mhurhangee/ep-ind-claims huggingface dataset:
Method of operating an exhaust gas system, wherein the exhaust gas system is arranged downstream of an internal combustion engine and, in a flow direction of an exhaust gas, has a first exhaust gas treatment device comprising at least one particulate filter and a first catalytic converter, and also a second catalytic converter; wherein the method comprises at least the following steps: a) ascertaining a loading of the first catalytic converter with ash that at least partly deactivates a catalytically active first coating of the first catalytic converter; and when, as a result of the loading ascertained, only inadequate conversion of gaseous emissions in the first catalytic converter is expected; there being inadequate conversion of gaseous emissions if the legally stipulated emissions are exceeded; b) creating a light-off heating strategy for the second catalytic converter depending on the loading ascertained in step a); and c) initiating the light-off heating strategy ascertained in step b) for heating of the second catalytic converter. a) ascertaining a loading of the first catalytic converter with ash that at least partly deactivates a catalytically active first coating of the first catalytic converter; and when, as a result of the loading ascertained, only inadequate conversion of gaseous emissions in the first catalytic converter is expected; there being inadequate conversion of gaseous emissions if the legally stipulated emissions are exceeded; b) creating a light-off heating strategy for the second catalytic converter depending on the loading ascertained in step a); and c) initiating the light-off heating strategy ascertained in step b) for heating of the second catalytic converter.
An electrode (104, 106) comprising a carbonized fiber current collector (124, 126, 1001) having a paste (128, 130) with one or more additives that improve charge acceptance, wherein the one or more additives include: - one or both of ultrafine barium sulfate or carbon; and - barium hydroxide. - one or both of ultrafine barium sulfate or carbon; and - barium hydroxide.
An access control device for controlling accesses by users to image contents each including still image data or video image data, the access control device comprising: a storage unit storing first user information in association with each of one or more persons, each piece of first user information being a set of identification information of one or more users who are permitted by a person to access image contents including image data in which the person is a subject; the access control device characterized by further comprising an obtaining unit operable to obtain an image content together with a piece of second user information having been transmitted from an external transmitter, the image content including image data in which one or more persons are subjects, and the piece of second user information being a set of identification information of one or more users who are desired by the transmitter to be permitted to access the image content; and a control unit operable to (i) extract, from the first user information, one or more pieces of identification information of one or more users who are permitted by all of the one or more persons who are subjects of the image data included in the image content obtained by the obtaining unit, to access the image content, and to (ii) permit a user to access the image content when the user is included among the one or more users indicated by the piece of second user information and is included among the one or more users indicated by the one or more pieces of identification information extracted by the control unit. a storage unit storing first user information in association with each of one or more persons, each piece of first user information being a set of identification information of one or more users who are permitted by a person to access image contents including image data in which the person is a subject; the access control device characterized by further comprising an obtaining unit operable to obtain an image content together with a piece of second user information having been transmitted from an external transmitter, the image content including image data in which one or more persons are subjects, and the piece of second user information being a set of identification information of one or more users who are desired by the transmitter to be permitted to access the image content; and a control unit operable to (i) extract, from the first user information, one or more pieces of identification information of one or more users who are permitted by all of the one or more persons who are subjects of the image data included in the image content obtained by the obtaining unit, to access the image content, and to (ii) permit a user to access the image content when the user is included among the one or more users indicated by the piece of second user information and is included among the one or more users indicated by the one or more pieces of identification information extracted by the control unit.
Air deflector for a motor vehicle comprising a rear spoiler which is displaceable between a stowed position and an operating position depending on the speed of the vehicle and which is adjoined on the rear side by an airflow breakaway edge, the air deflector comprising an actuating element, by means of which the airflow breakaway edge can be moved relative to the rear spoiler between a retracted position and an extended position, characterised in that the airflow breakaway edge (5.) can be retracted or extended regardless of whether the rear spoiler is in the operating position or in the stowed position.
A method for manufacturing a tab terminal for an electrolytic capacitor comprising: a lead wire having a lead-free tin-plated surface; and an aluminum core wire that has a press flattened portion and is welded to the lead wire, wherein the method comprises the steps of: joining one end of the aluminum core wire and one end of the lead wire by welding to form a joined body; washing the joined body in a washing tank with a washing solution containing an inorganic acid salt as a washing component; coating a composition for an ultraviolet cured resin onto a weld zone of the washed joined body;and irradiating the coated portion with ultraviolet light to form a covering of the ultraviolet cured resin, and characterized in that the washing solution is circulated through a magnetic filter in the washing tank, and that an alloy or intermetallic compound of Fe and a metal from the group consisting of Cu, Sn, Al, Bi and Ni, which has been produced by washing of the joined body, is removed by the magnetic filter. joining one end of the aluminum core wire and one end of the lead wire by welding to form a joined body; washing the joined body in a washing tank with a washing solution containing an inorganic acid salt as a washing component; coating a composition for an ultraviolet cured resin onto a weld zone of the washed joined body;and irradiating the coated portion with ultraviolet light to form a covering of the ultraviolet cured resin, and characterized in that the washing solution is circulated through a magnetic filter in the washing
Haircutter for trimming and styling hair, in particular hair on a head, having at least one grip and at least one blade head connected with the grip, wherein at least one longitudinal face of the blade head comprises at least one working section disposed thereat, which is recessed from an alignment line of the longitudinal face, and wherein at least one haircutting blade comprising at least one cutting edge can be accommodated and disposed in the blade head, so that its cutting edge is at least partially exposed in the working section, not protruding beyond the alignment line, wherein the blade head comprises at least one guiding device having at least one placing surface for the hair to be trimmed, and wherein the placing surface is at least partially disposed at an angle between 16° and 26° to the plane of the haircutting blade that can be accommodated in the blade head, so that the hair to be trimmed lies at a defined angle to the cutting edge when the placing surface is placed against the hair, characterized in that the placing surface comprises at least one first placing section at an angle of 15° to 29°, and at least one second placing section lying behind, transverse to the longitudinal blade head axis and showing an angle of 12° to 18°, and that the first placing section is disposed closer to the exposed cutting edge than is the second placing section, and that the first placing section shows a larger angle than does the second placing section. and wherein at least one haircutting blade comprising at least one cutting edge can be accommodated and disposed in the blade head, so that its cutting edge is at least partially exposed in the working section, not protruding beyond the alignment line, wherein the blade head comprises at least one guiding device having at least one placing surface for the hair to be trimmed, and wherein the placing surface is at least partially disposed at an angle between 16° and 26° to the plane of the haircutting blade that can be accommodated in the blade head, so that the hair to be trimmed lies at a defined angle to the cutting edge when the placing surface is placed against the hair, characterized in that the placing surface comprises at least one first placing section at an angle of 15° to 29°, and at least one second placing section lying behind, transverse to the longitudinal blade head axis and showing an angle of 12° to 18°, and that the first placing section is disposed closer to the exposed cutting edge than is the second placing section, and that the first placing section shows a larger angle than does the second placing section.
A device for storing and implementing a banner, including: - a banner able to be deployed between two posts, - at least one storage box on at least one of said posts, said storage box being designed to be able to house said banner in the folded position and to house a means for unwinding and winding said banner allowing it to be brought from its folded position toward its deployed position and vice versa, said unwinding and winding means including a shaft on which a lateral end (20, 21) of the banner is fastened, said shaft being mounted rotating around an axis connected to said storage box, said axis being parallel to the longitudinal axis of the post on which said storage box is located, - means for securing said banner in the deployed position with said posts, - at least one voltage blocking means of said banner in the deployed position, characterized in that said axis is mounted pivoting relative to said storage box between said position parallel to the longitudinal axis of the post on which the storage box is located, which corresponds to an unwinding position of the banner, and a position in which it is perpendicular to said longitudinal axis of said post, which corresponds to a winding position of the banner. - a banner able to be deployed between two posts, - at least one storage box on at least one of said posts, said storage box being designed to be able to house said banner in the folded position and to house a means for unwinding and winding said banner allowing it to be brought from its folded position toward its deployed position and vice versa, said unwinding and winding means including a shaft on which a lateral end (20, 21) of the banner is fastened, said shaft being mounted rotating around an axis connected to said storage box, said axis being parallel to the longitudinal axis of the post on which said storage box is located, - means for securing said banner in the deployed position with said posts, - at least one voltage blocking means of said banner in the deployed position, characterized in that said axis is mounted pivoting relative to said storage box between said position parallel to the longitudinal axis of the post on which the storage box is located, which corresponds to an unwinding position of the banner, and a position in which it is perpendicular to said longitudinal axis of said post, which corresponds to a winding position of the banner.
A pigtail assembly of a fuel supply manifold assembly for a gas turbine engine, the pigtail assembly comprising: a manifold coupling; an L-coupling adjacent to the manifold coupling, the L-coupling and the manifold coupling defined along a first axis; a first fuel nozzle coupling; a T-coupling adjacent to the first fuel nozzle coupling, the T-coupling and the first fuel nozzle coupling defined along a second axis, the second axis parallel to the first axis; a first conduit between the L-coupling and the T-coupling; a second fuel nozzle coupling that defines a third axis; and a second conduit between the T-coupling and the second fuel nozzle coupling. a manifold coupling; an L-coupling adjacent to the manifold coupling, the L-coupling and the manifold coupling defined along a first axis; a first fuel nozzle coupling; a T-coupling adjacent to the first fuel nozzle coupling, the T-coupling and the first fuel nozzle coupling defined along a second axis, the second axis parallel to the first axis; a first conduit between the L-coupling and the T-coupling; a second fuel nozzle coupling that defines a third axis; and a second conduit between the T-coupling and the second fuel nozzle coupling.
Monitoring system for monitoring the control system of an autonomous vehicle, wherein the monitoring system is independent of the control system of the autonomous vehicle and is configured: to monitor the functions of the control system to detect malfunctions of the control system, and to report a detected malfunction of the control system to an external monitoring point, characterized in that the monitoring system is designed to receive reports of the start and end of each function performed by the control system from the control system, so that the monitoring system always has up-to-date information about the operating state of the autonomous vehicle and outputs an error message if inconsistencies arise from the reported information. to monitor the functions of the control system to detect malfunctions of the control system, and to report a detected malfunction of the control system to an external monitoring point, characterized in that the monitoring system is designed to receive reports of the start and end of each function performed by the control system from the control system, so that the monitoring system always has up-to-date information about the operating state of the autonomous vehicle and outputs an error message if inconsistencies arise from the reported information.
Rig for testing a train, especially an automatic underground train, said underground train comprising at least a car, each car comprising two axles, each axle being arranged in the vicinity of a respective end of the car and each axle carrying two wheels characterised in that it comprises: - a rolling unit placed under each axle 5 to have at least one wheel of the said train rolling on it, each unit comprising: - a rotary inertial body; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; and - means (11, 15) for controlling each one of said motors and for synchronising the rolling units between them carrying out a control in a closed loop using the speed sensor 51 as to constantly cancel the difference in speed between said rolling units. - a rolling unit placed under each axle 5 to have at least one wheel of the said train rolling on it, each unit comprising: - a rotary inertial body; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; and - a rotary inertial body; - a motor engaged with said inertial body; and, - a sensor for the rotation speed of said inertial body; - means (11, 15) for controlling each one of said motors and for synchronising the rolling units between them carrying out a control in a closed loop using the speed sensor 51 as to constantly cancel the difference in speed between said rolling units.
A pharmaceutical composition comprising a raw tablet comprising asimadoline or a pharmaceutically acceptable salt thereof, lactose monohydrate, croscarmellose sodium, colloidal silicon dioxide, and magnesium stearate, wherein the raw tablet lacks microcrystalline cellulose and/or hypromellose.
A conjugate comprising a nanoparticle, and a lysosomal enzyme inhibitor or kinase inhibitor represented by general formula below and a phospholipid mimetic substance represented by general formula below that are carried on the surface of the nanoparticle: wherein in general formula, n1 is an integer from 2 to 30, n2 is an integer from 2 to 30, the -S- terminal is a nanoparticle-anchor moiety, and R 10 is a suicide substrate moiety or kinase inhibition moiety, wherein in general formula, n3 is an integer in the range from 2 to 30 and the -S-terminal is the nanoparticle-anchor moiety, wherein, in general formulas and, the sum of n1 and n2 is equal to or greater than n3, and wherein the suicide substrate moiety contains a group that is reactive with an active center of a lysosomal enzyme, and a sugar residue, wherein the suicide substrate moiety R 10 contains the following functional group (E'): wherein in the formula, R is the sugar residue and LK is a linker, and wherein the kinase inhibition moiety contains a group having reactivity with a kinase, and a linker LK, and wherein said linker is represented by the formula: wherein n4 is an integer from 1 to 10, and wherein the nanoparticle has a particle diameter in the range from 0.1 to 100 nm. wherein in general formula, n1 is an integer from 2 to 30, n2 is an integer from 2 to 30, the -S- terminal is a nanoparticle-anchor moiety, and R 10 is a suicide substrate moiety or kinase inhibition moiety, wherein in general formula, n3 is an integer in the range from 2 to 30 and the -S-terminal is the nanoparticle-anchor moiety, wherein, in general formulas and, the sum of n1 and n2 is equal to or greater than n3, and wherein the suicide substrate moiety contains a group that is reactive with an active center of a lysosomal enzyme, and a sugar residue, wherein the suicide substrate moiety R 10 contains the following functional group (E'): wherein in the formula, R is the sugar residue and LK is a linker, and wherein the kinase inhibition moiety contains a group having reactivity with a kinase, and a linker LK, and wherein said linker is represented by the formula: wherein n4 is an integer from 1 to 10, wherein said linker is represented by the formula: wherein n4 is an integer from 1 to 10, and wherein the nanoparticle has a particle diameter in the range from 0.1 to 100 nm.
A cyclone silencer of cleaner comprising: an outlet pipe partly extended into a Cyclone cylinder, the outlet pipe is provided at the lower edge with some parallel spaced ribs extending downwards; characterized in that the lower ends of the ribs form an open end. an outlet pipe partly extended into a Cyclone cylinder, the outlet pipe is provided at the lower edge with some parallel spaced ribs extending downwards; characterized in that the lower ends of the ribs form an open end.
A regulating valve, particularly for regulating the flow of refrigeration fluids, comprising - a valve body, which has an inlet and an outlet for fluid, which are connected by a connecting opening, - a flow control device for said connecting opening, inserted in an appropriately provided seat formed in said valve body, said flow control device comprising - a piston for controlling flow within said connecting opening which is functionally connected to an electric motor for its axial movement within a cylinder, the axis of which forms a sliding axis thereof for modulatable obstruction of said connecting opening, - a monolithic tubular jacket that surrounds, determining its coaxiality, the rotor of said electric motor and said flow control piston, further providing said cylinder, - a fixed core, which is jointly connected to said tubular jacket, - a rotary core, which is supported by said fixed core so that it can rotate about said sliding axis, - a stem for the functional connection to said rotor of said flow control piston, to which it is jointly connected, functionally connected to said rotary core by means of a screw-and-nut coupling, and functionally connected to said fixed core by way of a sliding guide coupling along said sliding axis, said flow control piston being connected to an end of said stem arranged outside of said sliding guide coupling. - a valve body, which has an inlet and an outlet for fluid, which are connected by a connecting opening, - a flow control device for said connecting opening, inserted in an appropriately provided seat formed in said valve body, - a piston for controlling flow within said connecting opening which is functionally connected to an electric motor for its axial movement within a cylinder, the axis of which forms a sliding axis thereof for modulatable obstruction of said connecting opening, - a monolithic tubular jacket that surrounds, determining its coaxiality, the rotor of said electric motor and said flow control piston, further providing said cylinder, - a fixed core, which is jointly connected to said tubular jacket, - a rotary core, which is supported by said fixed core so that it can rotate about said sliding axis, - a stem for the functional connection to said rotor of said flow control piston, to which it is jointly connected, functionally connected to said rotary core by means of a screw-and-nut coupling, and functionally connected to said fixed core by way of a sliding guide coupling along said sliding axis, said flow control piston being connected to an end of said stem arranged outside of said sliding guide coupling.
A deflector plate for use in a grill, the deflector plate comprising: a first layer having a first outer edge, the first outer edge including a downwardly projecting member around an entire perimeter of the first outer edge of the first layer; a second layer having at a second outer edge, the second outer edge having a U-shaped channel formed around an entire circumferential edge of the second layer, wherein a bottom edge of the downwardly projecting member of the first layer is crimped with the U-shaped channel of the second layer to couple the first layer and the second layer, and wherein the first layer, the second layer, and the downwardly projecting member define a hollow plenum between the first layer and the second layer. a first layer having a first outer edge, the first outer edge including a downwardly projecting member around an entire perimeter of the first outer edge of the first layer; a second layer having at a second outer edge, the second outer edge having a U-shaped channel formed around an entire circumferential edge of the second layer, wherein a bottom edge of the downwardly projecting member of the first layer is crimped with the U-shaped channel of the second layer to couple the first layer and the second layer, and wherein the first layer, the second layer, and the downwardly projecting member define a hollow plenum between the first layer and the second layer.