mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a protein material having a livestock meat-like texture, comprising performing an addition of an organic acid and a heating and a chopping by agitation at the same time, with respect to a paste of fish meat or chicken meat, wherein the addition amount of the organic acid based on the fish meat or the chicken meat is from 0.1 to 1.0% by weight, and heating is performed in a manner that the core temperature becomes 80 to 100°C in the end. the addition amount of the organic acid based on the fish meat or the chicken meat is from 0.1 to 1.0% by weight, and heating is performed in a manner that the core temperature becomes 80 to 100°C in the end.
Method for manufacturing an optical article comprising the following steps: a. Providing a first substrate with a main surface, b. Depositing the first substrate at the bottom of a recess of a support which is placed in a chamber delimited by a peripheral cylindric wall, said wall comprises two parts comprising a first main part which is identical to a mounting base and a second part which is identical to a cover, c. Depositing a second substrate on said main surface by means of an adhesive layer so that the space between the first substrate and second substrate is filled by said adhesive layer, d. Fixing a polymeric film (17 in the chamber between the two parts (4, 6) of the wall so that it covers the second substrate previously deposited on the first substrate, e. Applying a negative pressure P2 in the chamber by means of a suction pump, in a free space delimited by the film and the first part of the wall of the chamber, so that the polymeric film is sucked and deformed under the negative pressure and is platted against the second substrate and the tension step is symmetrically applied by means of said polymeric film that applies a radial isotropic tension on the edges of the second substrate sensibly in a tension plan parallel to a plan representative of the main surface, so as to homogeneously plate the second substrate on the first substrate and to obtain a second substrate which tends to be rigorously parallel to the first substrate. f. Curing the adhesive layer to induce a polymerization of the adhesive layer, during the step of applying a negative pressure in the chamber. a. Providing a first substrate with a main surface, b. Depositing the first substrate at the bottom of a recess of a support which is placed in a chamber delimited by a peripheral cylindric wall, said wall comprises two parts comprising a first main part which is identical to a mounting base and a second part which is identical to a cover, c. Depositing a second substrate on said main surface by means of an adhesive layer so that the space between the first substrate and second substrate is filled by said adhesive layer, d. Fixing a polymeric film (17 in the chamber between the two parts (4, 6) of the wall so that it covers the second substrate previously deposited on the first substrate, e. Applying a negative pressure P2 in the chamber by means of a suction pump, in a free space delimited by the film and the first part of the wall of the chamber, so that the polymeric film is sucked and deformed under the negative pressure and is platted against the second substrate and the tension step is symmetrically applied by means of said polymeric film that applies a radial isotropic tension on the edges of the second substrate sensibly in a tension plan parallel to a plan representative of the main surface, so as to homogeneously plate the second substrate on the first substrate and to obtain a second substrate which tends to be rigorously parallel to the first substrate. f. Curing the adhesive layer to induce a polymerization of the adhesive layer, during the step of applying a negative pressure in the chamber.
A self-propelled robot path planning method, comprising: acquiring, by sensor assemblies arranged on a self-propelled robot, information of obstacles at different heights, when the self-propelled robot walking in a to-be-operated space; wherein the sensor assemblies arranged at different heights divide the to-be-operated space into a plurality of detection layers, and record the information of obstacles detected at each respective detection layer; and planning a walking path for the self-propelled robot according to the information of obstacles at different heights. acquiring, by sensor assemblies arranged on a self-propelled robot, information of obstacles at different heights, when the self-propelled robot walking in a to-be-operated space; wherein the sensor assemblies arranged at different heights divide the to-be-operated space into a plurality of detection layers, and record the information of obstacles detected at each respective detection layer; and planning a walking path for the self-propelled robot according to the information of obstacles at different heights.
A method for crimping a scaffolding to a balloon, comprising the steps of: providing a scaffolding comprising a polymer characterized by a glass transition temperature having a lower limit Tg-low; and using a crimping device, crimping the scaffolding to the balloon while the scaffolding has a temperature of between about Tg-low and 15 degrees below Tg-low, including the steps of: crimping the scaffolding from a first diameter to a second diameter, after crimping to the second diameter and before crimping to the final crimp diameter, removing the scaffolding from the crimping device, returning the scaffolding to the crimping device, wherein the scaffolding is aligned on the balloon when the scaffolding is returned to the crimping device, and crimping the scaffolding from the second diameter to a final crimp diameter. providing a scaffolding comprising a polymer characterized by a glass transition temperature having a lower limit Tg-low; and using a crimping device, crimping the scaffolding to the balloon while the scaffolding has a temperature of between about Tg-low and 15 degrees below Tg-low, including the steps of: crimping the scaffolding from a first diameter to a second diameter, after crimping to the second diameter and before crimping to the final crimp diameter, removing the scaffolding from the crimping device, returning the scaffolding to the crimping device, wherein the scaffolding is aligned on the balloon when the scaffolding is returned to the crimping device, and crimping the scaffolding from the second diameter to a final crimp diameter. crimping the scaffolding from a first diameter to a second diameter, after crimping to the second diameter and before crimping to the final crimp diameter, removing the scaffolding from the crimping device, returning the scaffolding to the crimping device, wherein the scaffolding is aligned on the balloon when the scaffolding is returned to the crimping device, and crimping the scaffolding from the second diameter to a final crimp diameter.
Power module, in particular drive module, having a heat sink (8, 9, 10), which is designed for conducting fluid, and at least two power components (2, 3), which are different from one another and are thermally conductively and electrical conductively connected to the heat sink (8, 9, 10), characterized in that the power components (2, 3) are each designed to carry electric potentials (20, 21), in particular earth potentials (20, 21), which are different from one another, and the heat sink comprises at least or only two parts (9, 10) which each have a fluid channel (16, 17), which is formed by a cavity, for conducting a fluid flow and are connected to one another by means of an electrical insulator in such a way that a fluid flow that cools both parts (9, 10) can flow through each of the parts (9, 10) and the parts are electrically insulated from one another in such a way that the electric potentials (20, 21) of the power components (2, 3) are separated from one another within the heat sink (8, 9, 10).
An olefin polymerization catalyst produced by bringing (α) a solid catalyst component for olefin polymerization, (β) an organoaluminum compound represented by a general formula, and (γ) an external electron donor into contact with each other, R 2 p AlQ 3-p wherein R 2 is an alkyl group having 1 to 4 carbon atoms, Q is a hydrogen atom or a halogen atom, and p is a real number that is larger than 0 and equal to or less than 3, provided that a plurality of R 2 may be either identical or different when a plurality of R 2 are present, and a plurality of Q may be either identical or different when a plurality of Q are present, the solid catalyst component (α) being produced by bringing (a) a magnesium compound, (b) an internal electron donor represented by a general formula, and (c) a tetravalent-element halogen compound into contact with each other in an inert organic solvent, R 1 2 C(COOCH 3) 2 wherein R 1 is selected from an isobutyl group, and the external electron donor (γ) being one or more compounds selected from diisopropyldimethoxysilane and dicyclopentyldimethoxysilane.
Motor vehicle door having a window arrangement which is integrated into a door body structure, and having a shading device, assigned to the window arrangement on the inner side of the door, with a plurality of functional components, and having a door interior trim at least partially covering the shading device, said door interior trim comprising a door interior breastwork and being fastened to the door body structure, wherein the door interior trim has a carrier module on which the functional components of the shading device are arranged and which is fastened to the door body structure, characterized in that the carrier module has frame portions for the window arrangement, guide rails of the shading device being assigned to said frame portions.
A communication method for configuring a parameter table in a wireless communication system including a base station and a user equipment, comprising: storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; transmitting an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables to the user equipment from the base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting. storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; transmitting an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables to the user equipment from the base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting.
A sound damping assembly comprising a visible front surface and an opposite rear surface and further comprising: - a plurality of first profiles, wherein each of said first profiles comprises wood, and wherein each of said first profiles comprises a first front surface and an opposite first rear surface; - a plurality of acoustic profiles comprising an acoustic material, wherein said acoustic material is an acoustic polyester wool comprising polyester fibres thermally bonded together and having a weight comprised between 1.000 and 6.000 gram/m 2, and wherein each of said acoustic profiles comprises an acoustic front surface and an opposite acoustic rear surface; and wherein: - the first profiles and the acoustic profiles are made of different materials; and - each of said first profiles and each of said acoustic profiles further comprises a pair of interlocking means configured to assemble said first profile and said acoustic profile together in a releasable manner, thereby forming said sound damping assembly; and wherein said first profiles and said acoustic profiles are alternatingly assembled in a releasable manner by said interlocking means; and - said opposite rear surface formed by said opposite first rear surfaces and said opposite acoustic rear surfaces when said first profile and said acoustic profile are assembled is planar; and - said sound damping assembly is demonstrating a visible front surface comprising at least 45% of acoustic material. - a plurality of first profiles, wherein each of said first profiles comprises wood, and wherein each of said first profiles comprises a first front surface and an opposite first rear surface; - a plurality of acoustic profiles comprising an acoustic material, wherein said acoustic material is an acoustic polyester wool comprising polyester fibres thermally bonded together and having a weight comprised between 1.000 and 6.000 gram/m 2, and wherein each of said acoustic profiles comprises an acoustic front surface and an opposite acoustic rear surface; - the first profiles and the acoustic profiles are made of different materials; and - each of said first profiles and each of said acoustic profiles further comprises a pair of interlocking means configured to assemble said first profile and said acoustic profile together in a releasable manner, thereby forming said sound damping assembly; and wherein said first profiles and said acoustic profiles are alternatingly assembled in a releasable manner by said interlocking means; and - said opposite rear surface formed by said opposite first rear surfaces and said opposite acoustic rear surfaces when said first profile and said acoustic profile are assembled is planar; and - said sound damping assembly is demonstrating a visible front surface comprising at least 45% of acoustic material.
Device (1, 2) for moving a movable furniture part in an opening direction with respect to a basic furniture structure of an item of furniture, wherein the movable furniture part can be brought via guide means in the opening direction and in a closing direction opposed to the opening direction, wherein the device (1, 2) has a force accumulator and an ejector, and therefore, with the device (1, 2) mounted on the item of furniture, the movable furniture part can be brought during an opening operation from a closed position in the opening direction under the action of the force accumulator by the force accumulator driving the ejector in an opening direction and an opening movement of the ejector being able to be transmitted to the movable furniture part, wherein a charging operation of the force accumulator takes place during a movement of the ejector in a closing direction, characterized in that the device (1, 2) has a coupling means, wherein the coupling means comprises a lever arrangement and an adjustment element is part of the lever arrangement, and the force accumulator is connected to the adjustment element, wherein, during a charging operation of the force accumulator, the adjustment element can be brought into a preliminary latching position, wherein, after the end of the charging operation the force accumulator, the adjustment element is held in the preliminary latching position, wherein, in the preliminary latching position, the adjustment element defines the force accumulator in a charged state, and therefore an opening operation of the movable furniture part under the action of the force accumulator cannot be directly triggered, and thus triggering of the opening operation under the action of the force accumulator after the end of the charging operation is prevented by a further, continued closing movement of the ejector, and wherein the adjustment element can be brought from the preliminary latching position into a triggering position, wherein, in the triggering position of the adjustment element, the opening operation of the movable furniture part out of the closed position of the movable furniture part can be activated, wherein the lever arrangement has a guide lever, wherein the guide lever is pretensioned by means of a spring element, wherein the guide lever latches the adjustment element in the preliminary latching position and in the triggering position.
A fuel tank for use with a spacecraft, the fuel tank being configured to store therein fuel for driving the spacecraft, the fuel tank comprising: a carbon fiber reinforced plastic layer and a metallic plating layer, wherein the carbon fiber reinforced plastic layer has a polished surface having been subjected to polishing processing, the polished surface being on an inner side of the fuel tank, wherein the metallic plating layer is provided on the polished surface, and wherein the polishing processing is performed by use of a polishing instrument with a count of 200 to 2000. a carbon fiber reinforced plastic layer and a metallic plating layer, wherein the carbon fiber reinforced plastic layer has a polished surface having been subjected to polishing processing, the polished surface being on an inner side of the fuel tank, wherein the metallic plating layer is provided on the polished surface, and wherein the polishing processing is performed by use of a polishing instrument with a count of 200 to 2000.
An electric power steering apparatus comprising: a torque detection unit that detects steering torque produced by a driver of a vehicle; a motor that assists steering by a driver; an assist command generation unit that generates an assist command corresponding to the steering torque; a motor driving unit that drives the motor, based on the assist command; and a failure determination unit that performs determination on a failure in the motor or the motor driving unit, wherein when the state where steering torque detected by the torque detection unit is normal and the value thereof is the same as or larger than a predetermined threshold value continues, the assist command generation unit limits the assist command, characterized in that the failure determination unit includes a first failure determination unit that performs determination on the failure regardless of the limitation of the assist command and a second failure determination unit that performs determination on the failure when the limitation is applied to the assist command, and wherein when the second failure determination unit determines that the failure exists, the failure determination unit stops driving of the motor. a torque detection unit that detects steering torque produced by a driver of a vehicle; a motor that assists steering by a driver; an assist command generation unit that generates an assist command corresponding to the steering torque; a motor driving unit that drives the motor, based on the assist command; and a failure determination unit that performs determination on a failure in the motor or the motor driving unit, wherein when the state where steering torque detected by the torque detection unit is normal and the value thereof is the same as or larger than a predetermined threshold value continues, the assist command generation unit limits the assist command, characterized in that the failure determination unit includes a first failure determination unit that performs determination on the failure regardless of the limitation of the assist command and a second failure determination unit that performs determination on the failure when the limitation is applied to the assist command, and wherein when the second failure determination unit determines that the failure exists, the failure determination unit stops driving of the motor.
An ion thruster for propulsion of spacecrafts, comprising: a reservoir for a propellant, an emitter for emitting ions (3 +) of the propellant, the emitter having one or more projections of porous material and a base with a first side (12 1) supporting said projections and a second side (12 2) connected to the reservoir, and an extractor facing the emitter for extracting and accelerating the ions (3 +) from the emitter, characterised in that the base is impermeable to the propellant at least on said first side (12 1) and has pores or channels for providing flow of propellant from the reservoir to said projections. a reservoir for a propellant, an emitter for emitting ions (3 +) of the propellant, the emitter having one or more projections of porous material and a base with a first side (12 1) supporting said projections and a second side (12 2) connected to the reservoir, and an extractor facing the emitter for extracting and accelerating the ions (3 +) from the emitter, characterised in that the base is impermeable to the propellant at least on said first side (12 1) and has pores or channels for providing flow of propellant from the reservoir to said projections.
An apparatus for the transport of food products, in particular of product slices produced by means of a cutting machine (26, 28, 30), having at least one transfer station for the picking up of food products of an incoming product flow running in from at least one incoming conveyor and for the transfer of the food products to an outgoing conveyor, wherein the transfer station comprises a transfer device which is configured to simultaneously transfer a group of food products taken up after one another to the outgoing conveyor; the transfer device is configured as a pivot mechanism; the transfer station configured as a transfer conveyor is configured as an endless belt conveyor with an upper run and a lower run; and the transfer conveyor extends above the outgoing conveyor, characterized in that the pivot axis extends in the direction of conveying of the transfer conveyor between the upper run and the lower run.
An orthodontic appliance for use in orthodontic treatment selected from the group consisting of an orthodontic bracket (110, 200, 300), an orthodontic archwire, an orthodontic tool, and a discrete component (22, 24, 36, 112, 114, 116, 302, 306, 308) thereof, the orthodontic appliance being made of a metallic glass, characterized in that the metallic glass is a nickel based alloy metallic glass.