mhurhangee/ep-ind-claims huggingface dataset:
An optical cable comprising one or more units each including only a plurality of optical fibers, a first interposition, and a bundle tape; wherein: the plurality of optical fibers is bundled by the bundle tape the first interposition is provided between the optical fibers for preventing the optical fibers from coming into contact with each other, and the optical fibers and the first interposition are bundled by the bundle tape in a state where the optical fibers and the first interposition are in contact with each other. the plurality of optical fibers is bundled by the bundle tape the first interposition is provided between the optical fibers for preventing the optical fibers from coming into contact with each other, and the optical fibers and the first interposition are bundled by the bundle tape in a state where the optical fibers and the first interposition are in contact with each other.
A structural automotive sub frame component comprising: a three-dimensional structure having a plurality of side members (12, 12') each including a plurality of vertical surfaces (14, 14') intersecting with a plurality of horizontal surfaces (16, 16'); a plurality of cross members (18, 20) of the three dimensional structure extending between the plurality of side members (12, 12'), where each of the plurality of cross members (18, 20) has a plurality of vertical surfaces (22, 22') intersecting with a plurality of horizontal surfaces (24, 24'); a plurality of structural ribs (26, 26') formed on and extending away from at least one of the plurality of horizontal surfaces (16, 16') of the plurality of side members (12, 12') and a plurality of structural ribs (28, 28') formed on and extending away from at least one of the plurality of horizontal surfaces (24, 24') of the plurality of cross members (18, 20); and the three-dimensional structure is formed of a resin blank formed from a resin fiber mixture having carbon fibers with a length of about 1.27 cm or less. a three-dimensional structure having a plurality of side members (12, 12') each including a plurality of vertical surfaces (14, 14') intersecting with a plurality of horizontal surfaces (16, 16'); a plurality of cross members (18, 20) of the three dimensional structure extending between the plurality of side members (12, 12'), where each of the plurality of cross members (18, 20) has a plurality of vertical surfaces (22, 22') intersecting with a plurality of horizontal surfaces (24, 24'); a plurality of structural ribs (26, 26') formed on and extending away from at least one of the plurality of horizontal surfaces (16, 16') of the plurality of side members (12, 12') and a plurality of structural ribs (28, 28') formed on and extending away from at least one of the plurality of horizontal surfaces (24, 24') of the plurality of cross members (18, 20); and the three-dimensional structure is formed of a resin blank formed from a resin fiber mixture having carbon fibers with a length of about 1.27 cm or less.
Process for the preparation of chiral carboxylic acids of general formula where R is H or methyl group, wherein a racemic carboxylic acid ester of general formula where R' is Me, Et, Pr, i-Pr, Bu, and R is as defined above, is enzymatically hydrolysed using Candida rugosa lipase enzyme, to obtain the chiral carboxylic acid of general formula. R' is Me, Et, Pr, i-Pr, Bu, and R is as defined above,
An attack scenario simulation device that simulates an attack on an information processing system and generates an attack scenario against the information processing system, comprising: - a unit that holds state information for each state of the information processing system, attack scenario information describing the state of the information processing system and an attack scenario including a chain of actions that can be taken in the state, action information describing a relationship between the actions and attack tactics, attack tactics information describing a prerequisite for the attack tactics and an event that occurs under the prerequisite, reward information for a reward that occurs for each event, and success probability information that stores a probability of success for each state and each attack tactic; - a unit that obtains an action that transitions from a first state to a second state with reference to the state information, the action information, and the attack tactics information; - a unit that obtains the reward for the action that transitions from the first state to the second state with reference to the reward information, the action information, and the attack tactics information; - a unit that obtains expected rewards for the reward of the action that transitions from the first state to the second state with reference to the success probability information; and - a unit that sets the highest expected reward among the expected rewards of the action that transitions from the first state to the second state as a state value of a reinforcement learning of the first state, and generates the attack scenario by the reinforcement learning. - a unit that holds state information for each state of the information processing system, attack scenario information describing the state of the information processing system and an attack scenario including a chain of actions that can be taken in the state, action information describing a relationship between the actions and attack tactics, attack tactics information describing a prerequisite for the attack tactics and an event that occurs under the prerequisite, reward information for a reward that occurs for each event, and success probability information that stores a probability of success for each state and each attack tactic; - a unit that obtains an action that transitions from a first state to a second state with reference to the state information, the action information, and the attack tactics information; - a unit that obtains the reward for the action that transitions from the first state to the second state with reference to the reward information, the action information, and the attack tactics information; - a unit that obtains expected rewards for the reward of the action that transitions from the first state to the second state with reference to the success probability information; and - a unit that sets the highest expected reward among the expected rewards of the action that transitions from the first state to the second state as a state value of a reinforcement learning of the first state, and generates the attack scenario by the reinforcement learning.
A system for laser cutting at least one glass article comprising a pulsed laser assembly and a glass support assembly configured to support the glass article during laser cutting within the pulsed laser assembly, wherein the pulsed laser assembly comprises at least one non-diffracting beam forming optical element configured to convert an input beam into a quasi-NDB beam; and at least one beam transforming element configured to convert the quasi-NDB beam into multiple quasi-NDB sub-beams spaced apart a distance of about 1 μm to about 500 μm; wherein the pulsed laser assembly is oriented to deliver one or more pulses of multiple quasi-NDB sub-beams onto a surface of the glass article, wherein each pulse of multiple quasi-NDB sub-beams is operable to cut a plurality of perforations in the glass article. at least one non-diffracting beam forming optical element configured to convert an input beam into a quasi-NDB beam; and at least one beam transforming element configured to convert the quasi-NDB beam into multiple quasi-NDB sub-beams spaced apart a distance of about 1 μm to about 500 μm; wherein the pulsed laser assembly is oriented to deliver one or more pulses of multiple quasi-NDB sub-beams onto a surface of the glass article, wherein each pulse of multiple quasi-NDB sub-beams is operable to cut a plurality of perforations in the glass article.
An optoelectronic device (5; 50; 55) comprising: a support comprising a surface having at least one concave or convex portion (15; 56), the amplitude of the deflection of said portion being greater than 1/20 th of the chord of said portion; and light-emitting diodes resting on said portion, characterized in that each light-emitting diode comprises a cylindrical, conical or tapered semiconductor element (66; 80) in contact with said portion, the amplitude of the deflection of the contact surface between each semiconductor element and said portion being smaller than or equal to 0.5 μm. a support comprising a surface having at least one concave or convex portion (15; 56), the amplitude of the deflection of said portion being greater than 1/20 th of the chord of said portion; and light-emitting diodes resting on said portion, characterized in that each light-emitting diode comprises a cylindrical, conical or tapered semiconductor element (66; 80) in contact with said portion, the amplitude of the deflection of the contact surface between each semiconductor element and said portion being smaller than or equal to 0.5 μm.
Driver device for driving an LED unit including one or more LEDs, comprising: - a power input unit for receiving an input voltage from an external power supply and for providing a rectified supply voltage, - a controllable resistor for providing a load current (I L) to power the LED unit, - a frequency filter connected to the power input unit adapted to divide the rectified voltage into a substantially constant voltage and a filter voltage, and to apply, at least partially, the substantially constant voltage to a control input of the controllable resistor as a control voltage to drive the controllable resistor to provide a substantially constant electrical power to the LED unit, and - a modulator coupled in series to the LED unit for modulating the drive current (I L) and for modulating the emitted light output, wherein the substantially constant voltage is applied to the LED unit and the modulator by means of the frequency filter - a power input unit for receiving an input voltage from an external power supply and for providing a rectified supply voltage, - a controllable resistor for providing a load current (I L) to power the LED unit, - a frequency filter connected to the power input unit adapted to divide the rectified voltage into a substantially constant voltage and a filter voltage, and to apply, at least partially, the substantially constant voltage to a control input of the controllable resistor as a control voltage to drive the controllable resistor to provide a substantially constant electrical power to the LED unit, and - a modulator coupled in series to the LED unit for modulating the drive current (I L) and for modulating the emitted light output, wherein the substantially constant voltage is applied to the LED unit and the modulator by means of the frequency filter
A fusion peptide having collagen-binding ability and antibacterial activity, the fusion peptide comprising a collagen-binding peptide having the amino acid sequence of SEQ ID NO:1 linked to a peptide having the amino acid sequence of SEQ ID NO:26.
An audio device comprising: an envelope detector configured to detect an envelope of an input audio signal; a power supply unit which comprises a linear power supply and a switching-mode power supply (SMPS); an amplifier unit configured to amplify the input audio signal; an output unit configured to output the audio signal amplified by the amplifier unit; and a controller configured to compare a voltage level of the detected envelope with a preset level in order to select one of the LPS and the SMPS and control the power supply unit to supply power from the selected one of the LPS and the SMPS to the amplifier unit, wherein: the preset level comprises a first level and a second level exceeding the first level; the controller is configured to select the LPS if the voltage level of the detected envelope falls to be lower than or equal to the first level and to maintain the selection of the LPS until the voltage level of the detected envelope rises to be higher or equal to the second level; and the controller is configured to select the SMPS if the voltage level of the detected envelope rises to be higher than or equal to the second level and to maintain the selection of the SMPS until the voltage level of the detected envelope falls to be lower or equal to the first level; wherein, in order to prevent dead time from occurring when changing from the SMPS to the LPS, the controller is configured to set an output voltage level of the LPS to the first level at a time if the voltage level of the detected envelope falls to be the first level, and wherein, in order to prevent dead time from occurring when changing from the LPS to the SMPS, the controller is configured to set an output voltage level of the SMPS to the second level at a time if the voltage level of the detected envelope rises to be the second level. an envelope detector configured to detect an envelope of an input audio signal; a power supply unit which comprises a linear power supply and a switching-mode power supply (SMPS); an amplifier unit configured to amplify the input audio signal; an output unit configured to output the audio signal amplified by the amplifier unit; and a controller configured to compare a voltage level of the detected envelope with a preset level in order to select one of the LPS and the SMPS and control the power supply unit to supply power from the selected one of the LPS and the SMPS to the amplifier unit, the preset level comprises a first level and a second level exceeding the first level; the controller is configured to select the LPS if the voltage level of the detected envelope falls to be lower than or equal to the first level and to maintain the selection of the LPS until the voltage level of the detected envelope rises to be higher or equal to the second level; and the controller is configured to select the SMPS if the voltage level of the detected envelope rises to be higher than or equal to the second level and to maintain the selection of the SMPS until the voltage level of the detected envelope falls to be lower or equal to the first level;
An isolated nucleic acid having a sequence associated with low fiber content in Brassica napus, wherein the isolated nucleic acid is selected from the group consisting of SEQ ID NOs: 1-111.
A method for rolling super austenitic stainless steel with the specifications of a thickness of below 10 mm and a width of above 2500 mm, comprising the following steps: selecting a minimum thickness billet loadable into a heating furnace, wherein the minimum thickness is 115 mm; conducting steel heating on the billet at 1250° C to 1270° C, and controlling a temperature difference between upper and lower surfaces to be 25° C to 35° C; not conducting descaling operation on the billet, and maintaining the temperature difference between the upper and lower surfaces, so that a temperature of the upper surface is higher than that of the lower surface; controlling a final rolling temperature to be above 850° C; adopting 12 passes of rolling, wherein a reduction in the last two passes of rolling is less than 0.8 mm; and ensuring that a roll gap parameter for a rolling mill is set to be not less than 3.5 mm; during rolling, according to deformation resistance at different temperatures, optimizing a thermal expansion coefficient under different thicknesses, and adjusting the thermal expansion coefficient of this stainless steel under different passes separately, wherein, when a temperature is below 873° C, the thermal expansion coefficient of the stainless steel is set to be1.0133×10 -2, and when the temperature is higher than 873° C and below 880° C, the thermal expansion coefficient of the stainless steel is set to be 1.0285×10 -2; and in a multi-pass straightening mode by a pre-straightening machine to ensure straightness of a final plate shape a roll gap is pressed down manually by 1 to 1.5 mm according to plate shape conditions. selecting a minimum thickness billet loadable into a heating furnace, wherein the minimum thickness is 115 mm; conducting steel heating on the billet at 1250° C to 1270° C, and controlling a temperature difference between upper and lower surfaces to be 25° C to 35° C; not conducting descaling operation on the billet, and maintaining the temperature difference between the upper and lower surfaces, so that a temperature of the upper surface is higher than that of the lower surface; controlling a final rolling temperature to be above 850° C; adopting 12 passes of rolling, wherein a reduction in the last two passes of rolling is less than 0.8 mm; and ensuring that a roll gap parameter for a rolling mill is set to be not less than 3.5 mm; during rolling, according to deformation resistance at different temperatures, optimizing a thermal expansion coefficient under different thicknesses, and adjusting the thermal expansion coefficient of this stainless steel under different passes separately, wherein, when a temperature is below 873° C, the thermal expansion coefficient of the stainless steel is set to be1.0133×10 -2, and when the temperature is higher than 873° C and below 880° C, the thermal expansion coefficient of the stainless steel is set to be 1.0285×10 -2; and in a multi-pass straightening mode by a pre-straightening machine to ensure straightness of a final plate shape a roll gap is pressed down manually by 1 to 1.5 mm according to plate shape conditions.
A production method of a cyclic polyarylene sulfide by heating and reacting a raw material mixture (a) including at least a sulfidizing agent, a dihalogenated aromatic compound and an organic polar solvent, the production method continually performing each of an operation of supplying the raw material mixture (a) to a reaction mixture (b) in a reaction vessel which includes a reaction product obtained from the raw material mixture (a), an operation of withdrawing part of the reaction mixture (b) from the reaction vessel, and an operation of heating the reaction vessel; wherein a volume of the organic polar solvent included in the reaction mixture (b) is not less than 1.25 liters and not greater than 50 liters per 1 mol of sulfur content in the reaction mixture (b); and wherein a concentration of unreacted sulfidizing agent and a concentration of unreacted dihalogenated aromatic compound included in the reaction mixture (b) in the reaction vessel are respectively maintained to be not higher than 30% of a concentration of the sulfidizing agent and a concentration of the dihalogenated aromatic compound included in the raw material mixture (a).
Fastener for attaching a board or plank to a support structure, in particular in order to form a deck or wall or the like including multiple juxtaposed boards or planks, said fastener comprising a base portion and at least one snap-fit connector for interlockingly engaging a corresponding snap-fit element, in particular an elongate slot or recess, more in particular a dovetail groove, of the board or plank, wherein said snap-fit connector includes a support member protruding from the base portion in a substantially upward direction, said support member being provided with at least a first hook member, characterised in that said snap-fit connector is configured such that said first hook member can flex about a respective virtual axis extending substantially in the substantially upward direction.
A process variable transmitter having a display for use in measuring a process variable of an industrial process, comprising: a housing having an internal wall which divides an internal cavity of the housing into a first portion and a second sealed portion; a process variable sensor configured to sense the process variable of the industrial process; a transmitter circuitry in the second portion of the housing coupled to the process variable sensor configured to provide a transmitter output; a terminal block in the first portion of the housing configured to couple to the transmitter circuitry through the internal wall, the terminal block mounted on the internal wall; a first rotatable connector on the connection member including a plurality of first conductor (62A, 62B, 62C), the first rotatable connector mounted on the terminal block and located in the first portion; and a display module having a display thereon and a second rotatable connector having a plurality of second conductors (60A, 60B, 60C) coupled to the display, the plurality of first conductors (62A, 62B, 62C) configured to electrically connect to the plurality of second conductors (60A, 60B, 60C), wherein the display module is rotatable about the connection member at the first and second connectors (60, 62) and the display module is located in the first portion. a housing having an internal wall which divides an internal cavity of the housing into a first portion and a second sealed portion; a process variable sensor configured to sense the process variable of the industrial process; a transmitter circuitry in the second portion of the housing coupled to the process variable sensor configured to provide a transmitter output; a terminal block in the first portion of the housing configured to couple to the transmitter circuitry through the internal wall, the terminal block mounted on the internal wall; a first rotatable connector on the connection member including a plurality of first conductor (62A, 62B, 62C), the first rotatable connector mounted on the terminal block and located in the first portion; and a display module having a display thereon and a second rotatable connector having a plurality of second conductors (60A, 60B, 60C) coupled to the display, the plurality of first conductors (62A, 62B, 62C) configured to electrically connect to the plurality of second conductors (60A, 60B, 60C), wherein the display module is rotatable about the connection member at the first and second connectors (60, 62) and the display module is located in the first portion.
An electrode tab pad plate, characterized in that, the electrode tab pad plate is of a fork shape, comprising a joint part and two first fork feet, the two fork feet are arranged in parallel, and a first gap is provided between the two first fork feet, both the first fork feet are connected with the joint part.
Method for converting uranium hexafluoride (UF 6) to uranium dioxide (UO 2), the method comprising - the steps of: - hydrolysis of UF 6 to uranium oxyfluoride (UO 2 F 2) in a hydrolysis reactor by reaction between gaseous UF 6 and dry water vapor injected into the reactor, - pyrohydrolysis of UO 2 F 2 to UO 2 in a pyrohydrolysis furnace by reaction of U0 2 F 2 with dry water vapor and hydrogen gas (H 2) injected into the furnace, and - the extraction of excess gas in the reactor via a capture device comprising several filters, - the periodic unclogging of the filters by injecting a neutral gas into the filters from the outside to the inside of the reactor to remove the powder stuck on the filters, and - the measuring of the relative pressure in the reactor, the conversion method further comprising the implementation of a punctual unclogging of the filters when the relative pressure in the reactor exceeds a predetermined punctual unclogging threshold. - the steps of: - hydrolysis of UF 6 to uranium oxyfluoride (UO 2 F 2) in a hydrolysis reactor by reaction between gaseous UF 6 and dry water vapor injected into the reactor, - pyrohydrolysis of UO 2 F 2 to UO 2 in a pyrohydrolysis furnace by reaction of U0 2 F 2 with dry water vapor and hydrogen gas (H 2) injected into the furnace, and - hydrolysis of UF 6 to uranium oxyfluoride (UO 2 F 2) in a hydrolysis reactor by reaction between gaseous UF 6 and dry water vapor injected into the reactor, - pyrohydrolysis of UO 2 F 2 to UO 2 in a pyrohydrolysis furnace by reaction of U0 2 F 2 with dry water vapor and hydrogen gas (H 2) injected into the furnace, and - the extraction of excess gas in the reactor via a capture device comprising several filters, - the periodic unclogging of the filters by injecting a neutral gas into the filters from the outside to the inside of the reactor to remove the powder stuck on the filters, and - the measuring of the relative pressure in the reactor,