mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: authenticating a user to a processor-based host, via a third credential, to determine a user authentication status; authenticating the user to a processor-based first service provider via (a)(i) the user authentication status, (a)(ii) a first credential that is unequal to the third credential, and (a)(iii) a first out-of-band, OOB, communication; authenticating the user to a processor-based second service provider via (b)(i) the user authentication status, (b)(ii) a second credential that is unequal to either of the first and third credentials, and (b)(iii) a second OOB communication; in response to a timed-out session with the first service provider or the second service provider, authenticating the user to the first service provider or the second service provider, respectively; without re-authenticating the user to the host. authenticating a user to a processor-based host, via a third credential, to determine a user authentication status; authenticating the user to a processor-based first service provider via (a)(i) the user authentication status, (a)(ii) a first credential that is unequal to the third credential, and (a)(iii) a first out-of-band, OOB, communication; authenticating the user to a processor-based second service provider via (b)(i) the user authentication status, (b)(ii) a second credential that is unequal to either of the first and third credentials, and (b)(iii) a second OOB communication; in response to a timed-out session with the first service provider or the second service provider, authenticating the user to the first service provider or the second service provider, respectively; without re-authenticating the user to the host.
A method of detecting an incomplete filling of a liquid sample in an electrochemical biosensor having working and counter electrodes (16, 18), the method comprising the acts of: (a) applying a constant electrical potential across said working and counter electrodes (16, 18) for a predetermined period of time; (b) measuring the current passing between said working and counter electrodes (16, 18); characterized in the steps of (c) collecting values of the current measured in act (b) at predetermined times during said predetermined period of time of act (a); (d) determining by a statistical method the slope of a line defined by the values of current collected in act (c); and (e) reporting the biosensor as incompletely filled if the slope of the line as determined in act (d) is positive. (a) applying a constant electrical potential across said working and counter electrodes (16, 18) for a predetermined period of time; (b) measuring the current passing between said working and counter electrodes (16, 18); characterized in the steps of (c) collecting values of the current measured in act (b) at predetermined times during said predetermined period of time of act (a); (d) determining by a statistical method the slope of a line defined by the values of current collected in act (c); and (e) reporting the biosensor as incompletely filled if the slope of the line as determined in act (d) is positive.
Arrangement for testing ETCS level-2 functionalities in rail traffic, - having a rail vehicle which is allowed to carry out a test run on a normal section or on a siding without cooperating with a dispatcher, - in which an on-board unit is provided in the rail vehicle as a first assembly that is used to monitor the movement of the rail vehicle, - in which the first assembly, according to the ETCS level-2 functionality, has a connection for a GSM-R radio connection, - in which an adapter is provided in the rail vehicle as a second assembly, - in which the adapter is connected to the connection of the first assembly via a data transmission line, with the result that a GSM-R radio connection is simulated for the first assembly, - in which the adapter is connected to a computer as a third assembly via a data transmission line, - in which the computer is arranged in the rail vehicle and comprises software which is used, according to the ETCS level-2 functionality, to simulate a radio block centre of a signal box for test purposes, - with the result that the ETCS level-2 functionality between the on-board unit and the radio block centre can be adjusted without the need for a radio transmission. - having a rail vehicle which is allowed to carry out a test run on a normal section or on a siding without cooperating with a dispatcher, - in which an on-board unit is provided in the rail vehicle as a first assembly that is used to monitor the movement of the rail vehicle, - in which the first assembly, according to the ETCS level-2 functionality, has a connection for a GSM-R radio connection, - in which an adapter is provided in the rail vehicle as a second assembly, - in which the adapter is connected to the connection of the first assembly via a data transmission line, with the result that a GSM-R radio connection is simulated for the first assembly, - in which the adapter is connected to a computer as a third assembly via a data transmission line, - in which the computer is arranged in the rail vehicle and comprises software which is used, according to the ETCS level-2 functionality, to simulate a radio block centre of a signal box for test purposes, - with the result that the ETCS level-2 functionality between the on-board unit and the radio block centre can be adjusted without the need for a radio transmission.
A bag machine, comprising: an input section; a rotary drum, disposed to receive a web from the input section, wherein the rotary drum includes at least one seal bar (300; 2900; 3600); an output section, disposed to receive the web from the rotary drum; characterized in that the at least one seal bar includes a sealing zone that forms a single seal, and further includes a heating wire (312; 2911; 3607) that is a weakening zone within the sealing zone, that forms a weakened zone within the single seal; and a release layer (310, 311, 314, 315; 2909; 3605) on at least a part of the at least one sealing zone. an input section; a rotary drum, disposed to receive a web from the input section, wherein the rotary drum includes at least one seal bar (300; 2900; 3600); an output section, disposed to receive the web from the rotary drum; characterized in that the at least one seal bar includes a sealing zone that forms a single seal, and further includes a heating wire (312; 2911; 3607) that is a weakening zone within the sealing zone, that forms a weakened zone within the single seal; and a release layer (310, 311, 314, 315; 2909; 3605) on at least a part of the at least one sealing zone.
Installation for dispensing liquid from a tank truck containing several chambers by gravity, and for measuring the volume of liquid dispensed, with a collector being approximately horizontal or with a slight slope, the collector being provided between bottom valves (12 to 16) of the chambers and filling ports of the chambers, and connected via a manifold to a delivery line having a slope, a delivery valve in the delivery line, a volume counter upstream of the delivery valve, a gas bubble sensor upstream of the volume counter, which measures the gas content of the liquid and gives a corresponding signal to a control device which controls the delivery valve in order to reduce the entrainment of air by throttling, a rectifier being provided directly upstream of the volume counter and downstream of the gas bubble sensor, and the discharge line with associated flow components being designed in such a way that a pressure sensor is omitted, in that, when liquid is dispensed, a negative pressure beyond the rectifier and the gas-bladder sensor - viewed in the opposite direction to the direction of flow - can be permitted, and a guide device in the form of baffles (48, 50) extending in the direction of flow being provided in the delivery line between the outlet of the bend and at a distance from the rectifier, the baffles (48, 50) forming a cross, one baffle of the cross extending approximately in a plane receiving the radius of curvature and the other baffle extending approximately perpendicular thereto.
A pull-out guide for furniture parts which can be moved in relation to each other, comprising at least two pull-out rails (10, 20, 30) having at least one running surface (11, 21, 31), between which at least one first rolling element and at least one second rolling element are arranged, which rolling elements are rotatably retained in at least one rolling-element cage, wherein the at least one first rolling element and the at least one second rolling element of the rolling-element cage have an identical nominal diameter, whereby at least one of the running surfaces (11, 21, 31) has a free-running segment (23, 33), in which only the at least one first rolling element is positioned in a retracted state of the pull-out guide, wherein the running surfaces (11, 21, 31) have a greater distance from each other within the free-running segment (23, 33) than outside the free-running segment (23, 33), characterized in that several first rolling elements are arranged within a rolling-element cage one after the other in the longitudinal direction of the pull-out guide and that the free-running segment (23, 33) has a length which is as at least as great as the maximum distance of two of the multiple first rolling elements.
A power conversion device which is configured to convert electric power supplied from a power source with use of a magnetic component, comprising: the magnetic component; a plurality of bus bars (23a to 23c) configured to supply electric power to a load; current sensor elements (22, 22a to 22c) which are respectively provided for the plurality of bus bars, and are configured to detect magnetic fluxes generated when electric currents flow through the plurality of bus bars; and a plate-like magnetic shield plate which is arranged on a straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c), and is configured to shield magnetic fluxes directed from the magnetic component to one or more current sensor elements (22, 22a to 22c); wherein the straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c) is parallel to a direction in which the plurality of the bus bars (23a, to 23c) extend longitudinally, and the plate-like magnetic shield plate is arranged perpendicularly to the bus bars (23a to 23c) along an array direction of the current sensor elements (22a to 22c) so as to cross the plurality of bus bars (23a to 23c), wherein a position of the plate-like magnetic shield plate, as viewed from the magnetic component is before the current sensor elements (22a to 22c). the magnetic component; a plurality of bus bars (23a to 23c) configured to supply electric power to a load; current sensor elements (22, 22a to 22c) which are respectively provided for the plurality of bus bars, and are configured to detect magnetic fluxes generated when electric currents flow through the plurality of bus bars; and a plate-like magnetic shield plate which is arranged on a straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c), and is configured to shield magnetic fluxes directed from the magnetic component to one or more current sensor elements (22, 22a to 22c); wherein the straight line connecting the magnetic component and one of the current sensor elements (22, 22a to 22c) is parallel to a direction in which the plurality of the bus bars (23a, to 23c) extend longitudinally, and the plate-like magnetic shield plate is arranged perpendicularly to the bus bars (23a to 23c) along an array direction of the current sensor elements (22a to 22c) so as to cross the plurality of bus bars (23a to 23c), wherein a position of the plate-like magnetic shield plate, as viewed from the magnetic component is before the current sensor elements (22a to 22c).
A method for detecting radioactive sources, comprising: measuring, by a detector, a count rate curve of an inspection object while the inspection object moves through the detector; determining whether a maximum count rate value in the count rate curve of the inspection object is higher than an alarm threshold; performing pattern recognition (S620, S830) on the count rate curve only if the maximum count rate value in the count rate curve of the inspection object is higher than the alarm threshold; and on the basis of a result of the pattern recognition, determining whether there are radioactive sources in the inspection object and whether the radioactive sources are bulk radioactive sources or point radioactive sources, wherein the operation of performing the pattern recognition (S620, S830) comprises performing pattern matching with a plurality of predetermined patterns. measuring, by a detector, a count rate curve of an inspection object while the inspection object moves through the detector; determining whether a maximum count rate value in the count rate curve of the inspection object is higher than an alarm threshold; performing pattern recognition (S620, S830) on the count rate curve only if the maximum count rate value in the count rate curve of the inspection object is higher than the alarm threshold; and on the basis of a result of the pattern recognition, determining whether there are radioactive sources in the inspection object and whether the radioactive sources are bulk radioactive sources or point radioactive sources, wherein the operation of performing the pattern recognition (S620, S830) comprises performing pattern matching with a plurality of predetermined patterns.
Ring gear carrier part for a two or multiple component gear wheel (46, 50), wherein - the ring gear carrier part comprises o a ring segment extending in circumferential direction around an axis of rotation, o a ring gear arranged radially on the outside of the ring segment, and o an extension extending radially inwards from the ring segment and having a radial inner free end, or - the ring gear carrier part comprises o a ring segment extending around an axis of rotation in circumferential direction, o a ring gear arranged radially on the inside of the ring segment, and o an extension extending radially outwards from the ring segment and having a radial outer free end, - the extension comprises a first width (a) at its radial, inner free end or at its radial outer free end and a second width (b) at its opposite end at the transition to the ring segment, - the first width (a) is smaller than the second width (b), - the extension widens continuously or in segments continuously from the first width (a) to the second width (b), and - numerous protrusions, extending along the axis of rotation, are arranged on the extension characterized in that the protrusions transition into the extension over a convex transition surface. - the ring gear carrier part comprises o a ring segment extending in circumferential direction around an axis of rotation, o a ring gear arranged radially on the outside of the ring segment, and o an extension extending radially inwards from the ring segment and having a radial inner free end, or o a ring segment extending in circumferential direction around an axis of rotation, o a ring gear arranged radially on the outside of the ring segment, and o an extension extending radially inwards from the ring segment and having a radial inner free end, or - the ring gear carrier part comprises o a ring segment extending around an axis of rotation in circumferential direction, o a ring gear arranged radially on the inside of the ring segment, and o an extension extending radially outwards from the ring segment and having a radial outer free end, o a ring segment extending around an axis of rotation in circumferential direction, o a ring gear arranged radially on the inside of the ring segment, and o an extension extending radially outwards from the ring segment and having a radial outer free end, - the extension comprises a first width (a) at its radial, inner free end or at its radial outer free end and a second width (b) at its opposite end at the transition to the ring segment, - the first width (a) is smaller than the second width (b), - the extension widens continuously or in segments continuously from the first width (a) to the second width (b), and - numerous protrusions, extending along the axis of rotation, are arranged on the extension
A drafting system unit for a drafting system of a spinning machine, the drafting system unit having, in a fibre band transport direction, a first top roller and a second top roller spaced apart therefrom, which are provided for drafting a fibre band, transported from the first to the second top roller, in cooperation with accordingly assigned bottom rollers (3, 5), the respective axes of rotation of the first and second top roller extending transversely to the fibre band transport direction, whereby an apron cage to which negative pressure can be applied is arranged between the first top roller and the second top roller for guiding an air-permeable apron in circulation jointly around the apron cage and an apron top roller (2, 6), the apron top roller (2, 6) being formed by the first top roller or by a third top roller that is assigned to the apron cage and arranged on the same side as the first and second top roller in relation to the fibre band being transported, and the apron cage having at least one through-opening, to which negative pressure can be applied, for applying suction air to the fibre band running between the first and second top roller, through the air-permeable apron characterized in that the through-opening is formed by means which can be connected to the apron cage for indirect coupling of the through-opening to the apron cage and can be directly subjected to negative pressure. whereby an apron cage to which negative pressure can be applied is arranged between the first top roller and the second top roller for guiding an air-permeable apron in circulation jointly around the apron cage and an apron top roller (2, 6), the apron top roller (2, 6) being formed by the first top roller or by a third top roller that is assigned to the apron cage and arranged on the same side as the first and second top roller in relation to the fibre band being transported, and the apron cage having at least one through-opening, to which negative pressure can be applied, for applying suction air to the fibre band running between the first and second top roller, through the air-permeable apron characterized in that the through-opening is formed by means which can be connected to the apron cage for indirect coupling of the through-opening to the apron cage and can be directly subjected to negative pressure.
A method of electron-beam lithography of networks of lines on a resin-coated substrate, comprising a step of selecting at least two opposite lines of the network, each having a critical line end in opposition, the two lines being separated by a gap between the two opposite critical line ends, a step of determining corrections to be applied to the geometry of the end of said lines, said method further comprising a step of determining a type of at least one contrast intensification structure chosen from several, said contrast intensification structure being an H-like structure having a branch perpendicular to the direction of said critical line placed in the middle of the gap and two branches parallel to the direction of said critical line placed in a symmetric manner on either side of said critical line, a step of calculating the characteristic dimensions and the location (S1, S2, S3, S4) in the gap between the two opposite critical line ends of said contrast intensification structure, a step of generating said structure and a step of placing said structure in relation to the ends of said opposite critical line ends as a function of the determined parameters.
A refrigerator comprising a body wherein the foodstuffs and beverages to be cooled are placed; a fresh food compartment and a humidity and temperature controlled special compartment, both disposed inside the body; a channel that performs heat exchange with the special compartment by at least partially surrounding the special compartment; a wall that insulates the interior of the body from the outside environment; an evaporator that is disposed on the wall inside the body and that provides the refrigeration of the interior volume of the body; an evaporator lid that is disposed in front of the evaporator between the evaporator and the special compartment and that enables the air cooled by the evaporator to be directed into the channel, more than one opening that is arranged on the evaporator lid and that faces the special compartment; a valve mounted on the evaporator lid so as to cover the front of the openings; a frame that is disposed over the valve so that the valve remains between the frame and the evaporator lid, that is mounted on the evaporator lid and that protects the valve, and at least one slit that is arranged on the valve and that opens/closes the openings by sliding when the valve is moved on the frame and the evaporator lid, characterized by an air directing rib that is disposed on the frame or the evaporator lid, that extends from the frame or the evaporator lid towards the side wall of the special compartment and that at least partially covers the upper side of the channel.
Device (1, 101) for analyzing the modes of a multi-mode fiber, comprising a multi-mode fiber (2, 102), a plurality of single-mode fibers (3, 103), an array (5, 105) of evanescently coupled waveguides (6, 106) and means to detect light, wherein the input of the device (1, 101) is a part of the multi-mode fiber (2, 102), the multi-mode fiber (2, 102) is spliced into the plurality of single-mode fibers, the plurality of single-mode fibers (3, 103) are connected to a first side (4, 104) of the array (5, 105) of evanescently coupled waveguides (6, 106), wherein each single-mode fiber (3, 103) is connected to a different waveguide (6, 106), at the second side of the array (5, 105) the means to detect light are present to detect the light leaving the waveguides (6, 106), wherein the number of waveguides is higher than the number of single-mode fibers and wherein the means to detect light are detectors, whereby each detector is assigned to a related waveguide (6, 106) and one detector for each waveguide (6, 106) is provided.
An electrolyte for the electrodeposition of chromium comprising: from 10 to 25 wt% water; at least one chromium salt; at least one complexing agent selected from acetamide, urea, ethylene glycol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, glycerol, quaternary ammonium halide, or choline chloride, wherein the molar ratio of components B:C is in the range of 1:1 to 1:50; and at least one bromide or iodide salt, wherein the salt present is in a concentration of from 0.05 to 0.2 mol dm -3. from 10 to 25 wt% water; at least one chromium salt; at least one complexing agent selected from acetamide, urea, ethylene glycol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, glycerol, quaternary ammonium halide, or choline chloride, wherein the molar ratio of components B:C is in the range of 1:1 to 1:50; and at least one bromide or iodide salt, wherein the salt present is in a concentration of from 0.05 to 0.2 mol dm -3.