mhurhangee/ep-ind-claims huggingface dataset:
A resonator fiber optic gyroscope (RFOG) comprising: a fiber optic resonator; and a plurality of laser sources that each launch a respective laser for propagation within the fiber optic resonator; characterized by: a threshold detector that determines when the operation of at least one laser source in the plurality of laser sources exceeds a threshold associated with the operational range of an aspect of the at least one laser source; and a hop control logic that adjusts the frequency of at least one laser produced by the at least one laser source by hopping one or more resonant modes of the fiber optic resonator such that the aspect of the at least one laser moves away from the threshold towards a nominal value within the operational range. a fiber optic resonator; and a plurality of laser sources that each launch a respective laser for propagation within the fiber optic resonator; characterized by: a threshold detector that determines when the operation of at least one laser source in the plurality of laser sources exceeds a threshold associated with the operational range of an aspect of the at least one laser source; and a hop control logic that adjusts the frequency of at least one laser produced by the at least one laser source by hopping one or more resonant modes of the fiber optic resonator such that the aspect of the at least one laser moves away from the threshold towards a nominal value within the operational range. a threshold detector that determines when the operation of at least one laser source in the plurality of laser sources exceeds a threshold associated with the operational range of an aspect of the at least one laser source; and a hop control logic that adjusts the frequency of at least one laser produced by the at least one laser source by hopping one or more resonant modes of the fiber optic resonator such that the aspect of the at least one laser moves away from the threshold towards a nominal value within the operational range.
Recirculating pump for recirculating a cooling liquid of a vehicle combustion engine, comprising: - a pump body and an impeller supported by a driven shaft, coaxial with each other; - a first movement transmission device for transmitting to the driven shaft a movement generated by a shaft of the combustion engine of the vehicle and comprising movement receiving means, in particular at least one pulley, for connection with said shaft of the combustion engine; - an electromagnetic friction coupling connected to said movement receiving means; - a second device for generating a movement for the driven shaft independently of the first movement transmission device and comprising an electric motor with stator and rotor; - connection means (3,4,4a) for connection to the driven shaft, rotationally integral with the driven shaft; wherein: - the rotor of the electric motor is rotationally integral with the connection means for connection to the driven shaft; - the electromagnetic friction coupling is arranged so as to connect/disconnect the first movement transmission device to the connection means (3,4,4a) for connection to the driven shaft; characterized in that said electric motor is arranged in a position axially on the outside of the electromagnetic friction coupling and on the opposite side of the latter with respect to the impeller. - a pump body and an impeller supported by a driven shaft, coaxial with each other; - a first movement transmission device for transmitting to the driven shaft a movement generated by a shaft of the combustion engine of the vehicle and comprising movement receiving means, in particular at least one pulley, for connection with said shaft of the combustion engine; - an electromagnetic friction coupling connected to said movement receiving means; - a second device for generating a movement for the driven shaft independently of the first movement transmission device and comprising an electric motor with stator and rotor; - connection means (3,4,4a) for connection to the driven shaft, rotationally integral with the driven shaft; - the rotor of the electric motor is rotationally integral with the connection means for connection to the driven shaft; - the electromagnetic friction coupling is arranged so as to connect/disconnect the first movement transmission device to the connection means (3,4,4a) for connection to the driven shaft; characterized in that said electric motor is arranged in a position axially on the outside of the electromagnetic friction coupling and on the opposite side of the latter with respect to the impeller.
Hair dryer including: - a tubular body of longitudinal axis (Δ) which is open at a front outlet end and which comprises near a rear end opposite the outlet a substantially peripheral air inlet, - an electric fan which is arranged in the tubular body between the inlet and the outlet and which comprises an electric motor driving in rotation, about an axis parallel to or coincident with the longitudinal axis (Δ) of the tubular body, a rotor located in a work chamber and adapted to suck air in through the inlet and discharge it through the outlet, - at the rear of the tubular body, a central core having the same longitudinal axis (Δ) as the tubular body comprising a peripheral surface which is concave and converges towards the work chamber and which delimits, with the tubular body, the air inlet and a suction pipe of annular shape, characterised in that it comprises: - in the suction pipe, at least one annular curved fin having the same longitudinal axis (Δ) as the tubular body whose intrados and extrados converge towards the work chamber. - a tubular body of longitudinal axis (Δ) which is open at a front outlet end and which comprises near a rear end opposite the outlet a substantially peripheral air inlet, - an electric fan which is arranged in the tubular body between the inlet and the outlet and which comprises an electric motor driving in rotation, about an axis parallel to or coincident with the longitudinal axis (Δ) of the tubular body, a rotor located in a work chamber and adapted to suck air in through the inlet and discharge it through the outlet, - at the rear of the tubular body, a central core having the same longitudinal axis (Δ) as the tubular body comprising a peripheral surface which is concave and converges towards the work chamber and which delimits, with the tubular body, the air inlet and a suction pipe of annular shape, characterised in that it comprises: - in the suction pipe, at least one annular curved fin having the same longitudinal axis (Δ) as the tubular body whose intrados and extrados converge towards the work chamber.
A plate-shaped carbon fiber reinforced molding material comprising a thermoplastic resin, carbon fibers and carbon fibers, wherein: i) the carbon fibers have fiber lengths ranging from 0.01 mm to less than 3 mm, ii) the carbon fibers have fiber lengths ranging from 3 mm to less than 100 mm, iii) 1.3 ≤ Lw A /Ln A < 3 is satisfied where Lw A and Ln A are a weight-average fiber length and a number-average fiber length of the carbon fibers, respectively, iv) the carbon fibers are two-dimensionally randomly oriented, a proportion of a weight of the carbon fibers to a sum of the weight of the carbon fibers and a weight of the carbon fiber is 5 weight% to 50 weight%, the carbon fibers include fiber bundles constituted by fibers of less than a critical number of single fiber defined by expression, single fibers and carbon fiber bundles constituted by fibers of the critical number of single fiber or more, a proportion of the carbon fiber bundles is from 5 vol% to less than 95 vol% with respect to a total volume of the carbon fibers in the carbon fiber reinforced molding material, and an average fiber number (N B) in the carbon fiber bundles satisfies relation; Critical number of single fiber = 600/D B 0.43 × 10 4 / D B 2 < N B < 6 × 10 5 / D B 2 where D B is an average fiber diameter (μm) of the carbon fibers. i) the carbon fibers have fiber lengths ranging from 0.01 mm to less than 3 mm, ii) the carbon fibers have fiber lengths ranging from 3 mm to less than 100 mm, iii) 1.3 ≤ Lw A /Ln A < 3 is satisfied where Lw A and Ln A are a weight-average fiber length and a number-average fiber length of the carbon fibers, respectively, iv) the carbon fibers are two-dimensionally randomly oriented,
Method for controlling a vacuum cleaner (100, 500, 600) with a processing head, wherein the processing head comprises an inlet opening for an air flow and a brush which can be moved by means of a drive facility, wherein the method comprises the following steps: - positioning the drive facility such that the stationary brush assumes a predetermined position. - positioning the drive facility such that the stationary brush assumes a predetermined position.
An oral care composition, comprising: an enzyme that catalyzes the generation of peracetic acid between a source of hydrogen peroxide and an acyl donor; and an anhydrous matrix configured to at least partially stabilize the enzyme, wherein the anhydrous matrix comprises said source of hydrogen peroxide, said acyl donor, a non-aqueous anhydrous liquid, and a thickener wherein the oral care composition is a single-phase composition. an enzyme that catalyzes the generation of peracetic acid between a source of hydrogen peroxide and an acyl donor; and an anhydrous matrix configured to at least partially stabilize the enzyme, wherein the anhydrous matrix comprises said source of hydrogen peroxide, said acyl donor, a non-aqueous anhydrous liquid, and a thickener wherein the oral care composition is a single-phase composition.
A method for processing access control, comprising: establishing a corresponding relationship between a type of a Modem and an access strategy for the Modem to access a network; identifying the type of the Modem which requests to access the network during at least one interactive handshake with the modem; determining the access strategy for the Modem to access the network according to the identified type of the Modem and the corresponding relationship; and controlling the Modem to access the network according to the determined access strategy; characterized in that the access strategy comprises at least one of: reducing a cut-off frequency of the Modem to a preset frequency for establishing a link, in a case that the type of the Modem is a Modem which does not support dynamic spectrum management; establishing a link for the Modem, in a case that the type of the Modem is the Modem which is allowed to access the network; and prohibiting the Modem from establishing a link, in a case that the type of the Modem is the Modem which is restricted to access the network. establishing a corresponding relationship between a type of a Modem and an access strategy for the Modem to access a network; identifying the type of the Modem which requests to access the network during at least one interactive handshake with the modem; determining the access strategy for the Modem to access the network according to the identified type of the Modem and the corresponding relationship; and controlling the Modem to access the network according to the determined access strategy; characterized in that the access strategy comprises at least one of: reducing a cut-off frequency of the Modem to a preset frequency for establishing a link, in a case that the type of the Modem is a Modem which does not support dynamic spectrum management; establishing a link for the Modem, in a case that the type of the Modem is the Modem which is allowed to access the network; and prohibiting the Modem from establishing a link, in a case that the type of the Modem is the Modem which is restricted to access the network. reducing a cut-off frequency of the Modem to a preset frequency for establishing a link, in a case that the type of the Modem is a Modem which does not support dynamic spectrum management; establishing a link for the Modem, in a case that the type of the Modem is the Modem which is allowed to access the network; and prohibiting the Modem from establishing a link, in a case that the type of the Modem is the Modem which is restricted to access the network.
A method of characterizing spillover spreading originating from a first fluorochrome in flow cytometer data obtained for a second fluorochrome, the method comprising: partitioning fluorescent flow cytometer data comprising intensity signals collected from light emitted by a first fluorochrome and a second fluorochrome into a number of quantiles according to the intensity of the fluorescent flow cytometer data relative to the first fluorochrome; estimating with a first linear regression a zero-adjusted standard deviation for the intensity of light collected from the second fluorochrome for each of the partitioned quantiles based on the assumption that the intensity of light collected from the first fluorochrome is zero; and obtaining with a second linear regression a spillover spreading coefficient from the zero-adjusted standard deviations to characterize spillover spreading originating from the first fluorochrome in flow cytometer data obtained for the second fluorochrome. partitioning fluorescent flow cytometer data comprising intensity signals collected from light emitted by a first fluorochrome and a second fluorochrome into a number of quantiles according to the intensity of the fluorescent flow cytometer data relative to the first fluorochrome; estimating with a first linear regression a zero-adjusted standard deviation for the intensity of light collected from the second fluorochrome for each of the partitioned quantiles based on the assumption that the intensity of light collected from the first fluorochrome is zero; and obtaining with a second linear regression a spillover spreading coefficient from the zero-adjusted standard deviations to characterize spillover spreading originating from the first fluorochrome in flow cytometer data obtained for the second fluorochrome.
A method for inspecting a heatsink in which a heat dissipation layer is formed on a surface of a substrate formed by casting, comprising shooting the heat dissipation layer by image pickup means in a state where residual heat transferred from the substrate to the heat dissipation layer remains and thereby acquiring image data representing a temperature distribution on a surface of the heat dissipation layer in which a temperature of an area where the heat dissipation layer is peeled off is lower than an area where the heat dissipation layer is not peeled off, the heat dissipation layer being formed by performing a film-forming process on the surface of the substrate where residual heat that is generated when the substrate is cast remains, the image pickup means being configured to receive an emission of light from molecules of the heat dissipation layer.
A fuel solution introducing method for introducing a fuel solution into a tire, characterized by comprising: providing a wheel to which the tire is attached, the tire including a transmitter configured to transmit data that includes a detection result detected by a sensor (22, 23, 24) to a receiver, the transmitter being operated with, as a power source, an organic power generation element configured to generate power through a chemical reaction with organic matter contained in the fuel solution; and introducing the fuel solution and gas into the tire from a tire valve arranged on the wheel. providing a wheel to which the tire is attached, the tire including a transmitter configured to transmit data that includes a detection result detected by a sensor (22, 23, 24) to a receiver, the transmitter being operated with, as a power source, an organic power generation element configured to generate power through a chemical reaction with organic matter contained in the fuel solution; and introducing the fuel solution and gas into the tire from a tire valve arranged on the wheel.
A method for synthesizing a corrosion inhibitor, comprising the steps of; heating the waste vegetable oils to a predetermined first temperature value in order to melt fatty acids contained in the oil; after said fatty acids are melted, adding diethylenetriamine into the fatty acids in a weight ratio of 1/1 to 1/2 of the fatty acid to diethylenetriamine; heating the mixture to a predetermined second temperature value in order to perform esterification reactions; heating the fatty acids esterified through the esterification reactions to a predetermined third temperature value and keeping it for a predetermined first time period in order to obtain an imidazoline ring structure; cooling the resulting imidazoline ring structure to a predetermined fourth temperature value and adding chloroacetic acid thereto; keeping it for a predetermined second time period to perform a quaternarization reaction in order to obtain an imidazoline-based corrosion inhibitor characterized in that the esterification reaction comprises the step of adding at least one catalyst which is ethyl acetate into the mixture of fatty acid and diethylenetriamine.
A method for producing a sugar carboxylic acid in which an aldehyde group on a reducing end of a starch decomposition product or starch transfer reaction product having a degree of polymerization of 2 or more and having a glucose residue at the reducing end is oxidized, the method comprising a step of treating a raw material substrate containing the starch decomposition product or starch transfer reaction product in the presence of a catalase formulation with a carbohydrate oxidase agent producing hydrogen peroxide as a by-product in carbohydrate oxidation, wherein a total volume of a reaction liquid in the treatment step is 1 L or more, and wherein a carbonate or a hydrogen carbonate as a basic compound is added in a predetermined amount only at a start of the treatment step, wherein the predetermined amount of the basic compound refers to an amount obtained by determining the total number of moles of the basic compound required for neutralizing the reducing sugar in the carbohydrate as the raw material substrate to be 100%. the method comprising a step of treating a raw material substrate containing the starch decomposition product or starch transfer reaction product in the presence of a catalase formulation with a carbohydrate oxidase agent producing hydrogen peroxide as a by-product in carbohydrate oxidation, wherein a total volume of a reaction liquid in the treatment step is 1 L or more, and wherein a carbonate or a hydrogen carbonate as a basic compound is added in a predetermined amount only at a start of the treatment step, wherein the predetermined amount of the basic compound refers to an amount obtained by determining the total number of moles of the basic compound required for neutralizing the reducing sugar in the carbohydrate as the raw material substrate to be 100%.
A process cartridge configured to be removably mounted on an apparatus body of an electrophotographic image forming apparatus, comprising: a photosensitive unit (v) including a photosensitive drum; a developing unit (u) including a developing roller configured to develop an electrostatic latent image formed on the photosensitive drum, and configured to be rotatably coupled with the photosensitive unit (v) around only a single center of rotation at one end side of the process cartridge in an axial direction of the photosensitive drum; and characterized by further comprising a link member provided at the other end side of the process cartridge in the axial direction, and configured to be rotatably coupled with the photosensitive unit (v) and the developing unit (u) and promote relative movement between the developing roller and the photosensitive drum. a photosensitive unit (v) including a photosensitive drum; a developing unit (u) including a developing roller configured to develop an electrostatic latent image formed on the photosensitive drum, and configured to be rotatably coupled with the photosensitive unit (v) around only a single center of rotation at one end side of the process cartridge in an axial direction of the photosensitive drum; and characterized by further comprising a link member provided at the other end side of the process cartridge in the axial direction, and configured to be rotatably coupled with the photosensitive unit (v) and the developing unit (u) and promote relative movement between the developing roller and the photosensitive drum.
A communication device comprising: a communication unit configured to receive a message in a network; and a first anomaly detector configured to detect an anomalous message by detecting values of a plurality of first monitoring items from the message received by the communication unit and determining whether each of the detected values of the plurality of first monitoring items is inside a corresponding first reference range, wherein the first anomaly detector detects the message as the anomalous message, when any of the detected values is outside the first reference range, characterized in that the first anomaly detector is further configured for determining whether each of the detected values of the plurality of first monitoring items is inside a corresponding second reference range, the second reference range being narrower than the first reference range, wherein the first anomaly detector detects the message as the anomalous message, when any of the detected values is inside the first reference range and is outside the second reference range and when a predetermined rule is satisfied. a communication unit configured to receive a message in a network; and a first anomaly detector configured to detect an anomalous message by detecting values of a plurality of first monitoring items from the message received by the communication unit and determining whether each of the detected values of the plurality of first monitoring items is inside a corresponding first reference range, wherein the first anomaly detector detects the message as the anomalous message, when any of the detected values is outside the first reference range, characterized in that the first anomaly detector is further configured for determining whether each of the detected values of the plurality of first monitoring items is inside a corresponding second reference range, the second reference range being narrower than the first reference range, wherein the first anomaly detector detects the message as the anomalous message, when any of the detected values is inside the first reference range and is outside the second reference range and when a predetermined rule is satisfied.
A measurement method using an optical field enhancement device (1, 2, 3) which includes a transparent substrate formed of a transparent substrate body (11,31) and a transparent fine uneven structure layer (22,32) on a surface of the transparent substrate body (11,31), and a metal film (24, 34) formed on a surface of the fine uneven structure layer (22,32) on a front surface side of the in transparent substrate, the method comprising the steps of: placing a subject on the metal film (24, 34) of the optical field enhancement device (1, 2, 3); projecting excitation light onto an area of the optical field enhancement device (1, 2, 3) on which the subject is placed; and detecting light generated by the projection of the excitation light from a back surface side of the transparent substrate, wherein the fine uneven structure layer (22, 32) of the optical field enhancement device is made of a material different from that of the transparent substrate body (11,31), characterised in that the fine uneven structure layer (22,32) is made of boehmite. placing a subject on the metal film (24, 34) of the optical field enhancement device (1, 2, 3); projecting excitation light onto an area of the optical field enhancement device (1, 2, 3) on which the subject is placed; and detecting light generated by the projection of the excitation light from a back surface side of the transparent substrate,