mhurhangee/ep-ind-claims huggingface dataset:
A method for driving a light source module, the light source module emitting light, and including an array of a plurality of light-emitting blocks (B1, B2,..., BJI) and a plurality of pixels each displaying a grayscale of a unit image, the method comprising: providing a driving current to the plurality of light-emitting blocks, determining a driving mode of the light-emitting blocks (B1, B2,..., BJI) providing light to the plurality of pixels by comparing a reference grayscale value with the grayscale values of each pixel; determining for each block (B1, B2,..., BJI) a boosting mode or a normal mode of operation; and applying a boosting current to the light-emitting blocks (B1, B2,..., BJI) determined to be in the boosting mode, the boosting current having a level higher than the level of the driving current applied to the light-emitting blocks (B1, B2,..., BJI) determined to be in a normal mode; characterized by calculating an adaptive luminance value (Y(Δ)) of the unit image as a function of the maximum grayscale value, the minimum grayscale value and the average grayscale value of the unit image and determining the boosting current level based on the adaptive luminance value (Y(Δ)); and determining the light-emitting block (B1, B2,..., BJI) to be in the boosting mode when a first number of pixels having a grayscale value that is higher than a high reference value of the grayscale values of the unit image is less than a second number of pixels having a grayscale value that is lower than a low reference value of the grayscale values of the unit image, and wherein the boosting current level is increased when the first number of pixels is decreased. providing a driving current to the plurality of light-emitting blocks, determining a driving mode of the light-emitting blocks (B1, B2,..., BJI) providing light to the plurality of pixels by comparing a reference grayscale value with the grayscale values of each pixel; determining for each block (B1, B2,..., BJI) a boosting mode or a normal mode of operation; and applying a boosting current to the light-emitting blocks (B1, B2,..., BJI) determined to be in the boosting mode, the boosting current having a level higher than the level of the driving current applied to the light-emitting blocks (B1, B2,..., BJI) determined to be in a normal mode; characterized by calculating an adaptive luminance value (Y(Δ)) of the unit image as a function of the maximum grayscale value, the minimum grayscale value and the average grayscale value of the unit image and determining the boosting current level based on the adaptive luminance value (Y(Δ)); and determining the light-emitting block (B1, B2,..., BJI) to be in the boosting mode when a first number of pixels having a grayscale value that is higher than a high reference value of the grayscale values of the unit image is less than a second number of pixels having a grayscale value that is lower than a low reference value of the grayscale values of the unit image, and wherein the boosting current level is increased when the first number of pixels is decreased.
A beta-glucosidase 1 variant which is derived from a parent BGL1 having at least 80% amino acid sequence identity to SEQ ID NO: 3 by substitution of an amino acid in the parent BGL1 at a position that corresponds to position Q226 in SEQ ID NO: 3 with Y or W, the BGL1 variant having at least two improved activities over wild type BGL1 having the amino acid sequence of SEQ ID NO: 3, wherein the activities are selected from the group consisting of: (a) pre-treated corn stover hydrolysis activity, (b) cellobiase activity, (c) protein expression, (d) beta-glucosidase activity measured by a cellobiase activity in the presence of ammonia pretreated corncob or by a CC hydrolysis activity, (e) thermo stability, (f) phosphoric acid swollen cellulose (PASC) hydrolysis activity, and (g) hydrolytic activity in the presence of glucose. (a) pre-treated corn stover hydrolysis activity, (b) cellobiase activity, (c) protein expression, (d) beta-glucosidase activity measured by a cellobiase activity in the presence of ammonia pretreated corncob or by a CC hydrolysis activity, (e) thermo stability, (f) phosphoric acid swollen cellulose (PASC) hydrolysis activity, and (g) hydrolytic activity in the presence of glucose.
A soundproof structure comprising: at least one membrane-like member, a support which supports the membrane-like member so as to perform membrane vibration, wherein a rear surface space is formed on one surface side of the membrane-like member, and a sound is absorbed due to vibration of the membrane-like member, wherein, in a case where a Young's modulus of the membrane-like member is set as E (Pa), a thickness of the membrane-like member is set as t (m), a thickness of the rear surface space is set as d (m), and an equivalent circle diameter of a region where the membrane-like member vibrates is set as Φ (m), a hardness E × t 3 (Pa · m 3) of the membrane-like member is 21.6 × d -1.25 × Φ 4.15 or less, and characterized in that a sound absorption coefficient of the vibration of the membrane-like member at a frequency in at least one high-order vibration mode existing at frequencies of 1 kHz or higher is higher than a sound absorption coefficient at a frequency in a fundamental vibration mode. at least one membrane-like member, a support which supports the membrane-like member so as to perform membrane vibration, wherein a rear surface space is formed on one surface side of the membrane-like member, and a sound is absorbed due to vibration of the membrane-like member, wherein, in a case where a Young's modulus of the membrane-like member is set as E (Pa), a thickness of the membrane-like member is set as t (m), a thickness of the rear surface space is set as d (m), and an equivalent circle diameter of a region where the membrane-like member vibrates is set as Φ (m), a hardness E × t 3 (Pa · m 3) of the membrane-like member is 21.6 × d -1.25 × Φ 4.15 or less, and characterized in that a sound absorption coefficient of the vibration of the membrane-like member at a frequency in at least one high-order vibration mode existing at frequencies of 1 kHz or higher is higher than a sound absorption coefficient at a frequency in a fundamental vibration mode.
A resin composition comprising a polyamide resin, and a light transmitting dye, characterized in that the resin composition further comprises a maleic anhydride-modified polyphenylene ether-based resin, a phosphazene-based flame retardant, and a zinc metal oxide.
A method of wireless communication, comprising: performing, by a transmitter node, a listen before talk, LBT, procedure on a transmission channel shared by one or more synchronous or asynchronous network nodes, characterized by: transmitting, by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting, by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting, by the transmitter node, a channel reservation message after the dynamic length cyclic prefix. performing, by a transmitter node, a listen before talk, LBT, procedure on a transmission channel shared by one or more synchronous or asynchronous network nodes, characterized by: transmitting, by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting, by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting, by the transmitter node, a channel reservation message after the dynamic length cyclic prefix. transmitting, by the transmitter node, a fixed-length preamble in response to passing the LBT procedure; transmitting, by the transmitter node, a dynamic length cyclic prefix after the preamble, wherein the dynamic length cyclic prefix includes a normal cyclic prefix plus a dynamic period; and transmitting, by the transmitter node, a channel reservation message after the dynamic length cyclic prefix.
Fatty composition that reduces the formation of frost, comprising a mixture of vegetable oils, emulsifiers and antioxidants: wherein the oils are selected from among palm oil, fractions of palm oil, sunflower oil, high oleic sunflower oil, soya oil, olive oil, maize oil, canola oil, sesame oil and safflower oil or mixtures of the foregoing and comprise between 93 and 99.85 % by weight of the composition; and wherein the antioxidants are selected from among tert-butylhydroquinone and butylhydroxytoluene or mixtures thereof; characterized in that the emulsifiers are selected from among distilled mono- and di-glycerides, lecithin, citric, tartaric or lactic acid esters, sorbitan esters or mixtures thereof and comprise between 0.15 and 0.45 % by weight of the composition. wherein the oils are selected from among palm oil, fractions of palm oil, sunflower oil, high oleic sunflower oil, soya oil, olive oil, maize oil, canola oil, sesame oil and safflower oil or mixtures of the foregoing and comprise between 93 and 99.85 % by weight of the composition; and wherein the antioxidants are selected from among tert-butylhydroquinone and butylhydroxytoluene or mixtures thereof; characterized in that the emulsifiers are selected from among distilled mono- and di-glycerides, lecithin, citric, tartaric or lactic acid esters, sorbitan esters or mixtures thereof and comprise between 0.15 and 0.45 % by weight of the composition.
Wide-necked plastic container for bulk material, having a closure cap, which can be mounted on a container neck of the wide-necked plastic container that has a container opening and can be connected to the latter, whereby a casing of the closure cap connects to an outside wall of a body of the wide-necked plastic container, wherein a number of locking projections, which are distributed over a periphery of the container neck and project from the outside wall of the container neck, is arranged on an outside wall of the container neck, and wherein the closure cap is equipped on an inside wall of its casing with corresponding locking recesses, which during the mounting of the closure cap on the container neck can be engaged with the locking projections in such a way that they are locked with one another in a non-detachable manner, and the interacting locking projections and locking recesses are inaccessible in the mounted closure cap characterized in that the plastic container is produced using an extrusion-blow-molding method and that the locking projections are designed in each case as locking strips that extend in the peripheral direction and that interact with the window-like recesses that form the locking recesses, which window-like recesses are provided in a skirt that projects from the inside wall of the casing of the closure cap.
A method for the quantification of a polysorbate in a sample, comprising the steps of: a) providing a sample, comprising at least one polysorbate; b) combining the sample with a carbocyanine dye; c) measuring fluorescence of the mixture; and d) correlating said fluorescence with the amount of polysorbate. a) providing a sample, comprising at least one polysorbate; b) combining the sample with a carbocyanine dye; c) measuring fluorescence of the mixture; and d) correlating said fluorescence with the amount of polysorbate.
An electrode active material for a lithium secondary battery, comprising: a first material including a carbon material; a second material of a nanostructure formed on the first material, the second material including at least one selected from a metal and a metalloid capable of reversibly alloying with lithium; and a third material present on a surface of at least one of the first material and the second material to control a side reaction with an electrolyte solution, characterized in that the third material includes any one selected from the group consisting of Sn, Al, Sb, Bi, As, Ge, and Pb, or wherein the third material includes at least one selected from the group consisting of oxide of Sn, oxide of Al, oxide of Sb, oxide of Bi, oxide of As, oxide of Ge, oxide of Pb, nitride of Si, nitride of Sn, nitride of Al, nitride of Sb, nitride of Bi, nitride of As, nitride of Ge, and nitride of Pb. a first material including a carbon material; a second material of a nanostructure formed on the first material, the second material including at least one selected from a metal and a metalloid capable of reversibly alloying with lithium; and a third material present on a surface of at least one of the first material and the second material to control a side reaction with an electrolyte solution, characterized in that the third material includes any one selected from the group consisting of Sn, Al, Sb, Bi, As, Ge, and Pb, or wherein the third material includes at least one selected from the group consisting of oxide of Sn, oxide of Al, oxide of Sb, oxide of Bi, oxide of As, oxide of Ge, oxide of Pb, nitride of Si, nitride of Sn, nitride of Al, nitride of Sb, nitride of Bi, nitride of As, nitride of Ge, and nitride of Pb.
Method for feeding poultry during breeding, keeping or fattening of poultry comprising the method steps, a. providing a feed composition, and b. providing an aqueous solution comprising at least one feed additive, wherein the feed composition and the aqueous solution are each provided ad-libitum for feeding the poultry, characterized in that the solution comprises guanidinoacetic acid and/or a salt thereof as a feed additive, and the solution has a concentration of guanidinoacetic acid in water of from 50 to 1200 mg/l. a. providing a feed composition, and b. providing an aqueous solution comprising at least one feed additive,
Method for providing secure communication between at least one first communication partner and at least one second communication partner within a communication network capable of operating in real time, particularly in the context of industrial production and/or automation, comprising the following steps: - provision of at least two interfaces (S1, S2), each of which has been or is assigned to a communication partner (IOC, IOD); - isolation of at least one message (m, n) transmitted or received between the communication partners (IOC, IOD) at the respectively associated interface, by means of at least one predefinable filtering criterion, wherein the at least one isolated message (m, n) undergoes an integrity check; - wherein, for the purposes of integrity checking, a first integrity reference value for at least one isolated message (m) transmitted or received by the first communication partner, and at least one second integrity reference value for at least one isolated message received or transmitted by the at least second communication partner are constituted; - provision of a test unit for integrity checking; - correlation of the first integrity reference value with the at least second integrity reference value, and comparison of same by the test unit; - output of a warning and/or alarm signal by the test unit, or referral of the warning and/or alarm signal originating from the test unit to an authority responsible for the initiation of corresponding counter-measures, in the event that the correlated integrity reference values deviate from each other. - provision of at least two interfaces (S1, S2), each of which has been or is assigned to a communication partner (IOC, IOD); - isolation of at least one message (m, n) transmitted or received between the communication partners (IOC, IOD) at the respectively associated interface, by means of at least one predefinable filtering criterion, wherein the at least one isolated message (m, n) undergoes an integrity check; - wherein, for the purposes of integrity checking, a first integrity reference value for at least one isolated message (m) transmitted or received by the first communication partner, and at least one second integrity reference value for at least one isolated message received or transmitted by the at least second communication partner are constituted; - provision of a test unit for integrity checking; - correlation of the first integrity reference value with the at least second integrity reference value, and comparison of same by the test unit; - output of a warning and/or alarm signal by the test unit, or referral of the warning and/or alarm signal originating from the test unit to an authority responsible for the initiation of corresponding counter-measures, in the event that the correlated integrity reference values deviate from each other.
Method for optimizing the operation of a handling unit, in particular a linear or pivot unit, wherein the unit comprises a base part, a moving part arranged on the main part so as to be movable between two end positions (6, 8), a drive device for moving the moving part, and a braking device (12, 14) for braking the moving part, wherein the drive device and/or the braking device (12, 14) is adjustable, in which method the following steps are performed: a. arranging a smartphone or tablet on the moving part; b. moving the moving part between the end positions (6.8) and measuring the acceleration by means of at least one acceleration sensor and/or gyro sensor of the smartphone or tablet; c. using an item of application software to evaluate the measured values or the resulting temporal acceleration profile by means of an evaluation algorithm and/or by comparison with stored characteristic values; and d. outputting an action recommendation for the braking device (12, 14) and/or the drive device by means of the application software on the basis of the evaluation in step c..
A process for purifying a vinyl chloride polymer comprising at least one compound of a heavy metal, such as lead, according to which: a. PVC is dissolved in 2-Methyl-Tetrahydrofuran (MeTHF) in a stirred reactor; b. a process is carried out to separate the heavy metals from the PVC solution; c. the PVC is precipitated by adding to the PVC solution a precipitating mixture comprising water and a compatibilising agent, this agent increasing the miscibility of the water in MeTHF, d. a cake of precipitated PVC purified of the heavy metal compound is recovered. a. PVC is dissolved in 2-Methyl-Tetrahydrofuran (MeTHF) in a stirred reactor; b. a process is carried out to separate the heavy metals from the PVC solution; c. the PVC is precipitated by adding to the PVC solution a precipitating mixture comprising water and a compatibilising agent, this agent increasing the miscibility of the water in MeTHF, d. a cake of precipitated PVC purified of the heavy metal compound is recovered.
Piston corer for acquiring a soil sample, the piston corer comprising a sample reception cylinder for taking in and retaining the soil sample in use, the sample reception cylinder comprising a piston, wherein the piston is moveable over a piston stroke inside the sample reception cylinder in a longitudinal direction thereof, the sample reception cylinder comprising an intake opening at a first end thereof for receiving the soil sample upon penetration of a ground by the piston corer, the piston being configured to move in a direction away from the intake opening during taking in of the soil sample towards an end position of the piston stroke; wherein the piston corer further comprises an activator cooperating with a valve, the valve being arranged for closing of the intake opening upon activation thereof by the activator, wherein the activator is configured for activating a closing action of the valve in response to the piston reaching the end position of the piston stroke. the sample reception cylinder comprising an intake opening at a first end thereof for receiving the soil sample upon penetration of a ground by the piston corer, the piston being configured to move in a direction away from the intake opening during taking in of the soil sample towards an end position of the piston stroke; wherein the piston corer further comprises an activator cooperating with a valve, the valve being arranged for closing of the intake opening upon activation thereof by the activator, wherein the activator is configured for activating a closing action of the valve in response to the piston reaching the end position of the piston stroke.
A fishing light attractor for attaching to a fishing line, the fishing light attractor comprising: a waterproof housing having: a first part; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; an O-ring located in use between the solid plug portion of the second part and the opening in the first part; an LED provided within the housing; a power source within the housing for powering the LED; the housing having a translucent portion for allowing light from the LED to pass therethrough; and a line attachment mechanism located on the housing. a waterproof housing having: a first part; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; a first part; and a second part comprising a solid plug portion configured to be insertable within an opening in the first part to form the waterproof housing wherein the compressive strength across the solid plug portion is at least 10% more than the compressive strength of the first part across the opening, the solid plug portion comprising a body therein, the body arranged to prevent compression of the plug portion; an O-ring located in use between the solid plug portion of the second part and the opening in the first part; an LED provided within the housing; a power source within the housing for powering the LED; the housing having a translucent portion for allowing light from the LED to pass therethrough; and a line attachment mechanism located on the housing.