mhurhangee/ep-ind-claims huggingface dataset:
A construction machine, comprising: a turning electric motor configured to drive a turning mechanism configured to cause an upper-part turning body to turn relative to a lower-part traveling body; and a control unit configured to control driving of the turning electric motor, wherein the control unit is configured to cause an output of the turning electric motor to continue after a turning speed of the upper-part turning body becomes zero, based on a magnitude of the output or a direction of the output of the turning electric motor at a time when the upper-part turning body is decelerated and the turning speed thereof becomes zero. a turning electric motor configured to drive a turning mechanism configured to cause an upper-part turning body to turn relative to a lower-part traveling body; and a control unit configured to control driving of the turning electric motor,
A mounting member preferably for trailers and other objects that are configured to store and transport items, which mounting member comprises a tarpaulin manufactured in a material making it possible to completely or partly enclose a number of items placed on the tarpaulin, wherein the mounting member comprises a number of first assembly structures and a number of other assembly structures, wherein the mounting member comprises means (24, 38, 10) for attachment of said first assembly structures and said number of other assembly structures, wherein the first assembly structures comprise means for detachable attachment to the other assembly structures, characterised in that the mounting member comprises at least one additional first assembly structure and at least one additional second assembly structure, wherein these additional assembly structures (26, 26') comprise means (10, 10', 11, 11') for attaching the at least one additional first assembly structure to the at least one additional second assembly structure, wherein the additional assembly structures (26, 26') extend basically perpendicular to the first assembly structures and the other assembly structures, when the assembly structures (6, 6', 26, 26') are attached to each other.
A current collector foil (100, 200) for forming thereon an active material layer (105, 205) containing active material particles (111, 119), wherein: the current collector foil (100, 200) is provided with a roughened portion (109, 209); a cross sectional curve of the roughened portion (109, 209) has a box counting dimension as measured with a method according to paragraphs to of 1.1 or higher; and an average length of waviness motif AW of the cross-sectional curve of the roughened portion (109, 209) as measured with a method according to paragraphs to is longer than twice of D10, D10 being a particle diameter of the active material particle (111, 119) in particle size cumulative distribution, the active material particles (111, 119) being used for the active material layer formed on the current collector foil (100, 200). the current collector foil (100, 200) is provided with a roughened portion (109, 209); a cross sectional curve of the roughened portion (109, 209) has a box counting dimension as measured with a method according to paragraphs to of 1.1 or higher; and an average length of waviness motif AW of the cross-sectional curve of the roughened portion (109, 209) as measured with a method according to paragraphs to is longer than twice of D10, D10 being a particle diameter of the active material particle (111, 119) in particle size cumulative distribution, the active material particles (111, 119) being used for the active material layer formed on the current collector foil (100, 200).
An apparatus for attaching a suspension loop to a tubular casing at a pinched section, wherein a stationary two-pronged holding fork, a two-pronged tensioning fork moveable relative thereto and perpendicular to the plane thereof, and a curved looping finger attached on one side are disposed on a mount, wherein the prongs (5a, b; 7a, b) of both forks (5, 7) stand substantially perpendicular to a plane connecting the forks and are able to stretch between them the closed suspension loop in the shape of an elongated narrow rectangle, which extends at the start of an attachment cycle with both longitudinal sides (16c, d) tangential to the pinched section, characterised in that the looping finger can be swivelled through an arc and has a hooked tip which moves during its swivelling movement from its resting position on the opposite side of the rectangular loop from the pinched section, through said rectangular loop near its first rectangular end held by the tensioning fork, around the pinched section to the other (second) rectangular end, releases the latter from the holding fork and carries it along when swivelling backwards around the pinched section and through the suspension loop at the first rectangular end to form a cow hitch knot which fixes the suspension loop to the pinched section.
An internal pressure inspection apparatus for a sealed can having a can lid that is attached to any of an upper end and a lower end of a can trunk, and that is deformed by an internal pressure of the sealed can, the apparatus comprising: a laser displacement sensor situated above a conveyor conveying the sealed can while being allowed to move relatively with the sealed can, and that is adapted to measure a distance from the can lid by irradiating the can lid with a laser beam; a controller that is arranged to: integrate relative displacement values as deviations between a distance between the laser displacement sensor and an outer edge of the can lid which is a reference point situated closer to a center of the can lid than a seamed portion where the can lid is attached to the can trunk, and a distance between the laser displacement sensor and other points closer to the center of the can lid than the outer edge; and judge acceptability of the internal pressure of the sealed can based on the integrated value of the deviations. a laser displacement sensor situated above a conveyor conveying the sealed can while being allowed to move relatively with the sealed can, and that is adapted to measure a distance from the can lid by irradiating the can lid with a laser beam; a controller that is arranged to: integrate relative displacement values as deviations between a distance between the laser displacement sensor and an outer edge of the can lid which is a reference point situated closer to a center of the can lid than a seamed portion where the can lid is attached to the can trunk, and a distance between the laser displacement sensor and other points closer to the center of the can lid than the outer edge; and judge acceptability of the internal pressure of the sealed can based on the integrated value of the deviations.
An apparatus comprising: responsive to adding of an additional base station (116, 118, 120) for a user equipment (102, 103, 105), said additional base station having a closed subscriber cell, means for causing a message to be transmitted to a mobility management entity, said message comprising information identifying a closed subscriber group associated with said additional base station, downlink tunnel endpoints, and information indicating if said user equipment is in single or dual connectivity mode, wherein said message further comprises at least one of: information of bearers allocated to one or more closed subscriber cells; information about radio access bearers to be switched; bearer type information; access mode of the user equipment (102, 103, 105) towards the additional base station; or closed subscriber group information and closed subscriber membership status information. responsive to adding of an additional base station (116, 118, 120) for a user equipment (102, 103, 105), said additional base station having a closed subscriber cell, means for causing a message to be transmitted to a mobility management entity, said message comprising information identifying a closed subscriber group associated with said additional base station, downlink tunnel endpoints, and information indicating if said user equipment is in single or dual connectivity mode, wherein said message further comprises at least one of: information of bearers allocated to one or more closed subscriber cells; information about radio access bearers to be switched; bearer type information; access mode of the user equipment (102, 103, 105) towards the additional base station; or closed subscriber group information and closed subscriber membership status information.
A method for use with content stored in a web server and identified by a Uniform Resource Locator, URL, the method, by a first server, comprising: receiving, by the first server from a client device over the Internet, the URL in a first request for the URL; sending, by the first server to the web server over the Internet, the first request for the URL, using a first Internet Protocol, IP, address as a source address; receiving, by the first server from the web server over the Internet, in response to the sending of the first request, a first content; storing, by the first server, the received first content; sending, by the first server to the web server over the Internet, a second request for the URL, using a second IP address, that is different from the first IP address, as a source address; receiving, by the first server from the web server over the Internet, in response to the sending of the second request, a second content; and characterized in that the method further comprises: comparing, by the first server, the stored received first content and the received second content; and responsive to determining that the first and second contents are identical, sending, by the first server to the client device over the Internet, the first content. receiving, by the first server from a client device over the Internet, the URL in a first request for the URL; sending, by the first server to the web server over the Internet, the first request for the URL, using a first Internet Protocol, IP, address as a source address; receiving, by the first server from the web server over the Internet, in response to the sending of the first request, a first content; storing, by the first server, the received first content; sending, by the first server to the web server over the Internet, a second request for the URL, using a second IP address, that is different from the first IP address, as a source address; receiving, by the first server from the web server over the Internet, in response to the sending of the second request, a second content; and characterized in that the method further comprises: comparing, by the first server, the stored received first content and the received second content; and responsive to determining that the first and second contents are identical, sending, by the first server to the client device over the Internet, the first content. comparing, by the first server, the stored received first content and the received second content; and responsive to determining that the first and second contents are identical, sending, by the first server to the client device over the Internet, the first content.
A computer-implemented method comprising: a) causing a vehicle to drive autonomously on a road network, b) in response to a request signal representing a request for the vehicle to engage in a speed-reducing safety maneuver, computationally analyzing data to choose a target location for the maneuver, wherein analyzing the data comprises determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency, and applying the minimum quality threshold to identify one or more acceptable target locations; c) causing the vehicle to drive autonomously toward the target location and engage in the maneuver, and d) repeating operations b) and c) until the vehicle completes the maneuver at the target location. a) causing a vehicle to drive autonomously on a road network, b) in response to a request signal representing a request for the vehicle to engage in a speed-reducing safety maneuver, computationally analyzing data to choose a target location for the maneuver, wherein analyzing the data comprises determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency, and applying the minimum quality threshold to identify one or more acceptable target locations; determining a degree of urgency of the speed-reducing safety maneuver, determining a minimum quality threshold based on the degree of urgency, and applying the minimum quality threshold to identify one or more acceptable target locations; c) causing the vehicle to drive autonomously toward the target location and engage in the maneuver, and d) repeating operations b) and c) until the vehicle completes the maneuver at the target location.
A sensing device for detecting an object in a blind spot in a surrounding environment of a mobile body, the sensing device comprising: a distance measurer configured to acquire distance information indicating a distance from the mobile body to the surrounding environment; a detector configured to detect the object in the blind spot; a controller configured to control operation of the detector; and a state receiver configured to acquire condition information indicating a state relating to slipperiness of the mobile body on a road surface on which the mobile body travels, wherein the controller is configured to: detect the blind spot in the surrounding environment, based on the distance information acquired by the distance measurer; and is further characterized in that: according to the acquired condition information by the state receiver, control sensing density to be higher as the slipperiness of the mobile body based on the acquired condition information is higher, the sensing density indicating precision at which the detector is caused to detect the object in the blind spot. a distance measurer configured to acquire distance information indicating a distance from the mobile body to the surrounding environment; a detector configured to detect the object in the blind spot; a controller configured to control operation of the detector; and a state receiver configured to acquire condition information indicating a state relating to slipperiness of the mobile body on a road surface on which the mobile body travels, wherein the controller is configured to: detect the blind spot in the surrounding environment, based on the distance information acquired by the distance measurer; and is further characterized in that: according to the acquired condition information by the state receiver, control sensing density to be higher as the slipperiness of the mobile body based on the acquired condition information is higher, the sensing density indicating precision at which the detector is caused to detect the object in the blind spot. detect the blind spot in the surrounding environment, based on the distance information acquired by the distance measurer; and is further characterized in that: according to the acquired condition information by the state receiver, control sensing density to be higher as the slipperiness of the mobile body based on the acquired condition information is higher, the sensing density indicating precision at which the detector is caused to detect the object in the blind spot.
An oral administration composition comprising a carotenoid and a sphingolipid for use in a method of reducing body fat, wherein: the carotenoid is cryptoxanthin and/or a fatty acid ester thereof; and the carotenoid and/or sphingolipid is derived from a citrus fruit selected from iyokan, (Citrus iyo), Citrus unshiu, kabosu (Citrus sphaerocarpa), Kawabata, kishu mikan (Citrus kinokuni), kiyomi, kinkan (Citrus fortunella), grape fruit, gekkitsu (Murraya paniculata), sanpokan (Citrus sulcata), shekwasha (Citrus depressa Hayata), jabara (Citrus jabara), sweety (oroblanco), sudachi (Citrus sudachi), daidai (Citrus sinensis var. daidai), tachibana (Citrus tachibana), dekopon, natsu daidai, hassaku (Citrus hassaku), Valencia orange, banpaku yuzu (Citrus grandis, Citrus maxima), hyuga natsu (Citrus tamurana hort, ex T.Tanaka), buntan (Citrus maxima), ponkan (Citrus reticulata), mandarin orange, yatsushiro, yuzu (Citrus junos), lime (Citrus aurantifolia) and karatachi (Poncirus trifoliate). the carotenoid is cryptoxanthin and/or a fatty acid ester thereof; and the carotenoid and/or sphingolipid is derived from a citrus fruit selected from iyokan, (Citrus iyo), Citrus unshiu, kabosu (Citrus sphaerocarpa), Kawabata, kishu mikan (Citrus kinokuni), kiyomi, kinkan (Citrus fortunella), grape fruit, gekkitsu (Murraya paniculata), sanpokan (Citrus sulcata), shekwasha (Citrus depressa Hayata), jabara (Citrus jabara), sweety (oroblanco), sudachi (Citrus sudachi), daidai (Citrus sinensis var. daidai), tachibana (Citrus tachibana), dekopon, natsu daidai, hassaku (Citrus hassaku), Valencia orange, banpaku yuzu (Citrus grandis, Citrus maxima), hyuga natsu (Citrus tamurana hort, ex T.Tanaka), buntan (Citrus maxima), ponkan (Citrus reticulata), mandarin orange, yatsushiro, yuzu (Citrus junos), lime (Citrus aurantifolia) and karatachi (Poncirus trifoliate).
A computer-implemented method of correction of domain name server attacks, the method comprising: receiving by a client computer a digital certificate from a server, wherein the digital certificate comprises a fully qualified domain name of the server and an associated first TCP/IP address of the server; receiving by the client computer a second TCP/IP address of the fully qualified domain name of the server from a DNS; comparing by the client computer the first TCP/IP address from the digital certificate with the second TCP/IP address received from the DNS; detecting a problem in the DNS by the client computer when a difference between the first TCP/IP address and the second TCP/IP address is detected and upon detection of the problem: preventing communication with a target location specified by the second TCP/IP address, and redirecting communication to the server using the first TCP/IP address; and identifying by the client computer a correct connection to the server when no difference between the first TCP/IP address and the second TCP/IP address is detected. receiving by a client computer a digital certificate from a server, wherein the digital certificate comprises a fully qualified domain name of the server and an associated first TCP/IP address of the server; receiving by the client computer a second TCP/IP address of the fully qualified domain name of the server from a DNS; comparing by the client computer the first TCP/IP address from the digital certificate with the second TCP/IP address received from the DNS; detecting a problem in the DNS by the client computer when a difference between the first TCP/IP address and the second TCP/IP address is detected and upon detection of the problem: preventing communication with a target location specified by the second TCP/IP address, and redirecting communication to the server using the first TCP/IP address; and preventing communication with a target location specified by the second TCP/IP address, and redirecting communication to the server using the first TCP/IP address; and identifying by the client computer a correct connection to the server when no difference between the first TCP/IP address and the second TCP/IP address is detected.
A structural ultra-thick steel material having excellent brittle crack initiation resistance, the structural ultra-thick steel comprising, by weight %, 0.03 to 0.08% of carbon, 1.6 to 2.2% of manganese (Mn), 0.6 to 1.3% of nickel (Ni), 0.005 to 0.03% of niobium (Nb), 0.005 to 0.02% of titanium (Ti), 0.1 to 0.4% of copper (Cu), 100 ppm or less of phosphorus, 40ppm or less of sulfur, 1.5 ppm or less of hydrogen, and a balance of iron (Fe) and inevitable impurities, wherein a sum of acicular ferrite and granular bainite in a microstructure is 80% or more by area fraction, a sum of total lengths of cracks having a size of 30 μm or more per unit area of 1 mm 2 in regions of ±1 mm from a thickness center of the steel material is 130 μm or less, and yield strength is 500 MPa or more. wherein a sum of acicular ferrite and granular bainite in a microstructure is 80% or more by area fraction, a sum of total lengths of cracks having a size of 30 μm or more per unit area of 1 mm 2 in regions of ±1 mm from a thickness center of the steel material is 130 μm or less, and yield strength is 500 MPa or more.
An information processing method, comprising: receiving login authentication information sent by a client, the login authentication information comprising a user name and a password and being used in launching a first object; determining whether the login authentication information is correct and valid, and generating a determination result, wherein the login authentication information is determined to be correct and valid when the user name of the login authentication information is correct, the password of the login authentication information is one of N different levels of passwords corresponding to the user name, and a level of the password of the login authentication information is higher than a level of a previously input password, N being a positive integer greater than or equal to 2; determining, when it is determined that the login authentication information is correct and valid, whether login authentication information of which password levels are lower than that of the login authentication information exists, and when it is determined that the login authentication information of which the password levels are lower than that of the login authentication information exists, setting the login authentication information of which password levels are lower than that of the login authentication information as an invalid state; and returning the determination result to the client which controls launch of the first object according to the determination result. receiving login authentication information sent by a client, the login authentication information comprising a user name and a password and being used in launching a first object; determining whether the login authentication information is correct and valid, and generating a determination result, wherein the login authentication information is determined to be correct and valid when the user name of the login authentication information is correct, the password of the login authentication information is one of N different levels of passwords corresponding to the user name, and a level of the password of the login authentication information is higher than a level of a previously input password, N being a positive integer greater than or equal to 2; determining, when it is determined that the login authentication information is correct and valid, whether login authentication information of which password levels are lower than that of the login authentication information exists, and when it is determined that the login authentication information of which the password levels are lower than that of the login authentication information exists, setting the login authentication information of which password levels are lower than that of the login authentication information as an invalid state; and returning the determination result to the client which controls launch of the first object according to the determination result.