mhurhangee/ep-ind-claims huggingface dataset:
A hearing device configured to play sound into an ear canal of a user, the hearing device comprising • at least one input transducer ( M 1, M 2) for picking up sound s q at said at least one input transducer from a sound field S around the hearing device and providing corresponding at least one electric input signal IN q representing said sound s q, i=1,..., Q, where Q ≥ 1; • an analogue to digital converter for converting each of said at least one electric input signal to a corresponding digitized signal represented by discrete samples s q (p), where p is a time sample index, • a processor for processing said at least one digitized signal s q (p) to a processed signal; • an output transducer for converting an electric signal (s out) including said processed signal to an acoustic signal s" (Ŝ-Ŝ dir); a forward signal path of the hearing device being defined from an acoustic input to said at least one input transducer to an acoustic output of said output transducer having a forward signal propagation delay τ HI of the hearing device, wherein the processor is located in the forward signal path, wherein the hearing device further comprises a compensation unit for at least partially cancelling a directly propagated sound ( S DIR) from said sound field S that is propagated to the ear canal via a direct acoustic propagation path, wherein the compensation unit is configured to predict said directly propagated sound (Ŝ dir) and to play it in opposite phase (-Ŝ dir) of said directly propagated sound, characterized in that the compensation unit is configured to predict the discrete samples s q (p) in dependence of a delay τ comp of the compensation unit and of a delay τ dir of the direct acoustic propagation path, so that the compensation unit is configured to predict the discrete samples s q (p), wherein the delay τ comp of the compensation unit comprises a delay of an electric signal path from the input of the at least one input transducer to the output of the output transducer, and wherein the delay τ comp of the compensation unit is larger than the delay τ dir of the direct acoustic propagation path. • at least one input transducer ( M 1, M 2) for picking up sound s q at said at least one input transducer from a sound field S around the hearing device and providing corresponding at least one electric input signal IN q representing said sound s q, i=1,..., Q, where Q ≥ 1; • an analogue to digital converter for converting each of said at least one electric input signal to a corresponding digitized signal represented by discrete samples s q (p), where p is a time sample index, • a processor for processing said at least one digitized signal s q (p) to a processed signal; • an output transducer for converting an electric signal (s out) including said processed signal to an acoustic signal s" (Ŝ-Ŝ dir);
Measurement apparatus for the detection of the feed movement of a workpiece that is to be processed and that contains a belt or chain, which is guided on a carrier via deflection disks (2, 3), a pressure device, which is moved along with the belt or the chain in its movement direction so as to press the belt or the chain against the workpiece, and a sensor to detect the movement of the belt or the chain, wherein the carrier can rotate on a holder around a swivel axis at a right angle to the direction of movement of the belt or the chain, characterised in that the pressure device comprises several pressure elements, which are connected with one another by means of chain plates to form an endless chain and which are guided via at least two chain deflection wheels (35, 36).
An aerosol generating apparatus comprising: a case comprising an insertion pipe for surrounding and supporting at least a portion of a cigarette; and an extraction member that comprises a disk for supporting a lower end of the cigarette, the extraction member being slidably installed on the case, wherein, based on the extraction member being removed from the case, the disk is configured to pressurize the lower end of the cigarette so that the cigarette is removed from the case, characterized in that the insertion pipe comprises a step portion concaving away from an external surface to form an internal surface of the insertion pipe to allow mounting of the extraction member on the step portion, and wherein the step portion is formed on the external surface of the insertion pipe, and the extraction member is fit-coupled to the step portion. a case comprising an insertion pipe for surrounding and supporting at least a portion of a cigarette; and an extraction member that comprises a disk for supporting a lower end of the cigarette, the extraction member being slidably installed on the case, wherein, based on the extraction member being removed from the case, the disk is configured to pressurize the lower end of the cigarette so that the cigarette is removed from the case, characterized in that the insertion pipe comprises a step portion concaving away from an external surface to form an internal surface of the insertion pipe to allow mounting of the extraction member on the step portion, and wherein the step portion is formed on the external surface of the insertion pipe, and the extraction member is fit-coupled to the step portion.
Process for the production of a nest-shaped food product comprising strips of a dried vegetable, storable at room temperature for a time period of at least 7 days, which comprises the steps of: a) providing at least one fresh vegetable; b) cutting into strips said at least one fresh vegetable, previously washed and optionally peeled; c) feeding said strips of fresh vegetable in metered amounts into a perforated mold; d) subjecting said strips of vegetable to a stabilization heat treatment by means of saturated steam at a temperature of between 95°C and 105°C, for a time of between 30 seconds and 5 minutes; e) drying said thermally stabilized strips of vegetable contained in said perforated mold by means of a flow of hot air at a temperature of between 65°C and 90°C so as to obtain a nest comprising dried strips of vegetable with a moisture content of between 8% and 16% by weight of their total weight. a) providing at least one fresh vegetable; b) cutting into strips said at least one fresh vegetable, previously washed and optionally peeled; c) feeding said strips of fresh vegetable in metered amounts into a perforated mold; d) subjecting said strips of vegetable to a stabilization heat treatment by means of saturated steam at a temperature of between 95°C and 105°C, for a time of between 30 seconds and 5 minutes; e) drying said thermally stabilized strips of vegetable contained in said perforated mold by means of a flow of hot air at a temperature of between 65°C and 90°C so as to obtain a nest comprising dried strips of vegetable with a moisture content of between 8% and 16% by weight of their total weight.
A covering element for floors comprising a tile made of ceramic material, a reinforcing element attached to the tile, wherein the reinforcing element comprises a metal sheet which compresses the tile and said reinforcing element is attached to a lower surface of the tile, characterized in that the covering element comprises a lining of at least one edge of the tile wherein the tile has a thickness of between 5 and 10 mm, and in that said reinforcing element is adapted to cover said lower surface only partially.
A surgical system, comprising: a surgical instrument; a replaceable staple cartridge, comprising: a cartridge body comprising a cartridge deck; staples removably positioned in said cartridge body; a first RFID tag comprising a first set of information; and a sled comprising a second RFID tag comprising a second set of information, wherein said sled is configured to drive said staples out of said cartridge body during a staple firing stroke, wherein said first set of information and said second set of information collectively form a unique combination, and wherein said unique combination is representative of said replaceable staple cartridge; an RFID scanner configured to receive said first set of information and said second set of information; a controller in communication with said RFID scanner; and a remote storage system comprising a set of compatible combinations, wherein said remote storage system compares said unique combination to said set of compatible combinations to determine if said replaceable staple cartridge is compatible for use with said surgical instrument, and wherein said controller prevents at least one operation of said surgical instrument if said controller determines that said replaceable staple cartridge is not compatible for use with said surgical instrument. a surgical instrument; a replaceable staple cartridge, comprising: a cartridge body comprising a cartridge deck; staples removably positioned in said cartridge body; a first RFID tag comprising a first set of information; and a sled comprising a second RFID tag comprising a second set of information, wherein said sled is configured to drive said staples out of said cartridge body during a staple firing stroke, wherein said first set of information and said second set of information collectively form a unique combination, and wherein said unique combination is representative of said replaceable staple cartridge; a cartridge body comprising a cartridge deck; staples removably positioned in said cartridge body; a first RFID tag comprising a first set of information; and a sled comprising a second RFID tag comprising a second set of information, wherein said sled is configured to drive said staples out of said cartridge body during a staple firing stroke, wherein said first set of information and said second set of information collectively form a unique combination, and wherein said unique combination is representative of said replaceable staple cartridge; an RFID scanner configured to receive said first set of information and said second set of information; a controller in communication with said RFID scanner; and a remote storage system comprising a set of compatible combinations, wherein said remote storage system compares said unique combination to said set of compatible combinations to determine if said replaceable staple cartridge is compatible for use with said surgical instrument, and wherein said controller prevents at least one operation of said surgical instrument if said controller determines that said replaceable staple cartridge is not compatible for use with said surgical instrument.
A method for making fresh corn masa, said method comprising the steps of: a) Mixing a calcium based gelatinization agent with an uncooked corn endosperm fraction, and with an uncooked HGT fraction, thereby forming an admix; and further wherein said HGT fraction is between about 5 and 15% by weight of said total corn fractions in said admix; b) Hydrating the admix of step a) with hot water thereby forming a dough, wherein the hot water is between 50°C and 80°C when added to the admix; and c) Working the dough of step b) in an extruder having a temperature profile between 5 and 35°C wherein said extruder cools the dough to a temperature of 25°C to 40°C as it proceeds through the extruder, wherein said extruder is not equipped with dies, thereby producing masa. a) Mixing a calcium based gelatinization agent with an uncooked corn endosperm fraction, and with an uncooked HGT fraction, thereby forming an admix; and further wherein said HGT fraction is between about 5 and 15% by weight of said total corn fractions in said admix; b) Hydrating the admix of step a) with hot water thereby forming a dough, wherein the hot water is between 50°C and 80°C when added to the admix; and c) Working the dough of step b) in an extruder having a temperature profile between 5 and 35°C wherein said extruder cools the dough to a temperature of 25°C to 40°C as it proceeds through the extruder, wherein said extruder is not equipped with dies, thereby producing masa.
A catalyst system for oxidation of o-xylene and/or naphthalene to phthalic anhydride, comprising a plurality of catalyst zones arranged in succession in the reaction tube and filled with catalysts of different chemical composition in which a catalytically active material comprising antimony trioxide, vanadium oxide and titanium dioxide has been applied to a catalyst carrier in one or more shells, in which at least one zone is produced using an antimony trioxide with at least 95% by weight in the senarmontite modification with a median primary crystallite size of less than 200 nm.
A method of producing a spun fiber comprising a gel composition, wherein said gel composition comprises: at least one amide-based polymer; and at least one lactam gelling agent, wherein the method comprises: providing at least one amide-based polymer; providing at least one lactam gelling agent; mixing the at least one amide-based polymer and the at least one lactam gelling agent to form a pre-fiber gel composition; and spinning the pre-fiber gel composition into a fiber. at least one amide-based polymer; and at least one lactam gelling agent, providing at least one amide-based polymer; providing at least one lactam gelling agent; mixing the at least one amide-based polymer and the at least one lactam gelling agent to form a pre-fiber gel composition; and spinning the pre-fiber gel composition into a fiber.
A shell rotor assembly for use in a control moment gyroscope, the shell rotor assembly comprising: a first shell member having a first wall portion and a first rim portion formed integrally with one another; a second shell member having a second wall portion and a second rim portion formed integrally with one another, and a shaft assembly disposed at an approximate center of the shell rotor assembly and extending between first shell member and second shell member, wherein the first rim portion and the second rim portion are electron beam welded to one another, whereby the weld, being where material has melted, is located over only a portion of lateral surfaces of first rim portion and the second rim portion, lateral being in a direction perpendicular to the shaft assembly, wherein the first rim portion including a first alignment feature and wherein the second rim portion including a second alignment feature configured to engage the first alignment feature, whereby the second alignment feature is engaged with the first alignment feature and whereby the first shell member and the second shell member are arranged concentrically with one another as a result of engagement between the first alignment feature and the second alignment feature, and wherein the first alignment feature serves as a backstop to limit the extent of the weld. a first shell member having a first wall portion and a first rim portion formed integrally with one another; a second shell member having a second wall portion and a second rim portion formed integrally with one another, and a shaft assembly disposed at an approximate center of the shell rotor assembly and extending between first shell member and second shell member, wherein the first rim portion and the second rim portion are electron beam welded to one another, whereby the weld, being where material has melted, is located over only a portion of lateral surfaces of first rim portion and the second rim portion, lateral being in a direction perpendicular to the shaft assembly, wherein the first rim portion including a first alignment feature and wherein the second rim portion including a second alignment feature configured to engage the first alignment feature, whereby the second alignment feature is engaged with the first alignment feature and whereby the first shell member and the second shell member are arranged concentrically with one another as a result of engagement between the first alignment feature and the second alignment feature, and wherein the first alignment feature serves as a backstop to limit the extent of the weld.
A fault diagnosis method for a vehicle speed measurement apparatus, comprising: obtaining a first vehicle speed measured by the speed measurement apparatus; obtaining reference information of a plurality of static reference objects at N moments, wherein N is an integer greater than 1, and the reference information comprises information about location relationships of respective ones of the plurality of static reference objects relative to a vehicle in which the speed measurement apparatus is located at each of the N moments; calculating a plurality of second vehicle speeds based on the reference information, one for each of the plurality of static reference objects, wherein, if a difference between any one of the plurality of second vehicle speeds and the first vehicle speed is greater than a first threshold, the respective second vehicle speed is re-calculated; and determining that the speed measurement apparatus is faulty, if all of the differences between each of the plurality of second vehicle speeds and the first vehicle speed are less than or equal to a second threshold. obtaining a first vehicle speed measured by the speed measurement apparatus; obtaining reference information of a plurality of static reference objects at N moments, wherein N is an integer greater than 1, and the reference information comprises information about location relationships of respective ones of the plurality of static reference objects relative to a vehicle in which the speed measurement apparatus is located at each of the N moments; calculating a plurality of second vehicle speeds based on the reference information, one for each of the plurality of static reference objects, wherein, if a difference between any one of the plurality of second vehicle speeds and the first vehicle speed is greater than a first threshold, the respective second vehicle speed is re-calculated; and determining that the speed measurement apparatus is faulty, if all of the differences between each of the plurality of second vehicle speeds and the first vehicle speed are less than or equal to a second threshold.
A crankshaft to be mounted in a reciprocating engine, the crankshaft including journals (J, J1-J5) serving as a central axis of rotation, crank pins (P, P1-P4) decentered from the journals (J, J1-J5), and crank arms (A, A1-A8) connecting the journals (J, J1-J5) and the crank pins (P, P1-P4), wherein: one or more of the crank arms (A, A1-A8) have counterweights (W, W1-W8) integrated therewith; at least one of the crank arms (A, A1-A8) with counterweights (W, W1-W8) has a recess in a crank pin-facing surface; and the at least one of the crank arms (A, A1-A8) with counterweights (W, W1-W8) includes a rib formed in one side portion of the recess along a periphery of the crank arm (A, A1-A8), characterized in that an end of the rib near the counterweight (W, W1-W8) is unconnected to an end of the recess near the counterweight (W, W1-W8). one or more of the crank arms (A, A1-A8) have counterweights (W, W1-W8) integrated therewith; at least one of the crank arms (A, A1-A8) with counterweights (W, W1-W8) has a recess in a crank pin-facing surface; and the at least one of the crank arms (A, A1-A8) with counterweights (W, W1-W8) includes a rib formed in one side portion of the recess along a periphery of the crank arm (A, A1-A8), characterized in that an end of the rib near the counterweight (W, W1-W8) is unconnected to an end of the recess near the counterweight (W, W1-W8).
A compound, or a tautomer thereof, or a pharmaceutically acceptable salt of said compound or said tautomer, said compound having a structure selected from: and
A rubber composition for sidewall, comprising a rubber component and a thermoplastic resin, wherein the rubber component comprises a styrene-butadiene rubber and/or a butadiene rubber, wherein an amount of a cis-1,4-bond butadiene unit in a total amount of the rubber component is 80.0% by mass or less, wherein a total content R 1 (part by mass) of the thermoplastic resin based on 100 parts by mass of the rubber component is more than 10 parts by mass and less than 30 parts by mass, and wherein a crack growth rate measured under a test condition satisfies at least one of 0.20 m/s or less in a case of 250% strain (constant strain) of a test piece when fixed, and 0.30 m/s or less in a case of 300% strain (constant strain) of a test piece when fixed, The test condition: Test piece: a pure shear specimen with a vertical side of 22.4 mm, a horizontal side of 150.0 mm, and a thickness of 1.0 mm; Test method: a biaxial tensile test is performed on the test piece parallel to a longitudinal direction, and then the test piece is fixed, in which a 10.0 mm of cut is made parallel to a horizontal direction starting from a midpoint of the vertical side on one side of the test piece. wherein the rubber component comprises a styrene-butadiene rubber and/or a butadiene rubber, wherein an amount of a cis-1,4-bond butadiene unit in a total amount of the rubber component is 80.0% by mass or less, wherein a total content R 1 (part by mass) of the thermoplastic resin based on 100 parts by mass of the rubber component is more than 10 parts by mass and less than 30 parts by mass, and wherein a crack growth rate measured under a test condition satisfies at least one of 0.20 m/s or less in a case of 250% strain (constant strain) of a test piece when fixed, and 0.30 m/s or less in a case of 300% strain (constant strain) of a test piece when fixed, The test condition: Test piece: a pure shear specimen with a vertical side of 22.4 mm, a horizontal side of 150.0 mm, and a thickness of 1.0 mm; Test method: a biaxial tensile test is performed on the test piece parallel to a longitudinal direction, and then the test piece is fixed, in which a 10.0 mm of cut is made parallel to a horizontal direction starting from a midpoint of the vertical side on one side of the test piece. Test piece: a pure shear specimen with a vertical side of 22.4 mm, a horizontal side of 150.0 mm, and a thickness of 1.0 mm; Test method: a biaxial tensile test is performed on the test piece parallel to a longitudinal direction, and then the test piece is fixed, in which a 10.0 mm of cut is made parallel to a horizontal direction starting from a midpoint of the vertical side on one side of the test piece.
A chewing gum comprising Stevia in percentages of at least 0.05% by weight on the total of the gum, calcium carbonate and butyl rubber as high viscosity elastomer.
A tooling for handling a nacelle of an aircraft turbojet engine, the tooling comprising a gantry which includes: - a longitudinal upper support bar adapted to be fastened on upper attachments of the nacelle, and - a longitudinal lower support bar adapted to be fastened on lower attachments of the nacelle, characterized in that the upper support bar is hinged about at least a first upper axis of rotation by means of a first upper hinge, the upper bar being hinged between at least a first support position in which the upper bar has a first fixture which is adapted to be fastened on a first type of nacelle, and at least a second support position in which the upper support bar has a second fixture which is adapted to be fastened on a second type of nacelle. - a longitudinal upper support bar adapted to be fastened on upper attachments of the nacelle, and - a longitudinal lower support bar adapted to be fastened on lower attachments of the nacelle,