mhurhangee/ep-ind-claims huggingface dataset:
A chromatography plug comprising: a body, the body comprising: a first surface; a second surface opposing the first surface; a passage through the body extending from an opening in the first surface to an opening in the second surface; and a circumferential surface extending from the first surface to the second surface; a plurality of ridges, located on the first surface, wherein each of the plurality of ridges having a first end and an opposed second end, and the first end of each of the plurality of ridges being closer to one another than the second ends of each of the plurality of ridges; characterized in that a bridge is located between the first ends, said bridge extends into the body at the opening in the first surface of the passage, said bridge has a top surface external to the body and facing away from the first surface, and said bridge extends over at least a portion of opening in first surface and extends into opening. a first surface; a second surface opposing the first surface; a passage through the body extending from an opening in the first surface to an opening in the second surface; and a circumferential surface extending from the first surface to the second surface; a plurality of ridges, located on the first surface, wherein each of the plurality of ridges having a first end and an opposed second end, and the first end of each of the plurality of ridges being closer to one another than the second ends of each of the plurality of ridges; characterized in that a bridge is located between the first ends, said bridge extends into the body at the opening in the first surface of the passage, said bridge has a top surface external to the body and facing away from the first surface, and said bridge extends over at least a portion of opening in first surface and extends into opening.
A method for purposes of drying radioactively contaminated liquid-solid mixtures in the form of liquid solutions and/or suspensions, in particular in the form of aqueous solutions and/or suspensions, wherein the liquid-solid mixture, is dried in a container interior of a drying container, wherein for this purpose the container interior is heated, and wherein a reduced pressure is applied to the container interior, such that liquid of the liquid-solid mixture is vaporised, wherein at least one boiling lance protrudes into the mixture arranged in the container interior, wherein the at least one boiling lance extends over the majority of the height of the container interior, wherein the boiling lance has a number of outlet openings distributed over its length, that is to say, height, and wherein during the drying of the mixture a gas - in particular air - is blown in, that is to say, bubbled in, via the boiling lance and its outlet openings into the mixture, wherein the drying of the mixture is executed with the condition that firstly one batch of the mixture is poured into the container interior, and subsequently dried, that is to say, is reduced/concentrated with vaporisation of the liquid, wherein thereupon a further batch of the mixture is poured into the container interior and the resulting liquid mix is dried, that is to say, further reduced/concentrated, wherein the drying process is continued until a solid residue, or more particularly, essentially a solid residue, remains in the container interior.
A composition, which is a crosslinkable fluororubber composition comprising: a fluororubber; and a fluororesin which is a copolymer consisting of tetrafluoroethylene units (a) and hexafluoropropylene units (b) at a molar ratio (a) / (b) of (80.0-87.3)/(12.7-20.0); or a copolymer comprising TFE units (a), HFP units (b), and units (c) derived from a monomer copolymerizable with TFE and HFP, wherein the molar ratio (a)/(b) is (80.0-90.0)/(10.0-20.0) and the molar ratio (c)/{(a) + (b)} is (0.1-10.0)/(90.0-99.9), wherein the fluororesin has a storage elastic modulus (E') of 10-160 MPa, determined by viscoelasticity analysis at 70°C, as specified in the description. a fluororubber; and a fluororesin which is a copolymer consisting of tetrafluoroethylene units (a) and hexafluoropropylene units (b) at a molar ratio (a) / (b) of (80.0-87.3)/(12.7-20.0); or a copolymer comprising TFE units (a), HFP units (b), and units (c) derived from a monomer copolymerizable with TFE and HFP, wherein the molar ratio (a)/(b) is (80.0-90.0)/(10.0-20.0) and the molar ratio (c)/{(a) + (b)} is (0.1-10.0)/(90.0-99.9), wherein the fluororesin has a storage elastic modulus (E') of 10-160 MPa, determined by viscoelasticity analysis at 70°C, as specified in the description.
A method comprising: identifying a virtual object rendered in a current frame that is generated based on a first pose of an augmented reality, AR, device; determining a second pose of the AR device, the second pose following the first pose; identifying an augmentation area in a next frame based on the virtual object rendered in the current frame, and the second pose; determining depth information only for the augmentation area in the next frame; and rendering the virtual object in the next frame based on the depth information. identifying a virtual object rendered in a current frame that is generated based on a first pose of an augmented reality, AR, device; determining a second pose of the AR device, the second pose following the first pose; identifying an augmentation area in a next frame based on the virtual object rendered in the current frame, and the second pose; determining depth information only for the augmentation area in the next frame; and rendering the virtual object in the next frame based on the depth information.
A nutritional composition comprising a high protein component and an exogenous nucleotide wherein the high protein component includes at least one of proteins, peptides, and amino acids, and precursors and metabolites of proteins, peptides, and amino acids in an amount that provides at least about 18% of the total calories of the nutritional composition, wherein the nutritional composition has a total volume of 300 mL or less and wherein the high protein component is in an amount greater than about 14 grams, for use in treating a wound or improving wound healing in a mammal.
A combustor for a gas turbine engine, comprising: a combustor shell (60, 62); and a plurality of heat shield panels secured to the combustor shell (60, 62), wherein each heat shield panel comprises a substrate layer including: a first substrate surface; a second substrate surface opposite the first substrate surface, the first substrate surface and the second substrate surface defining a substrate layer thickness therebetween; and one or more thermally protective coating layers applied to the first substrate surface of the substrate layer; wherein the one or more coating layers have a constant coating layer thickness, characterised in that the substrate layer thickness tapers along an axial length of the heat shield panels, and in that a first heat shield panel of the plurality of heat shield panels is tapered at an overlap to a second heat shield panel of the plurality of heat shield panels. a combustor shell (60, 62); and a plurality of heat shield panels secured to the combustor shell (60, 62), wherein each heat shield panel comprises a substrate layer including: a first substrate surface; a second substrate surface opposite the first substrate surface, the first substrate surface and the second substrate surface defining a substrate layer thickness therebetween; and one or more thermally protective coating layers applied to the first substrate surface of the substrate layer; a first substrate surface; a second substrate surface opposite the first substrate surface, the first substrate surface and the second substrate surface defining a substrate layer thickness therebetween; and one or more thermally protective coating layers applied to the first substrate surface of the substrate layer; wherein the one or more coating layers have a constant coating layer thickness, characterised in that the substrate layer thickness tapers along an axial length of the heat shield panels, and in that a first heat shield panel of the plurality of heat shield panels is tapered at an overlap to a second heat shield panel of the plurality of heat shield panels.
An antenna assembly comprising: a first conductive element including a first Q-value and a first impedance value; a radio frequency source, wherein the radio frequency source is placed in communication with the first conductive element; a second conductive element including a second Q-value and a second impedance value; a current reversing element connected to the first conductive element and the second conductive element, wherein the current reversing element is configured to reverse the current induced on the first conductive element by the radio frequency source; a third conductive element connected to the current reversing element; and a tuning element connected to the second conductive element and the third conductive element, wherein the tuning element comprises a capacitive component; wherein the current reversing element is configured to induce a second current (I 2) through the second conductive element when a first current (I 1) flows through the first conductive element; and wherein the second current (I 2) flows through the second conductive element in the same direction as the current (I 1) through the first conductive element. a first conductive element including a first Q-value and a first impedance value; a radio frequency source, wherein the radio frequency source is placed in communication with the first conductive element; a second conductive element including a second Q-value and a second impedance value; a current reversing element connected to the first conductive element and the second conductive element, wherein the current reversing element is configured to reverse the current induced on the first conductive element by the radio frequency source; a third conductive element connected to the current reversing element; and a tuning element connected to the second conductive element and the third conductive element, wherein the tuning element comprises a capacitive component; wherein the current reversing element is configured to induce a second current (I 2) through the second conductive element when a first current (I 1) flows through the first conductive element; and wherein the second current (I 2) flows through the second conductive element in the same direction as the current (I 1) through the first conductive element.
A nursery block, comprising a nutritive block for providing nutrients to seeds, wherein the top of the nutritive block is provided with a seed placement pit, - and the seed placement pit is of a structure having a top larger than a bottom, characterized in that the seed placement pit is internally provided with a seed cultivation pit, the seeds fall into the seed cultivation pit along the surface of the seed placement pit under the action of gravity, and the seed cultivation pit is internally provided with a notch which extends in a direction away from the seed cultivation pit and provides growth paths for root systems of the seeds.
A coast stop vehicle, comprising: an engine; a transmission arranged between the engine and drive wheels and having a plurality of gear positions; coast stop starting means adapted to automatically stop a rotation of the engine when a coast stop start condition holds during travel; coast stop releasing means adapted to automatically start the engine when a coast stop release condition holds during a coast stop; characterized in that the coast stop vehicle further comprises downshifting means adapted to start engagement of a frictional engagement element, which realizes a lower gear position than the one when the coast stop release condition holds, after a start-up of the engine and before a settlement of the engine in idle rotation and cause a downshift of the transmission when the coast stop release condition holds. an engine; a transmission arranged between the engine and drive wheels and having a plurality of gear positions; coast stop starting means adapted to automatically stop a rotation of the engine when a coast stop start condition holds during travel; coast stop releasing means adapted to automatically start the engine when a coast stop release condition holds during a coast stop; characterized in that the coast stop vehicle further comprises downshifting means adapted to start engagement of a frictional engagement element, which realizes a lower gear position than the one when the coast stop release condition holds, after a start-up of the engine and before a settlement of the engine in idle rotation and cause a downshift of the transmission when the coast stop release condition holds.
An Object Identifier, OID, configuration method, comprising: performing, by a parent OID node, Domain Name System, DNS, configuration on a service provided by an OID tree to form a DNS resource record, the OID tree comprising the parent OID node and at least one child OID node of the parent OID node; and storing, by the parent OID node, the DNS resource record in a DNS database of the parent OID node, wherein performing, by a parent OID node, DNS configuration on a service provided by an OID tree to form a DNS resource record comprises: generating, by the parent OID node, a DNS wildcard mapping name, the DNS wildcard mapping name comprising a service identifier, a wildcard, a domain name inverted order OID and an OID Resolution System, ORS, DNS root; generating, by the parent OID node, an authorization expression of each service type of the OID tree, the authorization expression providing a basis for generating service configuration information of the OID tree; and generating, by the parent OID node, the DNS resource record according to the DNS wildcard mapping name, the service type and the authorization expression. performing, by a parent OID node, Domain Name System, DNS, configuration on a service provided by an OID tree to form a DNS resource record, the OID tree comprising the parent OID node and at least one child OID node of the parent OID node; and storing, by the parent OID node, the DNS resource record in a DNS database of the parent OID node, wherein performing, by a parent OID node, DNS configuration on a service provided by an OID tree to form a DNS resource record comprises: generating, by the parent OID node, a DNS wildcard mapping name, the DNS wildcard mapping name comprising a service identifier, a wildcard, a domain name inverted order OID and an OID Resolution System, ORS, DNS root; generating, by the parent OID node, an authorization expression of each service type of the OID tree, the authorization expression providing a basis for generating service configuration information of the OID tree; and generating, by the parent OID node, the DNS resource record according to the DNS wildcard mapping name, the service type and the authorization expression. generating, by the parent OID node, a DNS wildcard mapping name, the DNS wildcard mapping name comprising a service identifier, a wildcard, a domain name inverted order OID and an OID Resolution System, ORS, DNS root; generating, by the parent OID node, an authorization expression of each service type of the OID tree, the authorization expression providing a basis for generating service configuration information of the OID tree; and generating, by the parent OID node, the DNS resource record according to the DNS wildcard mapping name, the service type and the authorization expression.
A computer-implemented method for controlling the velocity of a vehicle, the method comprising: acquiring, using at least one image capture device (122, 124, 126), a plurality of images of an area in a vicinity of the vehicle; recognizing a curve to be navigated based on map data and vehicle position information; determining an initial target velocity for the vehicle based on at least one characteristic of the curve as reflected in the map data and a lateral acceleration limit associated with the vehicle, wherein the at least one characteristic of the curve includes an expected radius of curvature of the road ahead of the vehicle determined from the map data; adjusting a velocity of the vehicle to the initial target velocity; determining, based on the plurality of images, one or more observed characteristics of the curve, wherein the one or more observed characteristics of the curve include the radius of curvature of the road ahead of the vehicle; determining an updated target velocity based on the one or more observed characteristics of the curve and the lateral acceleration limit, wherein the lateral acceleration limit is adjusted based on a road width determined based on the plurality of images; and adjusting the velocity of the vehicle to the updated target velocity. acquiring, using at least one image capture device (122, 124, 126), a plurality of images of an area in a vicinity of the vehicle; recognizing a curve to be navigated based on map data and vehicle position information; determining an initial target velocity for the vehicle based on at least one characteristic of the curve as reflected in the map data and a lateral acceleration limit associated with the vehicle, wherein the at least one characteristic of the curve includes an expected radius of curvature of the road ahead of the vehicle determined from the map data; adjusting a velocity of the vehicle to the initial target velocity; determining, based on the plurality of images, one or more observed characteristics of the curve, wherein the one or more observed characteristics of the curve include the radius of curvature of the road ahead of the vehicle; determining an updated target velocity based on the one or more observed characteristics of the curve and the lateral acceleration limit, wherein the lateral acceleration limit is adjusted based on a road width determined based on the plurality of images; and adjusting the velocity of the vehicle to the updated target velocity.
An absorber for use in a fluid delivery system, comprising: a) a housing defining an interior chamber; b) a connector extending from the housing in fluid communication with the interior chamber for connecting the housing to the fluid delivery system; characterized by c) a plurality of gas-filled bladders disposed within the interior chamber of the housing to accommodate changes in fluid characteristics within the fluid delivery system, each gas-filled bladder having a multi-layered flexible polymeric shell including a plurality of successive relatively thin polymeric shell layers to inhibit the formation of leak paths through the shell in the event that a single shell layer fails, wherein the plurality of gas-filled bladders have differing constructions and provide redundancy for continuing operation in the event that one or more of the plurality of gas-filled bladders fails. a) a housing defining an interior chamber; b) a connector extending from the housing in fluid communication with the interior chamber for connecting the housing to the fluid delivery system; c) a plurality of gas-filled bladders disposed within the interior chamber of the housing to accommodate changes in fluid characteristics within the fluid delivery system,
Liquid crystal medium having a negative dielectric anisotropy Δε comprising - 14 to 24 % of one or more compounds of formula I, - 10 to 32 % of one or more compounds of formula II, - 12 to 20 % of one or more compounds of formula III, - 10 to 17 % of one or more compounds of formula IV - 34 to 40 % of one or more compounds of formula V and - 0 to 9 % of one or more compounds of formula VI in which R 11, R 21, R 31, R 41, R 51 and R 61 are independently of each other straight-chain alkyl with 1 to 5 carbon atoms, R 12, R 22, R 32, R 42, R 52 and R 62 are independently of each other straight-chain alkyl with 1 to 6 carbon atoms and R 52 alternatively may be alkenyl with 2 to 5 carbon atoms. - 14 to 24 % of one or more compounds of formula I, - 10 to 32 % of one or more compounds of formula II, - 12 to 20 % of one or more compounds of formula III, - 10 to 17 % of one or more compounds of formula IV - 34 to 40 % of one or more compounds of formula V and - 0 to 9 % of one or more compounds of formula VI in which R 11, R 21, R 31, R 41, R 51 and R 61 are independently of each other straight-chain alkyl with 1 to 5 carbon atoms, R 12, R 22, R 32, R 42, R 52 and R 62 are independently of each other straight-chain alkyl with 1 to 6 carbon atoms and R 52 alternatively may be alkenyl with 2 to 5 carbon atoms. R 11, R 21, R 31, R 41, R 51 and R 61 are independently of each other straight-chain alkyl with 1 to 5 carbon atoms, R 12, R 22, R 32, R 42, R 52 and R 62 are independently of each other straight-chain alkyl with 1 to 6 carbon atoms and R 52 alternatively may be alkenyl with 2 to 5 carbon atoms.
A method for preventing or reducing low speed pre-ignition in a direct injected, boosted, spark ignited internal combustion engine, said method comprising the step of lubricating the crankcase of the engine with a lubricating oil composition comprising from 100 to 3000 ppm of silicon from at least one silane-containing compound, based on the total weight of the lubricating oil composition, wherein the silane-containing compound includes at least one sulfur atom in the molecule.
A machine tool for multiple working of surfaces of bodies provided with slits, comprising a working station, in which a plurality of rotary tools are positioned around a feed trajectory of said bodies; and guide means, in which the bodies to be worked are made to translate one after another along said feed trajectory with a predetermined orientation position; at least one pair of rotary tools of said working station being intended to interact with the surfaces to be worked, in combination with each other helping to keep said bodies in position during their related transit through said working station characterised in that said guide means comprise partitions, longitudinal to the feed trajectory, for engaging in the slits of said bodies leaving them free to translate longitudinally relative to said partitions.
An injector (1, 1') for a gas turbine combustion chamber, comprising a dual fuel supply circuit (C1, C2) and an air circuit, in which the fuel injection circuits (C1, C2) consist in a starting fuel supply circuit being able to trigger the chamber ignition, and then to operate in any flight mode, and a main fuel supply circuit being able to operate in any flight mode further to starting, in which the fuel supply circuits (C1, C2) have parallel conducts (12a, 12b) made into a common tube (11, 11') with a longitudinal axis (X'X), in which the conduct of the starting circuit opens, on one end, substantially into the center of a spherical injector body extending the common tube (11, 11'), in which, on such end, the conduct houses an injection ramp being able to drive fuel into rotation before projecting it inside the chamber through a central channel passing through a central wall of a swirling device, in which the conduct of the main circuit opens into an annular channel made in the body facing jet channels radially arranged in the main wall around the central channel, and in which the air circuit is guided between two concentric sphere portions consisting of the injector body and a sheath (5, 5') surrounding the injector body and presenting an opening through which the swirling device opens into.