mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus adapted to non-interactively execute an application which operates on an application execution platform , comprising: storage means for storing the application and a definition file describing application attributes including user types representing a user authority for operation of the application, wherein the application and the definition file are stored in the storage means upon installing the application in the information processing apparatus; determination means for determining whether or not a user type extracted from the application attributes described in the definition file exists in a user type database ; issuance means for issuing an access control token according to the user authority of the extracted user type in response to an issuance request of the access control token from the application, in a case that the extracted user type exists in the user type database , wherein the issuance means is adapted not to issue the access control token in a case that the extracted user type does not exist in the user type database , wherein the access control token corresponds to a user type of the application; and execution means for executing a process that is requested to be executed by the application in a case that the user type of the application, to which the access control token corresponds, corresponds to a user type required for executing the process. storage means for storing the application and a definition file describing application attributes including user types representing a user authority for operation of the application, wherein the application and the definition file are stored in the storage means upon installing the application in the information processing apparatus; determination means for determining whether or not a user type extracted from the application attributes described in the definition file exists in a user type database ; issuance means for issuing an access control token according to the user authority of the extracted user type in response to an issuance request of the access control token from the application, in a case that the extracted user type exists in the user type database , wherein the issuance means is adapted not to issue the access control token in a case that the extracted user type does not exist in the user type database , wherein the access control token corresponds to a user type of the application; and execution means for executing a process that is requested to be executed by the application in a case that the user type of the application, to which the access control token corresponds, corresponds to a user type required for executing the process.
An assembly for acting on an outer surface of a tube of a nuclear reactor, the assembly comprising: - a carrier movable along the tube ; - at least one inspection or maintenance tool , connected to the carrier ; the carrier comprising : - at least one rolling body , placed in contact with the outer surface of the tube ; - an actuator , arranged to rotate the rolling body relative to the tube , so as to propel the carrier along the tube by cooperation between the rolling body and the outer surface of the tube ; - a device for connecting the carrier to the tube , arranged so that the tube absorbs at least 50% of the weight of the carrier and the tool ; characterized in that one of the tools is a machining tool including at least one machining device able to machine the outer surface of the tube and to gouge damaged areas of the outer surface of the tube , preferably two machining devices that are diametrically opposite relative to the tube , and in that the machining tool includes: - a frame ; - a plurality of guide rollers connected to the frame , arranged to cooperate with the tube such that the machining tool is supported by the tube and is able to move along the tube ; - a carriage carrying the or each machining devices ; - a connection of the carriage to the frame , arranged so that the carriage is translatable longitudinally relative to the frame along the tube and circumferentially rotatable around the tube . - a carrier movable along the tube ; - at least one inspection or maintenance tool , connected to the carrier ; - at least one rolling body , placed in contact with the outer surface of the tube ; - an actuator , arranged to rotate the rolling body relative to the tube , so as to propel the carrier along the tube by cooperation between the rolling body and the outer surface of the tube ; - a device for connecting the carrier to the tube , arranged so that the tube absorbs at least 50% of the weight of the carrier and the tool ; - a frame ; - a plurality of guide rollers connected to the frame , arranged to cooperate with the tube such that the machining tool is supported by the tube and is able to move along the tube ; - a carriage carrying the or each machining devices ; - a connection of the carriage to the frame , arranged so that the carriage is translatable longitudinally relative to the frame along the tube and circumferentially rotatable around the tube .
Power transmission cable (10; 20; 30) comprising a metal conductor (1; 21; 31), an electric insulation system (2; 22; 32) surrounding the conductor coaxially and radially outwards of the conductor, and a protection system surrounding the insulation system coaxially and radially outwards of the insulation system, wherein the insulation system (2; 22; 32) comprises an inner semi-conducting layer (4; 24; 34) surrounded coaxially and radially outwards by an insulation layer (5; 25; 35), and the insulation layer is optionally surrounded coaxially and radially outwards by an outer semi-conducting layer , wherein the protection system comprises a moisture barrier arrangement (3; 23; 33) surrounding the insulation system coaxially and radially outwards of the insulation system, wherein the inner semi-conducting layer , the insulation layer and the optional outer semi-conducting layer of the insulation system are paper-based characterized in that the moisture barrier arrangement (3; 23; 33) comprises an independently applicable first layer (7; 27; 37), acting as an initial moisture barrier layer, and an independently applicable second layer (8; 28; 38), acting as a permanent moisture barrier the first layer (7; 27; 37) being an extruded plastic material layer and arranged in direct contact with the insulation system (2; 22; 32), and the second layer (8; 28; 38) being a metallic material layer and arranged in contact with the first layer (7; 27; 37), wherein the extrudable plastic material in the first layer (7; 27; 37) of the moisture barrier arrangement (3; 23; 33) is semi-conducting and a lipophobic polymer, wherein the paper-based insulation system is impregnated with a dielectric fluid.
A weight exercise rack-out support apparatus , comprising: a hollow support structure having an aperture therein; an angled member , the angled member having a first end received into the aperture in the hollow support structure and a second end that is angled upwardly; and a cover passing over an upper surface of the angled member , the cover being directly connected onto the hollow support structure , characterized in that the angled member is an angled tubular member, and the hollow support structure has a pair of slots on a side opposite to the aperture and the angled tubular member has notches thereon that are received into the slots , the first end of the angled tubular member is straight, wherein said first end extends horizontally from, or perpendicular to, the hollow support structure , and the second end of the angled tubular member is an upwardly curved free end, such that in use the second end is positioned higher from the ground than the first end, wherein the cover has a downwardly shaped curved portion that is received over the upwardly curved free end of the angled tubular member , and in use, a weight bar is placed on top of the cover and the weight bar is fully supported by the upper surface of the angled tubular member immediately below the cover. a hollow support structure having an aperture therein; an angled member , the angled member having a first end received into the aperture in the hollow support structure and a second end that is angled upwardly; and a cover passing over an upper surface of the angled member , the cover being directly connected onto the hollow support structure , characterized in that the angled member is an angled tubular member, and the hollow support structure has a pair of slots on a side opposite to the aperture and the angled tubular member has notches thereon that are received into the slots , the first end of the angled tubular member is straight, wherein said first end extends horizontally from, or perpendicular to, the hollow support structure , and the second end of the angled tubular member is an upwardly curved free end, such that in use the second end is positioned higher from the ground than the first end, wherein the cover has a downwardly shaped curved portion that is received over the upwardly curved free end of the angled tubular member , and in use, a weight bar is placed on top of the cover and the weight bar is fully supported by the upper surface of the angled tubular member immediately below the cover.
An optimization device of a component mounting line which is configured to carry out an optimization process relating to production based on setting-changeable processing conditions when producing a board on the component mounting line in which multiple component mounting machines are arranged in series, each of the component mounting machines including a board conveyance device which is configured to carry in the board to a mounting execution position, position the board, and carry out the board, a component supply device which is configured to sequentially supply components, and a component transfer device which is configured to pick the components from the component supply device and mount the components onto the positioned board, the optimization device comprising: a cycle time calculating section which is configured to calculate respective cycle times required for mounting components of component types which are allocated to each of the component mounting machines by the optimization process onto a single board characterized by ; a shortest time calculating section which is configured to calculate respective shortest cycle times in which it is possible to mount components of component types which are allocated to each of the component mounting machines by the optimization process on a single board under mount-execution conditions at which it is anticipated that mounting efficiency will be highest; an operation efficiency calculating section which is configured to calculate respective operation efficiencies indicating a degree to which the cycle time of each of the component mounting machines approaches the shortest cycle time; and an operation efficiency display section which is configured to display the operation efficiencies. a cycle time calculating section which is configured to calculate respective cycle times required for mounting components of component types which are allocated to each of the component mounting machines by the optimization process onto a single board characterized by ; a shortest time calculating section which is configured to calculate respective shortest cycle times in which it is possible to mount components of component types which are allocated to each of the component mounting machines by the optimization process on a single board under mount-execution conditions at which it is anticipated that mounting efficiency will be highest; an operation efficiency calculating section which is configured to calculate respective operation efficiencies indicating a degree to which the cycle time of each of the component mounting machines approaches the shortest cycle time; and an operation efficiency display section which is configured to display the operation efficiencies.
A method of analyzing a sample comprising a mycotoxin, the method comprising: loading the sample in a column , wherein the column comprises an affinity resin; eluting the mycotoxin from the column ; collecting an eluted sample comprising the mycotoxin in a multi-well sample plate ; sealing the eluted sample in the multi-well sample plate ; transferring the sealed multi-well sample plate ; removing the eluted sample from the transferred multi-well sample plate; and analyzing the removed eluted sample . loading the sample in a column , wherein the column comprises an affinity resin; eluting the mycotoxin from the column ; collecting an eluted sample comprising the mycotoxin in a multi-well sample plate ; sealing the eluted sample in the multi-well sample plate ; transferring the sealed multi-well sample plate ; removing the eluted sample from the transferred multi-well sample plate; and analyzing the removed eluted sample .
A method of generating a record of content appearing on a physical surface and captured on video, the method comprising: generating , by a video camera, video data that includes image data of the physical surface; identifying , in an identifier component, by applying a difference measure to the video data, at least one period of interest in the video data by receiving an uncompressed video stream representing the video data and performing encoding on the uncompressed video stream to generate a compressed video stream in an encoder component, transmitting the compressed video stream from the encoder component to a decoder component, and performing decoding of the compressed video stream in the decoder component to generate decompressed video data, wherein the encoder component is placed in a transmitting endpoint and the decoder component placed in a receiving endpoint, wherein the decompressed video data includes a plurality of intra-frames, wherein the difference measure applied to the video data is for indicating when the video data changes over time; for each period of interest of the at least one period of interest, selecting , in an image selector component, a still image of the image data of the physical surface; wherein the still image is selected from the plurality of intra-frames of the period of interest; and generating a set of images that includes each still image for the at least one period of interest in the video data, wherein the set of images provides snapshots of the content appearing on the physical surface. generating , by a video camera, video data that includes image data of the physical surface; identifying , in an identifier component, by applying a difference measure to the video data, at least one period of interest in the video data by receiving an uncompressed video stream representing the video data and performing encoding on the uncompressed video stream to generate a compressed video stream in an encoder component, transmitting the compressed video stream from the encoder component to a decoder component, and performing decoding of the compressed video stream in the decoder component to generate decompressed video data, wherein the encoder component is placed in a transmitting endpoint and the decoder component placed in a receiving endpoint, wherein the decompressed video data includes a plurality of intra-frames, wherein the difference measure applied to the video data is for indicating when the video data changes over time; for each period of interest of the at least one period of interest, selecting , in an image selector component, a still image of the image data of the physical surface; wherein the still image is selected from the plurality of intra-frames of the period of interest; and generating a set of images that includes each still image for the at least one period of interest in the video data, wherein the set of images provides snapshots of the content appearing on the physical surface.
A wood species detection method, comprising: emitting electromagnetic radiation from a UV light source 116; 216) toward a workpiece as the workpiece is translocated on a transport in a direction of flow; obtaining one or more images of fluorescent visible light emitted by pitch on/in the workpiece , the fluorescent light emitted in response to absorption of the electromagnetic radiation by the pitch; generating image data from the one or more images; determining one or more pitch characteristics based on the image data, wherein the one or more pitch characteristics includes pitch location, pitch deposition pattern, or pitch fluorescence wavelength; comparing the one or more pitch characteristics to wood species reference data; and identifying a wood species of the workpiece from among a plurality of wood species based at least on the comparison. emitting electromagnetic radiation from a UV light source 116; 216) toward a workpiece as the workpiece is translocated on a transport in a direction of flow; obtaining one or more images of fluorescent visible light emitted by pitch on/in the workpiece , the fluorescent light emitted in response to absorption of the electromagnetic radiation by the pitch; generating image data from the one or more images; determining one or more pitch characteristics based on the image data, wherein the one or more pitch characteristics includes pitch location, pitch deposition pattern, or pitch fluorescence wavelength; comparing the one or more pitch characteristics to wood species reference data; and identifying a wood species of the workpiece from among a plurality of wood species based at least on the comparison.
Timepiece comprising: - a case with a central axis substantially perpendicular to the general plane of the case , - a control member or a valve , generally referred to as a member, this member being mounted such that it can move in translation on a middle part of the case along a radial axis between at least a first position and a second position which is located further away from the central axis of the case than the first position, the member being screwed on at least one end part of the path between the second position and the first position, - a locking device capable of blocking the translation of the member in the first position, the locking device comprising: - a blocking element capable of undergoing translational displacement along the radial axis between a locking position and an unlocking position, where the member is respectively blocked or free to move in translation, - a part mounted such that it can move in rotation about the central axis of the case and intended to be set in rotation by a user, - drive means linking the angular displacement of the part mounted such that it can move in rotation to the translational displacement along the radial axis of the blocking element between the locking and unlocking positions. - a case with a central axis substantially perpendicular to the general plane of the case , - a control member or a valve , generally referred to as a member, this member being mounted such that it can move in translation on a middle part of the case along a radial axis between at least a first position and a second position which is located further away from the central axis of the case than the first position, the member being screwed on at least one end part of the path between the second position and the first position, - a locking device capable of blocking the translation of the member in the first position, - a blocking element capable of undergoing translational displacement along the radial axis between a locking position and an unlocking position, where the member is respectively blocked or free to move in translation, - a part mounted such that it can move in rotation about the central axis of the case and intended to be set in rotation by a user, - drive means linking the angular displacement of the part mounted such that it can move in rotation to the translational displacement along the radial axis of the blocking element between the locking and unlocking positions.
A method of a terminal for a communication system , the method comprising: receiving information on a bandwidth for an aperiodic sounding reference signal, SRS, the bandwidth corresponding to at least one downlink control information, DCI, format by a higher layer signaling; identifying a SRS transmit power by power scaling based on a scaling factor in case that a total transmit power of a symbol for the aperiodic SRS exceeds a user equipment, UE, maximum transmit power; identifying the bandwidth for the aperiodic SRS, the bandwidth corresponding to a DCI format which triggers the aperiodic SRS, based on the information received by the higher layer signaling; and transmitting the aperiodic SRS based on the identified SRS transmit power and the bandwidth. receiving information on a bandwidth for an aperiodic sounding reference signal, SRS, the bandwidth corresponding to at least one downlink control information, DCI, format by a higher layer signaling; identifying a SRS transmit power by power scaling based on a scaling factor in case that a total transmit power of a symbol for the aperiodic SRS exceeds a user equipment, UE, maximum transmit power; identifying the bandwidth for the aperiodic SRS, the bandwidth corresponding to a DCI format which triggers the aperiodic SRS, based on the information received by the higher layer signaling; and transmitting the aperiodic SRS based on the identified SRS transmit power and the bandwidth.
A method for preparing tulathromycin represented by formula I, comprising the following steps: subjecting a compound represented by formula II and n-propylamine to ring-opening addition reaction shown below in an organic solvent to produce tulathromycin represented by formula I; wherein the organic solvent is 1,2-propandiol;
A method for cancelling an electric crosstalk contribution in a monitoring signal from a monitored first electro-mechanical transducer in a device comprising at least three electro-mechanical transducers, which are driven by actuation signals, the crosstalk contribution resulting from an actuation of other transducers than the monitored transducer, the method having the steps of: (a) selecting a second transducer, associated with the first transducer, wherein the electric crosstalk caused by an actuation of a third transducer is equal in the first and second transducer; (b) actuating the first transducer and not actuating the second transducer; (c) simultaneously measuring a monitoring signal from the first transducer and the second transducer; (d) subtracting the two monitoring signals to obtain a clean monitoring signal from the first transducer. (a) selecting a second transducer, associated with the first transducer, wherein the electric crosstalk caused by an actuation of a third transducer is equal in the first and second transducer; (b) actuating the first transducer and not actuating the second transducer; (c) simultaneously measuring a monitoring signal from the first transducer and the second transducer; (d) subtracting the two monitoring signals to obtain a clean monitoring signal from the first transducer.