mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a lamination stack for an electromagnetic machine, including the steps of: - causing a metal strip to be fed between a punch and a die, - cutting out laminations from the strip by punching and accumulating them to form a lamination stack; the method being characterized in that it includes the following steps: - covering at least one surface of areas of the strip intended to become laminations with a glue having an adhesive power to adhere to the strip, - drying the glue to deactivate its adhesive power, - locally bringing a solvent into contact with the glue to reactivate the adhesive power of the glue of the last lamination to have been accumulated or of the lamination to be accumulated after cutting so that the lamination to be accumulated after cutting is stuck to the lamination stack being produced. - causing a metal strip to be fed between a punch and a die, - cutting out laminations from the strip by punching and accumulating them to form a lamination stack; - covering at least one surface of areas of the strip intended to become laminations with a glue having an adhesive power to adhere to the strip, - drying the glue to deactivate its adhesive power, - locally bringing a solvent into contact with the glue to reactivate the adhesive power of the glue of the last lamination to have been accumulated or of the lamination to be accumulated after cutting so that the lamination to be accumulated after cutting is stuck to the lamination stack being produced.
A crane having a multiple-piece longitudinal structural part, in particular a tower or boom, whose pieces, comprise corner arms or horizontal beams which can be placed next to one another and which can be releasably connected to one another by a mortise and tenon joint, wherein the mortise and tenon joint comprises a tongue which can be plugged into a tongue receiver and which can be fixed in the tongue receiver by means of at least one crossbar insertable transversely to the to the plug-in direction of the tongue, wherein the crossbar can be spread apart by a spreading device such that the pieces, of the longitudinal structural part to be connected can be clamped to one another by spreading apart the crossbar, wherein the crossbar comprises at least two spreading parts, which are displaceable relative to one another in the longitudinal crossbar direction and which comprise at least one oblique surface which converts a relative movement of the spreading parts, in the longitudinal crossbar direction into a spreading movement transversely to the named longitudinal crossbar direction, characterized in that the two spreading parts, form crossbar half-shells which are seated on one another, which are aligned in opposite directions to one another and which have an approximately crescent-shaped or semi-oval-shaped cross-section.
Ophthalmological composition comprising at least one molecular switch compound which can be switched by means of a stimulus between a first and a second state, the molecular switch compound possessing different refractive indices in the first and in the second state, characterized in that the molecular switch compound comprises at least a first structural element and a corresponding second structural element, which are able to react with one another intramolecularly only in one of the states.
An oven comprising a body, a cavity disposed within the body, wherein the foodstuffs to be cooked are placed, a casing surrounding the cavity, at least one heater disposed in the cavity, an insulation material wrapped around the casing and insulating the cavity and a warmer compartment disposed outside the cavity and wherein the precooked foodstuffs are placed to be kept warm, a heat retention unit disposed between the casing and the warmer compartment, contacting the outer surface of the casing and/or the insulation material, characterized by phase changing material being placed in the heat retention unit and heating the warmer compartment by being charged with the residual heat from the casing and the insulation material.
A frame synchronization module (116; 300) comprising: a controller configured to operate on a first stream of first digital sample blocks associated with a first signal and a second stream of second digital sample blocks associated with a second signal; a search correlator configured to find a first unique word, UW, pattern (220;224) within first searchable digital sample blocks corresponding to the first digital sample blocks and a second UW pattern (220; 224) within second searchable digital sample blocks corresponding to the second digital sample blocks; and a buffer configured to: store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization. a controller configured to operate on a first stream of first digital sample blocks associated with a first signal and a second stream of second digital sample blocks associated with a second signal; a search correlator configured to find a first unique word, UW, pattern (220;224) within first searchable digital sample blocks corresponding to the first digital sample blocks and a second UW pattern (220; 224) within second searchable digital sample blocks corresponding to the second digital sample blocks; and a buffer configured to: store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization. store the first digital sample blocks and the second digital sample blocks; release the buffered first and the second digital sample blocks for flow downstream when the stream of first digital sample blocks and the stream of second digital sample blocks are aligned as indicated by the first UW pattern and the second UW pattern thereby enabling the frame synchronization module (116; 300) to acquire frame synchronization; and store new first digital sample blocks and new second digital sample blocks only after the frame synchronization module (116; 300) has acquired frame synchronization.
A method of controlling communication between a master and a slave device (44, 46) over a dynamic enumeration bus wherein said slave device (44, 46) comprises a device number register, characterised by: broadcasting, over the dynamic enumeration bus, a command from the master to update the device number register with a predefined device number wherein the predefined device number is a number between one and eleven, and is distinct from a device identification number of the slave device; enumerating, at the master, the slave device with the predefined device number such that the slave device (44, 46) has said predefined device number used by the master to address the slave device in the dynamic enumeration bus, to avoid data collision. broadcasting, over the dynamic enumeration bus, a command from the master to update the device number register with a predefined device number wherein the predefined device number is a number between one and eleven, and is distinct from a device identification number of the slave device; enumerating, at the master, the slave device with the predefined device number such that the slave device (44, 46) has said predefined device number used by the master to address the slave device in the dynamic enumeration bus, to avoid data collision.
A resin composition for sealing electrical and electronic parts, comprising: a copolymerized polyester comprising a hard segment consisting of a polyester segment and a soft segment consisting of a polyalkylene glycol segment and/or a polylactone segment, wherein the total of terephthalic acid and naphthalenedicarboxylic acid in the polyester is 50% by mol or more of the total acid components; an epoxy resin, wherein the epoxy resin is a phosphorus-free epoxy resin; a polyolefin resin; a phosphoric ester, wherein the phosphoric ester comprises isopropylated triaryl phosphate of formula and triphenylphosphate of formula in a ratio of 99/1 to 1/99 (% by weight): wherein m is an integer of 1 to 5, and and further comprising an alkyl benzene resin and/or a phenol resin. a copolymerized polyester comprising a hard segment consisting of a polyester segment and a soft segment consisting of a polyalkylene glycol segment and/or a polylactone segment, wherein the total of terephthalic acid and naphthalenedicarboxylic acid in the polyester is 50% by mol or more of the total acid components; an epoxy resin, wherein the epoxy resin is a phosphorus-free epoxy resin; a polyolefin resin; a phosphoric ester, wherein the phosphoric ester comprises isopropylated triaryl phosphate of formula and triphenylphosphate of formula in a ratio of 99/1 to 1/99 (% by weight): wherein m is an integer of 1 to 5, and and further comprising an alkyl benzene resin and/or a phenol resin.
Method for introducing an insulating foam (3, 4) into at least one hollow chamber (7, 7', 9, 10), delimited by walls, of a profile of frame of a sash, casement or leaf for producing windows and/or doors formed as a hollow chamber profile (1, 2), comprising the following features: a) providing a plurality of filling openings (5, 5' 6), distributed over the length of the hollow chamber profile (1, 2), and a respective venting opening (8, 22) between every two filling openings (5, 5', 6) in at least one wall (11, 18) of the at least one hollow chamber (7, 7', 9, 10), the hollow chamber profile (1, 2) having a length of 5.5 to 7 m; b) injecting a foamable mixture in a metered manner into the at least one hollow chamber (7, 7', 9, 10) through the plurality of filling openings (5, 5', 6); c) closing the filling openings (5, 5', 6); d) expanding and curing the foamable mixture while at least largely displacing the gas present in the at least one hollow chamber (7, 7', 9, 10) through the venting openings (8, 22); the metered injection of the foamable mixture taking place simultaneously or successively through the respective filling openings (5, 5', 6) and the hollow chamber profile (1, 2) being stored more or less horizontally - i.e. with an angle of < 5° with respect to the horizontal - during the expanding and curing of the foamable mixture. a) providing a plurality of filling openings (5, 5' 6), distributed over the length of the hollow chamber profile (1, 2), and a respective venting opening (8, 22) between every two filling openings (5, 5', 6) in at least one wall (11, 18) of the at least one hollow chamber (7, 7', 9, 10), the hollow chamber profile (1, 2) having a length of 5.5 to 7 m; b) injecting a foamable mixture in a metered manner into the at least one hollow chamber (7, 7', 9, 10) through the plurality of filling openings (5, 5', 6); c) closing the filling openings (5, 5', 6); d) expanding and curing the foamable mixture while at least largely displacing the gas present in the at least one hollow chamber (7, 7', 9, 10) through the venting openings (8, 22);
A liquid long acting injectable formulation for combating ectoparasites and/or endoparasites in a mammal comprising: (a) a therapeutically effective amount of a bioactive agent which comprises a combination of a first bioactive agent selected from emamectin, eprinomectin, ivermectin and moxidectin and mixtures thereof, and a second bioactive agent which is clorsulon; (b) a subcutaneously volatile solvent selected from glycerol formal, N-methylpyrrolidone, triacetin, dimethylacetamide, ethylacetamide, ethyl acetate, solketal, propylene carbonate, ethyl lactate and mixtures thereof; (c) a biologically acceptable polymer which is poly(lactic-co-glycolic) acid copolymer (PLGA); (d) optionally, at least one anti-ectoparasitically or anti-endoparasitically acceptable additive, excipient or mixtures thereof; and (e) optionally, an antioxidant. (a) a therapeutically effective amount of a bioactive agent which comprises a combination of a first bioactive agent selected from emamectin, eprinomectin, ivermectin and moxidectin and mixtures thereof, and a second bioactive agent which is clorsulon; (b) a subcutaneously volatile solvent selected from glycerol formal, N-methylpyrrolidone, triacetin, dimethylacetamide, ethylacetamide, ethyl acetate, solketal, propylene carbonate, ethyl lactate and mixtures thereof; (c) a biologically acceptable polymer which is poly(lactic-co-glycolic) acid copolymer (PLGA); (d) optionally, at least one anti-ectoparasitically or anti-endoparasitically acceptable additive, excipient or mixtures thereof; and (e) optionally, an antioxidant.
Disk brake pad comprising lugs which are each provided with a groove which receives the tongue of a wound spring, moving into a housing in the brake cover, characterized in that the groove has a mixtilinear generally rectangular cross-section whose base is composed in cross-section of a protruding central portion which forms an abutment which is extended at each side by a fillet which is recessed from the abutment plane, the fillet joining the respective side of the groove behind the abutment plane.
A connection device for connecting a member to a system for supplying the member with fluid, the connection device including three concentric tubes (26, 28, 30) delimiting conduits (20, 22, 24) for supplying the member, which are curved along at least one direction, wherein the connection device is made as a single piece including at least the tubes (26, 28, 30), the connection device further two sets of radial ribs, the radial ribs of a first set of ribs connecting the outer surface of the radially inner tube to the inner surface of the radially intermediate tube and the radial ribs of the second set of ribs connecting the outer surface of the radially intermediate tube to the inner surface of the radially outer tube, the radial ribs between two adjacent tubes (26, 28, 30) extending along the central curve of the tubes (26, 28, 30) over the entire length of said adjacent tubes (26, 28, 30) and being made as a single piece with said adjacent tubes (26, 28, 30).
An asphalt composition comprising: a crosslinked product prepared by ionically crosslinking a solid grade oligomer and a polymer using an ionic crosslinking agent, wherein the solid grade oligomer is reacted with the polymer before crosslinking or wherein the polymer is a copolymer derived from styrene, butadiene and the solid grade oligomer, wherein the polymer is derived from 4%-80% by weight styrene, 4%-80% by weight butadiene, and 8%-25% by weight solid grade oligomer.
A method for separating a polyphenolic compound from biomass, the method comprising feeding the biomass into an aqueous two-phase system with a polymer phase and a salt phase and separating the polymer phase which includes the polyphenolic compound from the salt phase, characterized in that the polyphenolic compound is resveratrol and in that the salt is selected from the group consisting of a tartrate salt, a citrate salt, a carbonate salt, a phosphate salt, a sulphate salt, and any combinations thereof.
An electronic device, comprising: a touch screen used for showing an input field, a search list, and a keypad, wherein the search list is generated according to data inputted to the input field via the keypad, wherein the inputted data is an inputted string, the search list comprises m records, m is a positive integer, and each of the m records is generated according to the inputted string; and a processing unit coupled to the touch screen, characterized in that when the touch screen shows the keypad, the input field and only a 1 st to a n-th record of the m records, in response to an input signal for checking the (n+1)-th record in the search list generated in the area of the touch screen for showing the search list and received by the touch screen, the processing unit is adapted to control the touch screen to hide the keypad and show the (n+1)-th record on the touch screen, wherein n is a positive integer which is smaller than m; and when the keypad is hidden, in response to an input signal for inputting data generated in the input field and received by the touch screen, the processing unit is adapted to control the touch screen to show the input field, the 1 st record to the n-th record, and the keypad at the same time. a touch screen used for showing an input field, a search list, and a keypad, wherein the search list is generated according to data inputted to the input field via the keypad, wherein the inputted data is an inputted string, the search list comprises m records, m is a positive integer, and each of the m records is generated according to the inputted string; and a processing unit coupled to the touch screen, characterized in that when the touch screen shows the keypad, the input field and only a 1 st to a n-th record of the m records, in response to an input signal for checking the (n+1)-th record in the search list generated in the area of the touch screen for showing the search list and received by the touch screen, the processing unit is adapted to control the touch screen to hide the keypad and show the (n+1)-th record on the touch screen, wherein n is a positive integer which is smaller than m; and when the keypad is hidden, in response to an input signal for inputting data generated in the input field and received by the touch screen, the processing unit is adapted to control the touch screen to show the input field, the 1 st record to the n-th record, and the keypad at the same time.
A computer-implemented method for reporting the presence of myocardial bridging in a patient, the method comprising: automatically detecting, within a given patient-specific model representing at least a portion of the patient's heart, a segment of an epicardial coronary artery at least partially surrounded by the patient's myocardium to determine the presence of myocardial bridging, said patient-specific model having been previously created based on patient-specific anatomical image data regarding a geometry of the patient's heart; characterised in that the method further comprises computing, using at least one computer processor, at least one physical feature of the myocardial bridging to identify the severity of the myocardial bridging, said computing step comprising computing a myocardial bridging severity metric corresponding to a location of the myocardial bridging segment, said location being based on start and end distance to the ostium.
A mobile node (MN1-MN4), comprising: means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node; means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordered list communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the ordered list comprises access-point sequence numbers of the static access-points ordered with respect to a particular direction of travel of the mobile node; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria is a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network. means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node; means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordered list communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the ordered list comprises access-point sequence numbers of the static access-points ordered with respect to a particular direction of travel of the mobile node; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria is a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network.
A fuel system for a gas turbine engine comprising: an injector disposed to inject fuel and air into a combustor of the gas turbine engine; an air separation module configured to deliver oxygen-enriched air into the combustor via the injector for combustion; and a circulative heating element configured to heat the fuel in a fuel tank; the heating element being a heat exchanger heating the fuel via an exothermic reaction that produces gaseous hydrogen for barbotage. an injector disposed to inject fuel and air into a combustor of the gas turbine engine; an air separation module configured to deliver oxygen-enriched air into the combustor via the injector for combustion; and
A controller for an internal combustion engine including a compressor provided in an intake passage, a three-way catalyst provided in an exhaust passage, a canister configured to store evaporated fuel generated in a fuel tank, an evaporated fuel passage configured to connect the canister and an upstream side of the compressor in the intake passage, an ejector configured to suction the evaporated fuel from the canister by differential pressure between the upstream side of the compressor and a downstream side of the compressor, and a purge control valve provided between the canister and the ejector in the evaporated fuel passage, and the controller comprising: an electronic control unit configured to decrease an opening degree of the purge control valve in response to an increase in pressure on the downstream side of the compressor in a lean supercharging range, an operation air-fuel ratio of the internal combustion engine being leaner than a theoretical air-fuel ratio of the internal combustion engine in the lean supercharging range, and the pressure on the downstream side of the compressor being higher than pressure on the upstream side of the compressor in the lean supercharging range. an electronic control unit configured to decrease an opening degree of the purge control valve in response to an increase in pressure on the downstream side of the compressor in a lean supercharging range, an operation air-fuel ratio of the internal combustion engine being leaner than a theoretical air-fuel ratio of the internal combustion engine in the lean supercharging range, and the pressure on the downstream side of the compressor being higher than pressure on the upstream side of the compressor in the lean supercharging range.