mhurhangee/ep-ind-claims huggingface dataset:
Forming method for hot forming a steel sheet of a rotor blade which is to be produced for a wind turbine comprising the steps of: - heating the steel sheet in a furnace whilst the steel sheet rests on a bogie hearth, - moving the heated steel sheet with the bogie hearth from the furnace into a pressing device for hot forming, - moving a forming carriage into the pressing device, - loading the heated steel sheet in the pressing device from the bogie hearth onto the forming carriage which has a counter-mould and - pressing the steel sheet by means of at least one pressing punch, which presses on the steel sheet in such a manner that it is shaped between the pressing punch and the counter-mould, in particular taking on the shape of the pressing punch and the counter-mould, the loading being carried out in such a manner that - the steel sheet is lifted from the bogie hearth, - the bogie hearth is moved out below the steel sheet, - the counter-mould is moved with the forming carriage below the steel sheet and - the steel sheet is lowered onto the counter-mould. - heating the steel sheet in a furnace whilst the steel sheet rests on a bogie hearth, - moving the heated steel sheet with the bogie hearth from the furnace into a pressing device for hot forming, - moving a forming carriage into the pressing device, - loading the heated steel sheet in the pressing device from the bogie hearth onto the forming carriage which has a counter-mould and - pressing the steel sheet by means of at least one pressing punch, which presses on the steel sheet in such a manner that it is shaped between the pressing punch and the counter-mould, in particular taking on the shape of the pressing punch and the counter-mould, - the steel sheet is lifted from the bogie hearth, - the bogie hearth is moved out below the steel sheet, - the counter-mould is moved with the forming carriage below the steel sheet and - the steel sheet is lowered onto the counter-mould.
An energy management apparatus provided to a power consumer's facility for managing at least a power state of a load apparatus or a distributed power source (15, 16) in the power consumer's facility, the energy management apparatus comprising: a storage medium for storing information; a power input unit for receiving power supply; a backup power source arranged for supplying power when power supply to the power input unit from a grid power source stops; and a control unit, when power supply to the power input unit from the grid power source stops for a period equal to or longer than a predetermined period, arranged for carrying out a suspension processing of the storage medium, characterized in that the suspension processing includes inhibiting access to the storage medium and unmounting of the storage medium. a storage medium for storing information; a power input unit for receiving power supply; a backup power source arranged for supplying power when power supply to the power input unit from a grid power source stops; and a control unit, when power supply to the power input unit from the grid power source stops for a period equal to or longer than a predetermined period, arranged for carrying out a suspension processing of the storage medium, characterized in that the suspension processing includes inhibiting access to the storage medium and unmounting of the storage medium.
A laparoscopic probe for detecting radiation from a radiopharmaceutical administered to a subject, the laparoscopic probe comprising a detection device, the detection device comprising: a radiation sensor having a plurality of metal-oxide-semiconductor, MOS, components providing a pixel array, a semiconductor of the MOS components configured for interaction charge carriers to be created in the depletion layer of the semiconductor in response to direct interaction with received charged particles emitted from the radiopharmaceutical; and a light sealing covering, wherein the light sealing covering prevents light from impinging on the pixel array. a radiation sensor having a plurality of metal-oxide-semiconductor, MOS, components providing a pixel array, a semiconductor of the MOS components configured for interaction charge carriers to be created in the depletion layer of the semiconductor in response to direct interaction with received charged particles emitted from the radiopharmaceutical; and a light sealing covering, wherein the light sealing covering prevents light from impinging on the pixel array.
A method of protecting a device surface, said method comprising: providing a substrate having a device surface and a backside surface; optionally forming one or more intermediate layers on said device surface; forming a non-photosensitive protective layer on said intermediate layers if present, or on said device surface if no intermediate layers are present, said protective layer being formed by applying a composition comprising a component dispersed or dissolved in a solvent system and curing same, said component being selected from the group consisting of styrene-acrylonitrile copolymers and aromatic sulfone polymers; providing a chuck having a surface; and securing said substrate to said chuck with the protective layer adjacent said chuck surface; and subjecting said backside surface to backside processing. providing a substrate having a device surface and a backside surface; optionally forming one or more intermediate layers on said device surface; forming a non-photosensitive protective layer on said intermediate layers if present, or on said device surface if no intermediate layers are present, said protective layer being formed by applying a composition comprising a component dispersed or dissolved in a solvent system and curing same, said component being selected from the group consisting of styrene-acrylonitrile copolymers and aromatic sulfone polymers; providing a chuck having a surface; and securing said substrate to said chuck with the protective layer adjacent said chuck surface; and subjecting said backside surface to backside processing.
A method for screening for a genotype for loss of antigen presentation via MHC class I, comprising: in a sample containing nucleic acid that has been provided from a subject, identifying a chromosomal deletion and inversion event in a chromosome 15, wherein the deletion and inversion event results in the loss of the beta-2-microglobulin (B2M) locus, and wherein the presence of the chromosomal deletion and inversion event indicates that the subject possesses a genotype for loss of antigen presentation via MHC class I.
A method of optimizing a dataset from a phased-array radar to detect movement of subjects within a coverage area of the radar, wherein said radar creates a 3D point-cloud dataset, said dataset being fed into an object identification algorithm to create at least one group of datapoints (10a, b, c; 11a, b, c) characterized by their proximity and their pattern of movement, defining that said at least one group (10a, b, c; 11a, b, c) belongs to a single subject and tracking movement of datapoints of said group (10a, b, c; 11a, b, c); wherein after said point grouping, defining a minimum bounding shape, such as a box, around said at least one group (10a, b, c; 11a, b, c) and tracking said minimum bounding shape across frames of 3D point clouds taken at different consecutive times, wherein said tracking involves the following steps: i. calculate the minimum bounding shape for each group of points in a frame, ii. determine if any of the minimum bounding shapes found in a current frame overlap with any of the minimum bounding shapes from a previous frame, iii. keeping track of overlapping objects and temporal movement variations, wherein said tracking of said overlapping objects comprises: a. updating a geometry of objects that overlaps between said current and said previous frames with a new minimum bounding shape and track a change in velocity of said minimum bounding shape, b. add any group that does not overlap with any minimum bounding shapes from said previous frame as a new object, and c. remove any object from said previous frame that does not overlap with any group in said current frame. i. calculate the minimum bounding shape for each group of points in a frame, ii. determine if any of the minimum bounding shapes found in a current frame overlap with any of the minimum bounding shapes from a previous frame, iii. keeping track of overlapping objects and temporal movement variations, wherein said a. updating a geometry of objects that overlaps between said current and said previous frames with a new minimum bounding shape and track a change in velocity of said minimum bounding shape, b. add any group that does not overlap with any minimum bounding shapes from said previous frame as a new object, and c. remove any object from said previous frame that does not overlap with any group in said current frame.
A method of producing a hydrosilylated polyoxyalkylene polymer having at least one crosslinkable silyl group and at least one hydroxyl group in each molecule, the method comprising: providing a polyoxyalkylene polymer having at least one unsaturated group and at least one alcoholic hydroxyl group in each molecule, wherein the polyoxyalkylene polymer includes an impurity double metal cyanide complex mixed therein, and wherein the polyoxyalkylene polymer has not been treated with a metal-coordinating compound and has not been purified to significantly remove the impurity double metal cyanide complex; and adding to the polyoxyalkylene polymer a compound having a hydrogen-silicon bond and a crosslinkable silyl group in each molecule and a hydrosilylation catalyst to thereby carry out a hydrosilylation reaction, wherein the hydrosilyation reaction is performed in an absence of a metal-coordinating compound and the hydrosilyation reaction has a hydrosilylation efficiency of at least 70% as determined by 1 H-NMR. providing a polyoxyalkylene polymer having at least one unsaturated group and at least one alcoholic hydroxyl group in each molecule, wherein the polyoxyalkylene polymer includes an impurity double metal cyanide complex mixed therein, and wherein the polyoxyalkylene polymer has not been treated with a metal-coordinating compound and has not been purified to significantly remove the impurity double metal cyanide complex; and adding to the polyoxyalkylene polymer a compound having a hydrogen-silicon bond and a crosslinkable silyl group in each molecule and a hydrosilylation catalyst to thereby carry out a hydrosilylation reaction, wherein the hydrosilyation reaction is performed in an absence of a metal-coordinating compound and the hydrosilyation reaction has a hydrosilylation efficiency of at least 70% as determined by 1 H-NMR.
A reactor comprising: an outer side wall, an inner side wall and a bottom wall enclosing a hollow chamber in the form of a closed loop for circulation of a fluidized bed, the hollow chamber comprising a lower fluidized bed zone and an upper freeboard zone, wherein the outer side wall has a substantially cylindrical shape, and has a central axis; a plurality of fluidizing medium inlets for injection of at least one fluidizing medium into the fluidized bed zone, wherein the fluidizing medium inlets are located in the bottom wall of the reactor, in communication with the lower fluidized bed zone and the fluidizing medium inlets comprise gas and/or liquid injectors, which are directed in a direction of a circumferential, swirling fluid flow and which are adapted to create the circumferential, swirling flow of material in the fluidized bed zone; at least one feed inlet communicating with the fluidized bed zone; at least one product outlet (32A; 32B) for removing a product from the chamber, wherein the at least one product outlet communicates with either the fluidized bed zone or the freeboard zone; and a planar plate, extending radially from the outer side wall toward the central axis, located inside the hollow chamber and at least partly located in the fluidized bed zone, wherein said planar plate is positioned to face in a direction of said circumferential, swirling flow, and said planar plate has at least one opening within the fluidized bed zone. an outer side wall, an inner side wall and a bottom wall enclosing a hollow chamber in the form of a closed loop for circulation of a fluidized bed, the hollow chamber comprising a lower fluidized bed zone and an upper freeboard zone, wherein the outer side wall has a substantially cylindrical shape, and has a central axis; a plurality of fluidizing medium inlets for injection of at least one fluidizing medium into the fluidized bed zone, wherein the fluidizing medium inlets are located in the bottom wall of the reactor, in communication with the lower fluidized bed zone and the fluidizing medium inlets comprise gas and/or liquid injectors, which are directed in a direction of a circumferential, swirling fluid flow and which are adapted to create the circumferential, swirling flow of material in the fluidized bed zone; at least one feed inlet communicating with the fluidized bed zone; at least one product outlet (32A; 32B) for removing a product from the chamber, wherein the at least one product outlet communicates with either the fluidized bed zone or the freeboard zone; and a planar plate, extending radially from the outer side wall toward the central axis, located inside the hollow chamber and at least partly located in the fluidized bed zone, wherein said planar plate is positioned to face in a direction of said circumferential, swirling flow, and said planar plate has at least one opening within the fluidized bed zone.
An epoxy resin composition comprising the following components to: a silicone-modified epoxy resin represented by the formula, a silicone-modified epoxy resin represented by the formula, and an epoxy resin curing agent containing a polyvalent carboxylic acid represented by the formula and a carboxylic anhydride compound: wherein R 1 represents a monovalent aliphatic hydrocarbon group having 1 to 6 carbon atoms or a monovalent aromatic hydrocarbon group having 6 to 12 carbon atoms; X represents an organic group having at least an epoxy group; n represents an integer of 1 to 3; and a plurality of groups R 1 or X present in the formula are the same or different from each other; wherein R 1 and X are each as defined above; and a plurality of groups R 1 or X present in the formula are the same or different from each other; and a silicone-modified epoxy resin represented by the formula, a silicone-modified epoxy resin represented by the formula, and an epoxy resin curing agent containing a polyvalent carboxylic acid represented by the formula and a carboxylic anhydride compound: wherein R 1 represents a monovalent aliphatic hydrocarbon group having 1 to 6 carbon atoms or a monovalent aromatic hydrocarbon group having 6 to 12 carbon atoms; X represents an organic group having at least an epoxy group; n represents an integer of 1 to 3; and a plurality of groups R 1 or X present in the formula are the same or different from each other; wherein R 1 and X are each as defined above; and a plurality of groups R 1 or X present in the formula are the same or different from each other; and
A method of making a hydrogel coated contact lens comprising: reacting an outer surface of the contact lens with a first polyacrylamide species of a hydrophilic polymer solution, wherein the first polyacrylamide species comprises a moiety at a first portion that forms a covalent attachment to the outer surface of the contact lens; and reacting the first polyacrylamide species of the hydrophilic polymer solution with a second polyacrylamide species of the hydrophilic polymer solution, the second polyacrylamide species comprising a moiety that forms a covalent bond to a second portion of the first polyacrylamide species in a second covalent reaction thereby forming a hydrogel coating comprising the first polyacrylamide species and the second polyacrylamide species at least partially cross-linked, wherein the first polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group and the second polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group complementary to the first polyacrylamide species, the reactive electrophilic group and the reactive nucleophilic group adapted to react to thereby form cross-links between the first polyacrylamide species and the second polyacrylamide species. reacting an outer surface of the contact lens with a first polyacrylamide species of a hydrophilic polymer solution, wherein the first polyacrylamide species comprises a moiety at a first portion that forms a covalent attachment to the outer surface of the contact lens; and reacting the first polyacrylamide species of the hydrophilic polymer solution with a second polyacrylamide species of the hydrophilic polymer solution, the second polyacrylamide species comprising a moiety that forms a covalent bond to a second portion of the first polyacrylamide species in a second covalent reaction thereby forming a hydrogel coating comprising the first polyacrylamide species and the second polyacrylamide species at least partially cross-linked, wherein the first polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group and the second polyacrylamide species comprises a reactive electrophilic group or a reactive nucleophilic group complementary to the first polyacrylamide species, the reactive electrophilic group and the reactive nucleophilic group adapted to react to thereby form cross-links between the first polyacrylamide species and the second polyacrylamide species.
An arrangement for filling a tank of a tanker, preferably a slurry tanker, with liquid such as water containing varying amounts of contaminants, the arrangement including: - a feed line with a filling pump for pumping the liquid to the tank; - a discharge line with an emptying pump for pumping the liquid out of the tank; - a return line to the tank associated with the emptying pump; - an ejector provided in the return line; the feed line being connected with the suction side of the ejector for aspirating the liquid through the filling pump; and - valves (3, 9, 29) for optionally shutting off/opening connections between the ejector, the pumps (2,13) and the tank, said valves including: - a first valve between the emptying pump and the ejector - a second valve between the filling pump and the ejector and - a third valve between the ejector and the tank; the arrangement being configured such that the filling pump pumps liquid into the tank only via the ejector through the feed line. - a feed line with a filling pump for pumping the liquid to the tank; - a discharge line with an emptying pump for pumping the liquid out of the tank; - a return line to the tank associated with the emptying pump; - an ejector provided in the return line; the feed line being connected with the suction side of the ejector for aspirating the liquid through the filling pump; and - valves (3, 9, 29) for optionally shutting off/opening connections between the ejector, the pumps (2,13) and the tank, said valves including: - a first valve between the emptying pump and the ejector - a second valve between the filling pump and the ejector and - a third valve between the ejector and the tank;
A method for concurrency control in a transactional memory system comprising the steps of: for a segment of shared memory being accessed, providing a transactional memory word with a plurality of attributes, the attributes including a version number, a reader indicator, and an exclusive writer indicator; and analyzing at least a portion of the transactional memory word to determine if a particular concurrency control mode is available. for a segment of shared memory being accessed, providing a transactional memory word with a plurality of attributes, the attributes including a version number, a reader indicator, and an exclusive writer indicator; and analyzing at least a portion of the transactional memory word to determine if a particular concurrency control mode is available.
Mobile machine comprising a fuselage having at least one door (12, 14), inside which is located a unit for processing measurements taken by at least one measurement device installed outside said fuselage, the system for communication between the processing unit and the measurement device comprising a flex circuit, characterized in that the flex circuit is affixed at least partially flat in the door corner between the door (12, 14) and the rim of the opening formed in the fuselage with which the door is associated and one of the ends, the internal end, of which is located inside the fuselage and the other, external, end of which is located outside.
A carpet tile comprising: (a) a greige good comprising: i) a primary backing component having a face surface and a back surface; and ii) a plurality of fibers attached to the primary backing component and extending from the face surface of the primary backing component; and (b) an adhesive layer having a first surface and an opposed second surface, wherein the adhesive layer comprises an adhesive composition and a reinforcement material that is at least partially embedded within the adhesive composition, wherein the first surface of the adhesive layer is applied to the back surface of the primary backing component; and (c) a secondary backing material coupled to the primary backing component by contact with the second surface of the adhesive layer, wherein the reinforcement material has opposed first and second sides that are spaced apart relative to a vertical axis, the first side of the reinforcement material facing the primary backing component, wherein the reinforcement material has an open structure that permits flow of the adhesive composition through the reinforcement material from the first side of the reinforcement material to the second side of the reinforcement material during co-lamination of the reinforcement material and the secondary backing material onto the adhesive composition, thereby embedding at least a portion of the reinforcement material within the adhesive composition and defining the adhesive layer, wherein at least a first portion of the reinforcement material is embedded within the adhesive composition, while at least a second portion of the reinforcement material is not fully embedded within the adhesive composition, wherein said second portion of the secondary backing material contacts the second side of the reinforcement material. (a) a greige good comprising: i) a primary backing component having a face surface and a back surface; and ii) a plurality of fibers attached to the primary backing component and extending from the face surface of the primary backing component; and i) a primary backing component having a face surface and a back surface; and ii) a plurality of fibers attached to the primary backing component and extending from the face surface of the primary backing component; and (b) an adhesive layer having a first surface and an opposed second surface, wherein the adhesive layer comprises an adhesive composition and a reinforcement material that is at least partially embedded within the adhesive composition, wherein the first surface of the adhesive layer is applied to the back surface of the primary backing component; and (c) a secondary backing material coupled to the primary backing component by contact with the second surface of the adhesive layer,