mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for retrieving data from an external data source that is external to a blockchain network, the method comprising: receiving, from a client smart contract and by a relay system smart contract executing within the blockchain network, a request for retrieving the data from the external data source, the request comprising encrypted data, the encrypted data comprising access data for accessing the external data source that is encrypted using a service public key of a key management node that is external to the blockchain network; selecting, by the relay system smart contract, a relay system node from a plurality of relay system nodes that are external to the blockchain network, wherein a service private key of the key management node is distributed to the plurality of relay system nodes; transmitting, by the relay system smart contract, the request to the relay system node; receiving, from the relay system node and by the relay system smart contract, a return result in response to the request, the return result comprising the data retrieved from the external data source obtained by the relay system node and a digital signature, wherein the digital signature is generated based on the data retrieved from the external data source and the service private key of the key management node; and transmitting, by the relay system smart contract, the return result to the client smart contract. receiving, from a client smart contract and by a relay system smart contract executing within the blockchain network, a request for retrieving the data from the external data source, the request comprising encrypted data, the encrypted data comprising access data for accessing the external data source that is encrypted using a service public key of a key management node that is external to the blockchain network; selecting, by the relay system smart contract, a relay system node from a plurality of relay system nodes that are external to the blockchain network, wherein a service private key of the key management node is distributed to the plurality of relay system nodes; transmitting, by the relay system smart contract, the request to the relay system node; receiving, from the relay system node and by the relay system smart contract, a return result in response to the request, the return result comprising the data retrieved from the external data source obtained by the relay system node and a digital signature, wherein the digital signature is generated based on the data retrieved from the external data source and the service private key of the key management node; and transmitting, by the relay system smart contract, the return result to the client smart contract.
A container system comprising a container, a support and a rope, wherein the container has a box shape and includes a bottom wall, side walls forming a circumferential wall of the container, a strap which forms four lifting loops at the upper side of the container and which is fixed to the side walls diagonally such that the strap forms a V-shape on each of said side walls between two adjacent lifting loops, wherein the strap is free from the side walls at lower ends of the V-shapes so as to form fastening loops, wherein the support is provided with holes, characterized in that the container is attached to the support by means of the rope drawn through said fastening loops and said holes defined in the support, whereby upon lifting the container by means of the lifting loops, the support will be lifted automatically.
A method of producing a homopolymer or a random copolymer of a hydroxyl group-containing vinyl ether, said method comprising the step of polymerizing vinyl ether monomer components only, using an organic azo compound as an oil-soluble radical polymerization initiator in the absence or presence of a solvent, said monomer component consisting of at least one hydroxyl group-containing vinyl ether represented by the following formula: CH 2 =CH-O-R 1 (̵OH) n wherein R 1 represents an aliphatic hydrocarbon group having 1 to 10 carbon atoms or an alkoxy alkyl group having 3 to 7 carbon atoms, which is optionally branched and optionally comprises a cyclic structure; and n is 1 to 5, or said monomer component consisting of at least one hydroxyl group-containing vinyl ether represented by the above formula and at least one vinyl ether represented by the following formula and/or formula: CH 2 =CH-O-R 2 wherein R2 represents an aliphatic hydrocarbon group having 2 to 20 carbon atoms, which is optionally branched and optionally comprises a cyclic structure; wherein R3 represents a linear or branched hydrocarbon group having 1 to 4 carbon atoms; R4 represents a methyl group or an ethyl group; and m is 1 to 5.
The use of a VEGF-C measurement from a biological sample from a human subject as a predictive marker, a selective marker, a responsive marker, or a tracking marker for AMD, wherein the biological sample comprises blood, serum or plasma.
A recombinant cytomegalovirus gL protein, or a (i) gH/gL dimeric complex-forming fragment thereof, (ii) a gH/gL/gO trimeric complex-forming fragment thereof, or (iii) a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, wherein said gL protein or fragment comprises a mutation at Protease Recognition Site residues 91-102 numbered according to SEQ ID NO: 1, wherein said mutation reduces protease cleavage at said Protease Recognition Site, as compared to a control, wherein said mutation is selected from: a) addition of F, Q, FQ or QF between residues N97 and S98; b) deletion of a residue selected from the group consisting of: A95, A96, N97, and a combination thereof; c) substituting A96 with a non-polar residue or with a residue that comprises a large side chain; d) substituting A95 with R, L, E or N; e) substituting N97 with a polar residue or a non-polar residue; f) substituting S98 with an amino acid residue with a small side chain; g) substituting V99 with I; h) substituting L100 with F or V; i) substituting L101 with V or I; or a combination thereof. a) addition of F, Q, FQ or QF between residues N97 and S98; b) deletion of a residue selected from the group consisting of: A95, A96, N97, and a combination thereof; c) substituting A96 with a non-polar residue or with a residue that comprises a large side chain; d) substituting A95 with R, L, E or N; e) substituting N97 with a polar residue or a non-polar residue; f) substituting S98 with an amino acid residue with a small side chain; g) substituting V99 with I; h) substituting L100 with F or V; i) substituting L101 with V or I;
A heat exchanger with a heat exchanger tank structure in which a plurality of fins and a plurality of tubes are alternately placed in parallel to form a core, small tanks are arranged at upper and lower ends of the core, wherein both ends of each of the tubes are inserted into the small tanks to structure a unit, a plurality of such units in a same shape are stacked in parallel in a thickness direction of the unit, a heat exchange medium is supplied from a header tank to each of the tubes of each of the cores via each of the small tanks at the upper ends of the cores, and an air flow is led in such a manner to cross a flat surface of each of the cores, wherein each of the small tanks and the header tank connecting to each of the small tanks at the upper ends of the cores are configured from a pipe member, each of the small tanks is formed with an opening at a position on an opposite side of the core, for each pair of adjacent units, the opening of a first small tank of the pair and the opening of a second small tank of the pair that are adjacent to each other are arranged at different positions in a longitudinal direction of the small tanks, and a plurality of connection openings is formed in the header tank to match each of the openings, and each of the connection openings of the header tank and the opening of each of the small tanks at the upper ends of the cores are connected with each other via a short pipe.
An hydrocarbon measurement module comprising a main loop having a water inlet for receiving water, a first pump for pumping the received water through the main loop; a sensing loop having a first conduit (350, 352) connected to the main loop at a first junction (316, 320) and configured to receive a sample of the water flowing in the main loop, and a mass spectrometer configured to analyse the sample and detect if the sample contains one or more predetermined hydrocarbons, characterised in that a second pump is placed in the sensing loop for pumping the sample through the sensing loop. a main loop having a water inlet for receiving water, a first pump for pumping the received water through the main loop; a sensing loop having a first conduit (350, 352) connected to the main loop at a first junction (316, 320) and configured to receive a sample of the water flowing in the main loop, and a mass spectrometer configured to analyse the sample and detect if the sample contains one or more predetermined hydrocarbons, characterised in that a second pump is placed in the sensing loop for pumping the sample through the sensing loop.
A magnet assembly for use in a tokamak, the magnet assembly comprising: a poloidal field coil assembly (430,440); a toroidal field coil comprising high temperature superconductor; and a controller; wherein: the inner poloidal field coil (431,441) is installed inside the toroidal field coil; and the outer poloidal field coil (432,442) is installed outside the toroidal field coil; characterized in that the controller is configured to cause current to be supplied to the inner and outer poloidal field coils such that the combined magnetic field produced by the inner and outer poloidal field coils has a null at the toroidal field coil. a poloidal field coil assembly (430,440); a toroidal field coil comprising high temperature superconductor; and a controller; wherein: the inner poloidal field coil (431,441) is installed inside the toroidal field coil; and the outer poloidal field coil (432,442) is installed outside the toroidal field coil; the inner poloidal field coil (431,441) is installed inside the toroidal field coil; and the outer poloidal field coil (432,442) is installed outside the toroidal field coil;
A porous composite film comprising a porous substrate and a porous layer laminated on at least one surface of the porous substrate, wherein the porous layer contains a fluorine-containing resin and a ceramic, and satisfies the following requirements (i), (ii), (iii) and (iv): (i) the porous layer contains a polymer containing a vinyliden fluoride unit as the fluorine-containing resin; (ii) a value of D 1 50 of a cross-sectional void area distribution of the porous layer is 0.06 μm 2 or more and 0.38 μm 2 or less, and a value of D 1 90 of the cross-sectional void area distribution of the porous layer is 0.20 μm 2 or more and 1.15 μm 2 or less; (iii) a value of D 2 50 of a surface pore area distribution of the porous layer is 0.0060 μm 2 or more and 0.0072 μm 2 or less, and a value of D 2 90 of the surface pore area distribution of the porous layer is 0.0195 μm 2 or more and 0.0220 μm 2 or less; and (iv) porosity of the porous layer is 50% or more and 70% or less, and wherein D 1 50, D 1 90, D 2 50, D 2 90 and the porosity are determined as defined in the description. (i) the porous layer contains a polymer containing a vinyliden fluoride unit as the fluorine-containing resin; (ii) a value of D 1 50 of a cross-sectional void area distribution of the porous layer is 0.06 μm 2 or more and 0.38 μm 2 or less, and a value of D 1 90 of the cross-sectional void area distribution of the porous layer is 0.20 μm 2 or more and 1.15 μm 2 or less; (iii) a value of D 2 50 of a surface pore area distribution of the porous layer is 0.0060 μm 2 or more and 0.0072 μm 2 or less, and a value of D 2 90 of the surface pore area distribution of the porous layer is 0.0195 μm 2 or more and 0.0220 μm 2 or less; and (iv) porosity of the porous layer is 50% or more and 70% or less, and wherein
Sealing arrangement for a turbomachine, in particular a gas turbine, comprising a first component (10A, 10B), a second component, a flap for sealing a gap between the first and the second component, and a leaf spring having a first leg and a second leg, wherein, in an assembled state, in which the flap and the second component do not contact one another, a projection of a bearing region of the first component (10A, 10B), against which region the first leg is supported via the flap, perpendicular to a contact line through at least two contact points of the first leg with the flap, is located at least partially within a support surface of the first component (10A, 10B), against which surface the second leg of the pretensioned leaf spring is supported.
A method for the producing thermoplastic starch, in which a mixture comprising starch and a polyol, preferably selected from the group comprising polyethylene glycol, monosaccharides, sugar alcohols such as glycerol, sorbitol, erythritol, xylitol or mannitol and mixtures thereof, in a quantity of between 10 and 25 wt.% of the mixture, and an epoxide selected from the group comprising epoxidised plant oils such as soybean oil, linseed oil, sunflower oil, rapeseed oil and mixtures thereof, in a quantity of between 0.1 and 6, preferably between 1 and 4.5, particularly preferably between 2.5 and 3.5 wt.% of the mixture, is extruded, characterised in that the mixture further contains an acid, preferably a carboxylic acid selected from the group consisting of citric acid, malic acid or tartaric acid, in a quantity of between 0.1 and 1, preferably between 0.1 and 0.5 wt.% of the mixture.
Insulating system comprising an electrically insulating, substantially disk-shaped insulating arrangement (1, 1a, 1b), which spans a base area, wherein the insulating arrangement (1, 1a, 1b) has at least one first sub-element (3, 3a, 3b, 3c) and one second sub-element (4, 4a, 4b, 4c), between which a joining gap, which spans the base area, is arranged, characterized in that the joining gap can be connected to a neighboring fluid volume by way of a switchable fluid channel.
Hybrid component, which is designed as a motor-vehicle structural component, comprising - a steel component, - a lightweight metal component and - an adapter component (30, 30A), which connects the steel component to the lightweight metal component, wherein a first weld connects a steel load transmission layer of the adapter component integrally to the steel component and a second weld connects a lightweight metal load transmission layer of the adapter component integrally to the lightweight metal component, wherein the lightweight metal load transmission layer and the lightweight metal component contain the same lightweight metal, characterized in that the adapter component has a main body formed from a multi-layer sheet metal, and the multilayer sheet metal includes at least the steel load transmission layer, the lightweight metal load transmission layer and an intermediate bonding layer, which is arranged between the steel load transmission layer and the lightweight metal load transmission layer, wherein the layers of the multilayer sheet metal extend in the longitudinal direction of the main body and are layered on one another transversely with respect to the longitudinal direction, and the first weld is formed as a friction weld. - a steel component, - a lightweight metal component and - an adapter component (30, 30A), which connects the steel component to the lightweight metal component, wherein a first weld connects a steel load transmission layer of the adapter component integrally to the steel component and a second weld connects a lightweight metal load transmission layer of the adapter component integrally to the lightweight metal component, wherein the lightweight metal load transmission layer and the lightweight metal component contain the same lightweight metal, characterized in that the adapter component has a main body formed from a multi-layer sheet metal, and the multilayer sheet metal includes at least the steel load transmission layer, the lightweight metal load transmission layer and an intermediate bonding layer, which is arranged between the steel load transmission layer and the lightweight metal load transmission layer, wherein the layers of the multilayer sheet metal extend in the longitudinal direction of the main body and are layered on one another transversely with respect to the longitudinal direction, and the first weld is formed as a friction weld.
a lock for an interior door comprising: a main body; a bolt and bolt tail; a hub being rotatable by operation of a handle; a latch with a latch tail engageable a door frame, being positioned between a horizontal axis of the hub (Yi) and the bolt; a lever being pivotable around a lever hinge for retracting the latch having a first arm in a connection with the latch; and a second arm being moveable by a hub tab when the handle is operated length of the second arm is equal to or longer than the length of the first arm characterized in that the second arm of the lever comprises a convex edge which allows increasing the distance between a perpendicular axis of a point where the hub tab and the second arm being in touch, and the lever hinge, when the latch is retracted. a main body; a bolt and bolt tail; a hub being rotatable by operation of a handle; a latch with a latch tail engageable a door frame, being positioned between a horizontal axis of the hub (Yi) and the bolt; a lever being pivotable around a lever hinge for retracting the latch having a first arm in a connection with the latch; and a second arm being moveable by a hub tab when the handle is operated length of the second arm is equal to or longer than the length of the first arm characterized in that the second arm of the lever comprises a convex edge which allows increasing the distance between a perpendicular axis of a point where the hub tab and the second arm being in touch, and the lever hinge, when the latch is retracted.
An expired map data based anti-counterfeiting method, comprising: acquiring currently expired map data; adding anti-counterfeiting content to the currently expired map data, and storing the currently expired map data containing the anti-counterfeiting content; and creating and storing a current anti-counterfeiting map based on basic map data and the currently expired map data containing the anti-counterfeiting content, characterised in that the adding anti-counterfeiting content to the currently expired map data comprises: performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data. acquiring currently expired map data; adding anti-counterfeiting content to the currently expired map data, and storing the currently expired map data containing the anti-counterfeiting content; and creating and storing a current anti-counterfeiting map based on basic map data and the currently expired map data containing the anti-counterfeiting content, characterised in that the adding anti-counterfeiting content to the currently expired map data comprises: performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data. performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data.
A pharmaceutical composition containing a material inducing expression of SIRT1 (silent mating type information regulation 2 homolog; Sirtuin1) as a valid element for use in preventing or treating sepsis in improving or removing the clinical symbols related to multi-organ failure syndrome, for example, hypotoxemia, trachypnea, tachycardia, endothelium inflammation, myocardial dysfunction, mental disorder, blood vessel collapse, an acute respiratory distress syndrome, coagulation disorder, heart failure, renal failure and/or coma in a patient having sepsis, wherein the material is interferon beta.
A subjective refraction apparatus for generating a prescription for one or more corrective lenses for a patient, comprising: (a) at least one point light source configured to be disposed outside of the patient's eye as a viewing target at a distance such as to provide substantially plane wave wavefronts; and (b) an optical assembly for initially forming a respective blurry image of the or each point light source at the patient's eye, the or each image comprising a refractive error of sphere, astigmatism or higher order aberrations, or combinations thereof, of the patient's eye, the optical assembly comprising one or more optics disposed along an optical path between the point light source and the patient's eye, wherein the optics are adjustable; wherein the apparatus is configured for searching until the patient indicates at least one end point while looking at the image of the or each point light source, including: (i) converging the blurry image to become a more linear image; (ii) measuring the orientation of the linear image; (iii) converging the linear image by reducing its long dimension; (iv) focusing the image substantially into a point-like image; and (v) combinations of (i)-(iv); and wherein the apparatus is configured to determine a prescription for a corrective lens for the patient's eye based on known parameters of the optical assembly and on at least one adjusted position or orientation, or both, of the one or more optics of the optical assembly. (a) at least one point light source configured to be disposed outside of the patient's eye as a viewing target at a distance such as to provide substantially plane wave wavefronts; and (b) an optical assembly for initially forming a respective blurry image of the or each point light source at the patient's eye, the or each image comprising a refractive error of sphere, astigmatism or higher order aberrations, or combinations thereof, of the patient's eye, the optical assembly comprising one or more optics disposed along an optical path between the point light source and the patient's eye, wherein the optics are adjustable; (i) converging the blurry image to become a more linear image; (ii) measuring the orientation of the linear image; (iii) converging the linear image by reducing its long dimension; (iv) focusing the image substantially into a point-like image; and (v) combinations of (i)-(iv); and