mhurhangee/ep-ind-claims huggingface dataset:
An insert mat for motor vehicles for placing onto a sound-absorbing wall-to-wall carpet structure of the motor vehicle, having an at least three-layer structure, in which the structure has: - a decorative layer, which is oriented toward the interior of the vehicle in the proper position of the insert mat, - and is attached to a top surface of a support layer, which surface is oriented toward the interior of the vehicle in the proper position, and - a gripping layer, which in the proper position of the insert mat, is attached to a bottom surface of the support layer and is embodied to achieve a hooking interaction with a wall-to-wall carpet of a vehicle, - in which the entire structure is embodied to be air permeable, characterized in that - the decorative layer is a tuft, the support layer is a nonwoven, and the gripping layer is a tuft, - the tuft of the decorative layer and the gripping layer have pile loops which pile loops are inserted into a primary backing, whereas the pile loops have zeniths which zeniths facing the support layer and - whereas by means of an adhesive applicated on the zeniths in a point-like or line-like manner the air-permeable connection of the decorative layer is produced at an top surface of the support layer and the air-permeable connection of the gripping layer is produced at a bottom surface of the support layer. - a decorative layer, which is oriented toward the interior of the vehicle in the proper position of the insert mat, - and is attached to a top surface of a support layer, which surface is oriented toward the interior of the vehicle in the proper position, and - a gripping layer, which in the proper position of the insert mat, is attached to a bottom surface of the support layer and is embodied to achieve a hooking interaction with a wall-to-wall carpet of a vehicle, - in which the entire structure is embodied to be air permeable, - the decorative layer is a tuft, the support layer is a nonwoven, and the gripping layer is a tuft, - the tuft of the decorative layer and the gripping layer have pile loops which pile loops are inserted into a primary backing, whereas the pile loops have zeniths which zeniths facing the support layer and - whereas by means of an adhesive applicated on the zeniths in a point-like or line-like manner the air-permeable connection of the decorative layer is produced at an top surface of the support layer and the air-permeable connection of the gripping layer is produced at a bottom surface of the support layer.
A method of producing sesquiterpene lactones of the thapsigargin family, the method comprising the steps of: (a) culturing plant cells of the genus Thapsia in a nutrient medium in a suspension cell culture, wherein the plant cells are non-embryogenic cells and wherein the cells produce one or more sesquiterpene lactones of the thapsigargin family, and wherein the non-embryogenic cells are selected from the group of undifferentiated, dedifferentiated and meristematic cells; and (b) recovering one or more sesquiterpene lactone(s) of the thapsigargin family produced in (a). (a) culturing plant cells of the genus Thapsia in a nutrient medium in a suspension cell culture, wherein the plant cells are non-embryogenic cells and wherein the cells produce one or more sesquiterpene lactones of the thapsigargin family, and wherein the non-embryogenic cells are selected from the group of undifferentiated, dedifferentiated and meristematic cells; and (b) recovering one or more sesquiterpene lactone(s) of the thapsigargin family produced in (a).
A pneumatic tire, comprising: a tread; a plurality of sidewalls (10, 10) extending from edges of the tread substantially inward in a radial direction of the pneumatic tire, respectively; a plurality of clinches (12, 12) extending from edges of the sidewall substantially inward in the radial direction, respectively; a plurality of beads (14, 14) positioned on an axially inner side of the clinches (12, 12), respectively; a carcass bridging the beads (14, 14) along an inner side of the tread and sidewalls (10, 10); and a plurality of load support layers (18, 18) positioned on an axially inner side of the carcass such that the load support layers (18, 18) are positioned between the tread and the beads (14, 14), wherein each of the beads (14, 14) comprises a core and a main apex, the core comprises a radially outer side surface facing radially outward, the carcass comprises a carcass ply which is turned up around the core from an inner side toward an outer side in an axial direction of the pneumatic tire such that the main portion and a turn-up portion are formed in the carcass ply, characterized in that the turn-up portion has a core laminating portion laminated on the radially outer side surface of the core, and the main apex is extending radially outward from a radially outer side of the core laminating portion, and a chafer is laminated on core laminating portion of turn-up portion and an end of the chafer is positioned on the radially outer side of core. a tread; a plurality of sidewalls (10, 10) extending from edges of the tread substantially inward in a radial direction of the pneumatic tire, respectively; a plurality of clinches (12, 12) extending from edges of the sidewall substantially inward in the radial direction, respectively; a plurality of beads (14, 14) positioned on an axially inner side of the clinches (12, 12), respectively; a carcass bridging the beads (14, 14) along an inner side of the tread and sidewalls (10, 10); and a plurality of load support layers (18, 18) positioned on an axially inner side of the carcass such that the load support layers (18, 18) are positioned between the tread and the beads (14, 14), wherein each of the beads (14, 14) comprises a core and a main apex, the core comprises a radially outer side surface facing radially outward, the carcass comprises a carcass ply which is turned up around the core from an inner side toward an outer side in an axial direction of the pneumatic tire such that the main portion and a turn-up portion are formed in the carcass ply, characterized in that the turn-up portion has a core laminating portion laminated on the radially outer side surface of the core, and the main apex is extending radially outward from a radially outer side of the core laminating portion, and a chafer is laminated on core laminating portion of turn-up portion and an end of the chafer is positioned on the radially outer side of core.
A data carrier, in particular a plastic card, having an authenticity feature which is provided in the data carrier and which can be personalized by changing physical and/or chemical properties when irradiated with a high-energy beam, characterized in that a magnetizable feature is provided in a functional layer as the personalizable authenticity feature, the magnetizable feature having an optomagnetic effect which allows information to be written, so that a magnetic second stage feature having a macroscopically measurable magnetism is formed at an irradiated location.
Method for operating a subscriber which can be operated on at least one phase of an electrical supply network, comprising: - Measurement of a measured value of at least one electrical quantity at at least two supply network-side connections of a connecting device having at least two subscriber-side connections, the supply network-side connections being allocated to different phases of the supply network, - Allocating of at least one supply network-side connection to at least one subscriber-side connection as a function of the measured value, the allocation causes connecting the respective supply network-side connection to the respective subscriber-side connection, - wherein during the allocation, an electrical power specification is made as a function of at least the measured value for at least one of the subscriber-side connections, characterized in that, - the electrical value is an electrical mains impedance at the network-side connection and the measurement takes place without the subscriber being connected. - Measurement of a measured value of at least one electrical quantity at at least two supply network-side connections of a connecting device having at least two subscriber-side connections, the supply network-side connections being allocated to different phases of the supply network, - Allocating of at least one supply network-side connection to at least one subscriber-side connection as a function of the measured value, the allocation causes connecting the respective supply network-side connection to the respective subscriber-side connection, - wherein during the allocation, an electrical power specification is made as a function of at least the measured value for at least one of the subscriber-side connections, characterized in that, - the electrical value is an electrical mains impedance at the network-side connection and the measurement takes place without the subscriber being connected.
A method for drying an electrode roll in a drying oven (30, 130), comprising the following steps: an electrode base material wound around a winding core is heated from an outer side, and if a temperature of an outermost portion of the electrode roll reaches a target temperature that is lower than that is allowed as an upper limit temperature at the outermost portion, then heating from the outer-side is stopped; pressure within the drying oven (30, 130) is reduced; the method being characterized in that it further comprises: heating the electrode base material wound around the winding core from the winding core side, wherein said heating from the winding core side is continued after the temperature of the outermost portion of the electrode roll reaches the target temperature. an electrode base material wound around a winding core is heated from an outer side, and if a temperature of an outermost portion of the electrode roll reaches a target temperature that is lower than that is allowed as an upper limit temperature at the outermost portion, then heating from the outer-side is stopped; pressure within the drying oven (30, 130) is reduced; the method being characterized in that it further comprises: heating the electrode base material wound around the winding core from the winding core side, wherein said heating from the winding core side is continued after the temperature of the outermost portion of the electrode roll reaches the target temperature.
Rowing boat (101, 101b, 101c, 101d, 111, 111b) comprising a hull, at least one footrest for a rower's feet, at least one outrigger for at least one oar, said outrigger being rigidly connected to said footrest, at least one seat for said rower, characterized in that it further comprises at least one first guide element (201, 202; 801, 802, 805, 806; 805b, 905, 900) adapted to allow free translation of said footrest and of said outrigger in a direction parallel to the advancement of said boat while rowing, and in that it further comprises at least one second guide element (203, 204; 807) adapted to allow said seat to translate in said direction while rowing, and at least one elastic element (205, 405) that connects said seat to said hull, said elastic element (205, 405) being configured to exert a pulling force for the propulsion of said hull, said pulling force transferring energy accumulated by the thrust imparted by said rower.
A method of testing a network, comprising: one or more source port units (120, 220) transmitting packets, each packet including a packet group identifier, briefly referred to as PGID, the PGID included in each packet identifying one or more of a plurality of destination port units (120, 220) as expected destinations of the packet; the plurality of destination port units (120, 220) receiving the packets from the network, each destination port unit extracting the PGID from each received packet, accumulating receive statistics for at least a respective range of PGID values, and storing accumulate receive statistics in a receive statistics memory (264, 464); and characterized in that a common set of PGID values for all destination port units (120, 220) is used; accumulating receive statistics comprises counting misdirected packets by PGID value; the method further comprising reporting misdirected packet statistics by retrieving, from the receive statistics memory (264, 464) of at least one destination port unit, receive statistics for at least some PGIDs for which the destination port unit is not an expected destination, and aggregating the retrieved receive statistics to generate the misdirected packet statistics. one or more source port units (120, 220) transmitting packets, each packet including a packet group identifier, briefly referred to as PGID, the PGID included in each packet identifying one or more of a plurality of destination port units (120, 220) as expected destinations of the packet; the plurality of destination port units (120, 220) receiving the packets from the network, each destination port unit extracting the PGID from each received packet, accumulating receive statistics for at least a respective range of PGID values, and storing accumulate receive statistics in a receive statistics memory (264, 464); and a common set of PGID values for all destination port units (120, 220) is used; accumulating receive statistics comprises counting misdirected packets by PGID value; the method further comprising reporting misdirected packet statistics by retrieving, from the receive statistics memory (264, 464) of at least one destination port unit, receive statistics for at least some PGIDs for which the destination port unit is not an expected destination, and aggregating the retrieved receive statistics to generate the misdirected packet statistics. retrieving, from the receive statistics memory (264, 464) of at least one destination port unit, receive statistics for at least some PGIDs for which the destination port unit is not an expected destination, and aggregating the retrieved receive statistics to generate the misdirected packet statistics.
Method for delivering personalized audio content in a cab of a vehicle to a passenger, the vehicle comprising a computer, the method comprising the following steps: - a configuration step, in which the computer sends configuration parameters to an artificial intelligence module, the configuration parameters comprising vehicle data, passenger data and contextual data, - a processing step, in which the artificial intelligence module sends to a compiler a request for personalized audio content on the basis of at least one configuration parameter, the request for personalized audio content comprising at least one category of audio content, - a step for generating audio content, in which the compiler interrogates an audio content supplier (13, 14, 15, 16) in order to obtain audio content (23, 24, 25, 26) allowing personalized audio content to be generated in accordance with the request for personalized audio content, - a step for delivering audio content, in which the compiler sends the personalized audio content to the computer for broadcasting said personalized audio content within the cab of the vehicle. - a configuration step, in which the computer sends configuration parameters to an artificial intelligence module, the configuration parameters comprising vehicle data, passenger data and contextual data, - a processing step, in which the artificial intelligence module sends to a compiler a request for personalized audio content on the basis of at least one configuration parameter, the request for personalized audio content comprising at least one category of audio content, - a step for generating audio content, in which the compiler interrogates an audio content supplier (13, 14, 15, 16) in order to obtain audio content (23, 24, 25, 26) allowing personalized audio content to be generated in accordance with the request for personalized audio content, - a step for delivering audio content, in which the compiler sends the personalized audio content to the computer for broadcasting said personalized audio content within the cab of the vehicle.
Locking device for an adjustable steering column for a motor vehicle, having an actuating shaft which is mounted such that it can be rotated about a rotational axis, is connected to an operative element (3, 5) of a clamping device, and is coupled to a rotor of a rotational damper, the rotor being mounted rotatably in a housing and being capable of being driven rotationally about a rotor axis by means of the actuating shaft, a rotational movement of the rotor being damped in at least one rotational direction, wherein the rotational damper is configured as a dry rotational damper, characterized in that the rotor has at least one blade which projects radially with regard to the rotor axis and on which a contact face is configured which makes frictional contact with a contact track on an inner face of the housing, the damping action being defined by the dry friction of the contact face on the contact track.
A smartcard comprising: a processor for controlling operation of the smartcard; and a biometric sensor for identification of an authorised user; wherein the processor is arranged to permit access to one or more secure feature(s) of the smartcard based on a multifactor authentication process requiring both: (i) confirmation of the identity of the smartcard based on a physically unclonable characteristic of the smartcard, and (ii) authentication of the user's identity via the biometric sensor; wherein the multifactor authentication process includes weighting applied to the physically unclonable characteristic(s) and the biometric authentication. a processor for controlling operation of the smartcard; and a biometric sensor for identification of an authorised user; wherein the processor is arranged to permit access to one or more secure feature(s) of the smartcard based on a multifactor authentication process requiring both: (i) confirmation of the identity of the smartcard based on a physically unclonable characteristic of the smartcard, and (ii) authentication of the user's identity via the biometric sensor; (i) confirmation of the identity of the smartcard based on a physically unclonable characteristic of the smartcard, and (ii) authentication of the user's identity via the biometric sensor; wherein the multifactor authentication process includes weighting applied to the physically unclonable characteristic(s) and the biometric authentication.
A method for application-aware forwarding of data packets through a Multi-Protocol Label Switching, MPLS, core network comprising a plurality of MPLS tunnels (142, 144, 146), the method comprising: receiving a data packet at an edge router by entering said MPLS core network; analyzing the data packet using deep packet inspection, DPI, to determine an application associated with the data packet; selecting an MPLS tunnel among said plurality of MPLS tunnels (142, 144, 146) based on the determined application; and forwarding the data packet through the MPLS tunnel. receiving a data packet at an edge router by entering said MPLS core network; analyzing the data packet using deep packet inspection, DPI, to determine an application associated with the data packet; selecting an MPLS tunnel among said plurality of MPLS tunnels (142, 144, 146) based on the determined application; and forwarding the data packet through the MPLS tunnel.
Method for actuating an electric drive of a trailer vehicle with a towing vehicle, comprising the steps of: - determining a current mass of the towing vehicle, - determining a current drive force of the towing vehicle, - determining an acceleration requirement on the basis of the current mass of the towing vehicle and the current drive force of the towing vehicle, - actuating the electric drive by means of an actuation signal on the basis of the acceleration requirement. - determining a current mass of the towing vehicle, - determining a current drive force of the towing vehicle, - determining an acceleration requirement on the basis of the current mass of the towing vehicle and the current drive force of the towing vehicle, - actuating the electric drive by means of an actuation signal on the basis of the acceleration requirement.
A container including consumer goods comprising: an outer housing comprising a first housing portion pivotable about a first hinge line and an opposed, second housing portion pivotable about a second hinge line, wherein the first and second housing portions (20, 21) are moveable relative to each other between a closed position in which the housing portions are closed and a removal position in which the housing portions are apart and an access opening is provided between the housing portions; an inner shell fixedly mounted within the outer housing; and a sliding element housing a plurality of consumer goods, wherein the sliding element is mounted within the inner shell, wherein the sliding element is connected to the outer housing such that movement of the first and second housing portions (20, 21) between the closed position and the removal position brings about sliding movement of the sliding element relative to the inner shell between a first slide position in which the sliding element is within the inner shell and the consumer goods are enclosed within the outer housing, and a second slide position in which the consumer goods at least partially protrude from the inner shell and are at least partially accessible through the access opening between the housing portions. an outer housing comprising a first housing portion pivotable about a first hinge line and an opposed, second housing portion pivotable about a second hinge line, wherein the first and second housing portions (20, 21) are moveable relative to each other between a closed position in which the housing portions are closed and a removal position in which the housing portions are apart and an access opening is provided between the housing portions; an inner shell fixedly mounted within the outer housing; and a sliding element housing a plurality of consumer goods, wherein the sliding element is mounted within the inner shell, wherein the sliding element is connected to the outer housing such that movement of the first and second housing portions (20, 21) between the closed position and the removal position brings about sliding movement of the sliding element relative to the inner shell between a first slide position in which the sliding element is within the inner shell and the consumer goods are enclosed within the outer housing, and a second slide position in which the consumer goods at least partially protrude from the inner shell and are at least partially accessible through the access opening between the housing portions.
Method for preparing an aqueous solution containing nitrogen monoxide, comprising the following steps: (a) providing a first reaction component comprising a pH-labile NO donor; (b) providing a second reaction component which is an aqueous solution having a pH between 2.5 and 7.0; (c) mixing the first and the second reaction component to form an aqueous solution having a pH between 3.0 and 5.5 and generating NO to form an aqueous solution containing NO; (d) diluting the aqueous solution containing NO from step (c) by mixing with an aqueous dilution solution to result in a dilution factor of 5 to 20, and the aqueous dilution solution is a buffered solution or distilled water, so that the pH of the mixture from step (c) is increased by at least one pH step. (a) providing a first reaction component comprising a pH-labile NO donor; (b) providing a second reaction component which is an aqueous solution having a pH between 2.5 and 7.0; (c) mixing the first and the second reaction component to form an aqueous solution having a pH between 3.0 and 5.5 and generating NO to form an aqueous solution containing NO; (d) diluting the aqueous solution containing NO from step (c) by mixing with an aqueous dilution solution to result in a dilution factor of 5 to 20, and the aqueous dilution solution is a buffered solution or distilled water, so that the pH of the mixture from step (c) is increased by at least one pH step.