - an activator. - at least one methyl methacrylate and - an activator.
A generally cylindrical cutting tool for making a flat bottom hole, said tool having a central axis (A-A), and a cutting end, said cutting end comprising: a first peak surface and a second peak surface intersecting at and generally adjacent to said central axis (A-A) and forming a chisel edge, wherein a bisector line extends radially through the central axis (A-A) perpendicular to the chisel edge and defines a first tool half on one side of the bisector line and a second tool half on the other side of the bisector line, and wherein each tool half (103, 104) has a first curvilinear cutting edge portion formed by the intersection of a second thinning surface and one of said peak surfaces (45a, 45b), said first curvilinear cutting edge portion extending radially from said chisel edge, and a second cutting edge portion extending radially outward from said first curvilinear cutting edge portion, characterized in that the chisel edge is curved to blend with said first curvilinear cutting edge portion, and a rake surface of the first curvilinear cutting edge portion of each tool half has a positive axial rake angle of between 1 and 15 degrees. a first peak surface and a second peak surface intersecting at and generally adjacent to said central axis (A-A) and forming a chisel edge, wherein a bisector line extends radially through the central axis (A-A) perpendicular to the chisel edge and defines a first tool half on one side of the bisector line and a second tool half on the other side of the bisector line, and wherein each tool half (103, 104) has a first curvilinear cutting edge portion formed by the intersection of a second thinning surface and one of said peak surfaces (45a, 45b), said first curvilinear cutting edge portion extending radially from said chisel edge, and a second cutting edge portion extending radially outward from said first curvilinear cutting edge portion,
A device for sensing a fluid in an object, such as a ventilation duct, comprising: - a sensing element, - a first housing portion adapted to be arranged outside said object and accommodating the sensing element, and - a supply opening and an outlet opening, which openings provide communication between said first housing portion and the object containing the fluid that is to be sensed, - a second housing portion, adapted to be arranged outside said object and accommodating electrical connection components, wherein said first and second housing portions (27, 28) are arranged and configured such that they may be connected to each other in geometrically different configurations by use of mechanical fastening means and electrical interconnection means (19, 26), characterized in that said first housing portion comprises at least a first and second set of electrical interconnection means, and said second housing portion comprises a corresponding set of electrical interconnection means, adapted to be connected to either one of said at least a first and second sets of electrical interconnection means of said first housing portion. - a sensing element, - a first housing portion adapted to be arranged outside said object and accommodating the sensing element, and - a supply opening and an outlet opening, which openings provide communication between said first housing portion and the object containing the fluid that is to be sensed, - a second housing portion, adapted to be arranged outside said object and accommodating electrical connection components,
A method of detecting skin cancer in a subject, wherein said skin cancer is a basal cell carcinoma, the method comprising: (a) quantifying, in a biological sample obtained from the subject, a level of mutated mitochondrial DNA (mtDNA), wherein the mutation comprises a deletion spanning approximately nucleotides 547 to 4443 in the minor arc of the human mtDNA genome; and, (b) comparing the level of the mutated mtDNA in the sample to the level of the mutated mtDNA in clinically normal perilesional skin, wherein if the level of the mutated mtDNA in the sample is higher than the level of the mutated mtDNA in the clinically normal perilesional skin, the subject has BCC. (a) quantifying, in a biological sample obtained from the subject, a level of mutated mitochondrial DNA (mtDNA), wherein the mutation comprises a deletion spanning approximately nucleotides 547 to 4443 in the minor arc of the human mtDNA genome; and, (b) comparing the level of the mutated mtDNA in the sample to the level of the mutated mtDNA in clinically normal perilesional skin,
Body part of a motor vehicle forming an outer skin and made by injection of a thermoplastic material comprising: - a connection sheet supporting on one of its faces electrically conductive tracks and, - one or more connection plates in electrical continuity with said electrically conductive tracks and each comprising means of connection and means of attachment intended to receive one or more sensors, in which the connection sheet and the connection plates are overmolded in the body part forming the outer skin, characterized in that the electrical continuity between the connection sheet and the connection plate is ensured by lugs arranged on the connection plate and stamped on the electrically conductive tracks of the connection sheet, and in that the means of connection are formed by one or more connection pins electrically connected to the lugs by electrically conductive tracks arranged on the connection plate to electrically connect the sensor to the connection sheet. - a connection sheet supporting on one of its faces electrically conductive tracks and, - one or more connection plates in electrical continuity with said electrically conductive tracks and each comprising means of connection and means of attachment intended to receive one or more sensors,
A method of forming an implantable electrode having electrode contacts on an electrode carrier having a coating, the method comprising: providing a solution of silicone and dexamethasone dissolved in a solvent; applying the solution to the electrode carrier or to a substrate; and subjecting the solution to a two-step heat treatment process that includes a first heat treatment between 50°C and 90°C for about 1 to 3 hours and a second heat treatment at an elevated temperature between about 90°C and 140°C for about 2 hours in order to form the coating. providing a solution of silicone and dexamethasone dissolved in a solvent; applying the solution to the electrode carrier or to a substrate; and subjecting the solution to a two-step heat treatment process that includes a first heat treatment between 50°C and 90°C for about 1 to 3 hours and a second heat treatment at an elevated temperature between about 90°C and 140°C for about 2 hours in order to form the coating.
Decentralised peripheral with - process input and process output modules (16a, 16b), which, in a process control mode of operation, interact with field devices connected to these modules (16a, 16b), and - an interface module, in which a process image is stored, wherein in the process control mode of operation the process input models write process input values for processing by means of an automation device (2, 3) connected to the decentralised peripheral into the process image and the automation device (2, 3) writes process output values for processing by means of the process output modules into the process image, characterised in that the interface module has a programmable element which is embodied, in a simulation mode of operation, - to block access of the process input and process output modules (16a, 16b) to the process image, and - to read process output values of the automation device (2, 3) out of the process image, to calculate simulated process input values and to write the simulated process input values into the process image. - process input and process output modules (16a, 16b), which, in a process control mode of operation, interact with field devices connected to these modules (16a, 16b), and - an interface module, in which a process image is stored, wherein in the process control mode of operation the process input models write process input values for processing by means of an automation device (2, 3) connected to the decentralised peripheral into the process image and the automation device (2, 3) writes process output values for processing by means of the process output modules into the process image, - to block access of the process input and process output modules (16a, 16b) to the process image, and - to read process output values of the automation device (2, 3) out of the process image, to calculate simulated process input values and to write the simulated process input values into the process image.
A method of re-encoding audio signals from a first audio group into a second audio group with a reproduction layout-independent format, wherein the first audio group and the second audio group each comprises: a first audio set of at least one mono track with associated metadata describing the direction of origin of the signal of each mono track with respect to a recording position, and its initial playback time; and a second audio set of at least one set of Ambisonics tracks of a given order and mixture of orders; wherein the re-encoding comprises generating the second audio group from the re-assignment of portions of one audio set of the first audio group to another audio set of the first audio group. a first audio set of at least one mono track with associated metadata describing the direction of origin of the signal of each mono track with respect to a recording position, and its initial playback time; and a second audio set of at least one set of Ambisonics tracks of a given order and mixture of orders;
A heating chamber for an aerosol generation device, the heating chamber comprising: an open end; a base; and a tubular side wall between the open end and the base, wherein the heating chamber is formed as a single element and wherein the tubular side wall has a first thickness of 90 μm or less and the base has a second thickness greater than the first thickness. an open end; a base; and a tubular side wall between the open end and the base, wherein the heating chamber is formed as a single element and wherein the tubular side wall has a first thickness of 90 μm or less and the base has a second thickness greater than the first thickness.
A N-H free, C-free, and Si-rich perhydropolysilazane composition having a molecular weight ranging from approximately 5.513×10 -22 g (332 dalton) to approximately 1.66×10 -19 g (100,000 dalton) and comprising N-H free repeating units having the formula [-N(SiH 3) x (SiH 2 -) y], wherein x=0, 1, or 2 and y= 0, 1, or 2 with x+y=2; and x= 0, 1 or 2 and y=1, 2, or 3 with x+y=3.