mhurhangee/ep-ind-claims huggingface dataset:
A mounting system for plate-like bodies on a support surface of mounting rails using fastening means, comprising at least one mounting rail and at least one fastening means consisting of tensioning parts, downholders for the plate-like bodies and a screw connection (5, 6) between the downholders and the tensioning parts, whereby the connection between the tensioning parts and the mounting rails is producible via an at least form-fit click connection, and the fastening means (3, 4, 5, 6) are tensionable with the mounting rails, including the plate-like bodies, whereby the mounting rails have one bridge or two bridges (7, 8) on one or both sides respectively, respectively pointing away from the mounting rail and running in the direction of the mounting rail, whereby the first bridge on the side facing away from the plate-like bodies has an undercut that runs in the longitudinal mounting rail direction, and with a second bridge, this is arranged at a distance from the first bridge and has an undercut on the side facing towards the first bridge, the single-armed tensioning part on the end of the one arm facing towards the mounting rail has at least two claws (9, 10, 11) arranged at the side, which are clickable onto the bridge and/or are clickable into the space between the two bridges (7, 8).
A method for providing an emergency call to a mobile network, comprising: receiving an emergency call code in a mobile terminal from a user; providing an emergency call code alpha tag identifier, indicative of an emergency, to a display of the mobile terminal, in response to the emergency call code, wherein the emergency call code alpha tag identifier enables the user to obtain, from the display of the mobile terminal, emergency information usable for choosing a location-independent emergency service category that is identified by each mobile network in the same way; receiving a chosen location-independent emergency service category from the user; attaching to the emergency call code the chosen location-independent emergency service category; and sending the location-independent emergency service category from the mobile terminal to the mobile network with the emergency call. receiving an emergency call code in a mobile terminal from a user; providing an emergency call code alpha tag identifier, indicative of an emergency, to a display of the mobile terminal, in response to the emergency call code, wherein the emergency call code alpha tag identifier enables the user to obtain, from the display of the mobile terminal, emergency information usable for choosing a location-independent emergency service category that is identified by each mobile network in the same way; receiving a chosen location-independent emergency service category from the user; attaching to the emergency call code the chosen location-independent emergency service category; and sending the location-independent emergency service category from the mobile terminal to the mobile network with the emergency call.
A clamping device for holding seals made from a rubber-elastic material, preferably seals formed as a hollow profile or sealing profiles thereof, wherein a pocket formed in a device body or housing for at least partially receiving the sealing profile and at least two fixing elements (7, 8) are provided, wherein the fixing elements (7, 8) can be moved by an actuating device (8, 11, 12, 13) in an axis direction (Z-axis) perpendicular or substantially perpendicular to a longitudinal extension of the pocket between a non-active position and an active position, characterized in that the fixing elements (7, 8) are formed as pins with needlepoint-like ends (7.1, 7.2), wherein the pins in their active position extend with their needlepoint-like tapered ends (7.1, 8.1) into the pocket and abut in a fixing manner against the sealing profile received in this pocket.
A dry, self-supporting fibrous material that can be slit without substantial fraying, the fibrous material comprising: a ply of dry structural fibers; a nonwoven veil of randomly-arranged fibers laminated to the ply of structural fibers; and a water-borne binder composition on at least some of the structural fibers, the water-borne binder composition comprising one or more polymers selected from polyhydroxyethers, polyurethanes, a mixture thereof, a copolymer thereof, or a reaction product thereof, and an aminoplast cross-linker, wherein the ply of structural fibers is in the form of unidirectional fibers or a fabric and the water-borne binder composition is distributed to the structural fibers, wherein the water-borne binder composition is present in an amount of 15% or less by weight based on the total weight of the fibrous material, and the structural fibers is a major component of the fibrous material, and wherein the fibrous material is permeable to liquid resin and the water-borne binder composition does not form a continuous film at the surface of the fibrous material. a ply of dry structural fibers; a nonwoven veil of randomly-arranged fibers laminated to the ply of structural fibers; and a water-borne binder composition on at least some of the structural fibers, the water-borne binder composition comprising one or more polymers selected from polyhydroxyethers, polyurethanes, a mixture thereof, a copolymer thereof, or a reaction product thereof, and an aminoplast cross-linker, wherein the ply of structural fibers is in the form of unidirectional fibers or a fabric and the water-borne binder composition is distributed to the structural fibers, wherein the water-borne binder composition is present in an amount of 15% or less by weight based on the total weight of the fibrous material, and the structural fibers is a major component of the fibrous material, and wherein the fibrous material is permeable to liquid resin and the water-borne binder composition does not form a continuous film at the surface of the fibrous material.
A material core for wind turbine blade, comprising: a core body; a first groove extending from a first side of the core body, in a first direction, into a depth d 1 in the core body; and a second groove extending from a second side of the core body facing away from the first side, in a direction opposite to the first direction, into a depth d 2 in the core body, wherein the second groove is parallel to the first groove, and wherein: d 2 = t − d 1 + x, 1 mm ≤ x < d 1, r = t − d 1, wherein t is a thickness of the core body, and r is a distance between an end of the first groove and the second side of the core body; and wherein a distance between the first groove and the second groove is o, characterized in that: 1 mm ≤ o ≤ 5 mm; wherein, by arranging the second groove close enough to the first groove and determining the depth d 2 of the second groove in relation to the parameter r, an influence of varying the parameter r on an core property is minimized or even eliminated, so that a sensitivity of the core property to variations and tolerances is substantially reduced or even eliminated, while a strength and a stiffness of the core body is enhanced. a core body; a first groove extending from a first side of the core body, in a first direction, into a depth d 1 in the core body; and a second groove extending from a second side of the core body facing away from the first side, in a direction opposite to the first direction, into a depth d 2 in the core body, wherein the second groove is parallel to the first groove, and wherein: d 2 = t − d 1 + x, 1 mm ≤ x < d 1, r = t − d 1, wherein t is a thickness of the core body, and r is a distance between an end of the first groove and the second side of the core body; and wherein a distance between the first groove and the second groove is o, characterized in that: 1 mm ≤ o ≤ 5 mm; wherein, by arranging the second groove close enough to the first groove and determining the depth d 2 of the second groove in relation to the parameter r, an influence of varying the parameter r on an core property is minimized or even eliminated, so that a sensitivity of the core property to variations and tolerances is substantially reduced or even eliminated, while a strength and a stiffness of the core body is enhanced.
A display apparatus comprising: a substrate comprising a display area and a peripheral area adjacent to the display area; a first data line disposed in the display area, the first data line extending in a first direction; a first input line disposed in the peripheral area, the first input line extending from the peripheral area towards the display area; and a first connecting wire electrically connected to the first input line in the peripheral area, the first connecting wire transferring a first input signal from the first input line to the first data line, wherein the first connecting wire comprises: a first connecting line disposed in the display area and extending in the first direction, the first connecting line is electrically connected to the first input line; and a second connecting line electrically connected to the first connecting line on one end and electrically connected to the first data line on an opposite end, the second connecting line extending in a second direction intersecting the first direction, and the first connecting line and the second connecting line are disposed on different layers. a substrate comprising a display area and a peripheral area adjacent to the display area; a first data line disposed in the display area, the first data line extending in a first direction; a first input line disposed in the peripheral area, the first input line extending from the peripheral area towards the display area; and a first connecting wire electrically connected to the first input line in the peripheral area, the first connecting wire transferring a first input signal from the first input line to the first data line, wherein the first connecting wire comprises: a first connecting line disposed in the display area and extending in the first direction, the first connecting line is electrically connected to the first input line; and a second connecting line electrically connected to the first connecting line on one end and electrically connected to the first data line on an opposite end, the second connecting line extending in a second direction intersecting the first direction, and a first connecting line disposed in the display area and extending in the first direction, the first connecting line is electrically connected to the first input line; and a second connecting line electrically connected to the first connecting line on one end and electrically connected to the first data line on an opposite end, the second connecting line extending in a second direction intersecting the first direction, and the first connecting line and the second connecting line are disposed on different layers.
A circuit for protection of an external power switch in a switch mode power supply, SMPS, the circuit comprising: a variable resistor; a switch coupled to the variable resistor in series, wherein: a first end of the series combination of the variable resistor and the switch is connected to a connection point; and the other end of the series combination of the variable resistor and the switch is connected to a first pin; a fixed value resistor coupled between the connection point and a second pin; and a comparator comprising: a first input coupled to the connection point; and a second input connectable to a source of the external power switch; wherein the comparator is configured to, when the circuit is connected to the SMPS: compare a voltage at the first input with a voltage at the second input when the external power switch is in ON state in order to output a signal to indicate an overtemperature of the external power switch based on the comparison, wherein the circuit is couplable to the SMPS such that the variable resistor, the fixed value resistor, the external power switch and a resistor of the SMPS form a Wheatstone bridge as follows: the resistor of the SMPS is coupled between the second pin and the source of the external power switch; and the ON-state resistance of the external power switch is connected between: i) the terminal of the resistor of the SMPS that is not connected to the second pin; and ii) the first pin. a variable resistor; a switch coupled to the variable resistor in series, wherein: a first end of the series combination of the variable resistor and the switch is connected to a connection point; and the other end of the series combination of the variable resistor and the switch is connected to a first pin; a fixed value resistor coupled between the connection point and a second pin; and a comparator comprising: a first input coupled to the connection point; and a second input connectable to a source of the external power switch; a first input coupled to the connection point; and a second input connectable to a source of the external power switch; wherein the comparator is configured to, when the circuit is connected to the SMPS: compare a voltage at the first input with a voltage at the second input when the external power switch is in ON state in order to output a signal to indicate an overtemperature of the external power switch based on the comparison, wherein the circuit is couplable to the SMPS such that the variable resistor, the fixed value resistor, the external power switch and a resistor of the SMPS form a Wheatstone bridge as follows: the resistor of the SMPS is coupled between the second pin and the source of the external power switch; and the ON-state resistance of the external power switch is connected between: i) the terminal of the resistor of the SMPS that is not connected to the second pin; and ii) the first pin. the resistor of the SMPS is coupled between the second pin and the source of the external power switch; and the ON-state resistance of the external power switch is connected between: i) the terminal of the resistor of the SMPS that is not connected to the second pin; and ii) the first pin.
A method of operating a transient change detector to detect transient changes in the distribution of a discrete time series, the transient change detector comprising a sampler to capture samples of the time series and a sampling stopping time determination unit to control the operation of the sampler and analyze the captured samples, wherein the sampler is operated in a sparse mode to capture samples of the time series during sniff periods (SP1-SP6), the sniff periods being successively repeated at a sniffing rate, wherein during a sniff period at most K test phases are performed, K being an integer superior or equal to two, each test phase consisting of analyzing, by the sampling stopping time determination unit, at least one sample of the time series captured by the sampler at sampling times according to a sampling rate which is higher than the sniffing rate to provide a positive or negative result of the test phase, the result being indicative of the presence, or respectively absence, of a transient change, wherein a sniff period is being terminated as soon as a test phase of the sniff period is negative, the sampling of the time series being stopped until the next sniff period, wherein a next test phase of a sniff period is performed only if the result of the previous test phase of the sniff period is positive, the next test phase being performed with analyzing at least as many samples as the previous test phase, wherein the sampler is operated to switch for at most n steps from operating in the sparse mode to operating in a dense mode if the results of K successive test phases of a sniff period are each positive, and wherein the sampler is operated in the dense mode to continuously capture samples of the time series at the sampling rate to detect a transient change.
Steering column for a motor vehicle, having a supporting unit that is attachable to a vehicle body and holds an actuating unit in which a steering spindle is rotatably mounted, and having an adjusting drive (2, 2') which is arranged between the supporting unit and the actuating unit and with which the actuating unit is adjustable relative to the supporting unit, wherein the adjusting drive has a threaded spindle that engages in a spindle nut (3, 3') and has an external thread, wherein a stop body is fastened to the external thread of the threaded spindle (4, 4') to limit a movement of the spindle nut (3, 3') in the direction of the spindle axis, said stop body surrounding a threaded portion of the threaded spindle (4, 4'), wherein the stop body has at least one partial plastic deformation, wherein the plastic deformation is firmly connected to the external thread of the threaded spindle, characterized in that the deformation is formed by a reshaping or recess introduced into the stop body from the outside.
Inductor assembly (100, 300, 400, 700) for a single or multi-phase and/or interleaved converter comprising: - a plurality of first conductors (112, 114, 116) arranged on respective legs of a first magnetic core, - a second core (120, 320, 420, 600) comprising one or more legs (128, 328, 428, 602, 604, 606), the second core (120, 320, 420, 600) being magnetically coupled to the first core via air-gaps and arranged to provide a path for common mode magnetic flux of the first conductors (112, 114, 116) characterised by - a second conductor (122, 124, 126) for each of the first conductors (112, 114, 116), the corresponding first and second conductor (112, 114, 116, 122, 124, 126) being electrically connected in series, the second conductors (122, 124, 126) being arranged on a single leg (328, 602, 604, 606) of the second core (120, 320, 600) and positively coupled to each other. - a plurality of first conductors (112, 114, 116) arranged on respective legs of a first magnetic core, - a second core (120, 320, 420, 600) comprising one or more legs (128, 328, 428, 602, 604, 606), the second core (120, 320, 420, 600) being magnetically coupled to the first core via air-gaps and arranged to provide a path for common mode magnetic flux of the first conductors (112, 114, 116) characterised by - a second conductor (122, 124, 126) for each of the first conductors (112, 114, 116), the corresponding first and second conductor (112, 114, 116, 122, 124, 126) being electrically connected in series, the second conductors (122, 124, 126) being arranged on a single leg (328, 602, 604, 606) of the second core (120, 320, 600) and positively coupled to each other.
A process for preparing a brominated and halohydrated polymer of at least one conjugated diene, comprising (a) reacting a starting polymer of at least one conjugated diene with a quaternary ammonium tribromide, quaternary phosphonium tribromide compound or both a quaternary ammonium tribromide and a quaternary phosphonium tribromide to brominate 50% to 98% of the conjugated diene repeating units in the starting polymer to form a partially brominated polymer and then (b) reacting the partially brominated polymer with an N-haloimide compound in the presence of water and a water-miscible solvent system for the partially brominated polymer to halohydrate at least a portion of the remaining conjugated diene repeating units and produce a brominated and halohydrated polymer.
A safety joint comprising: a first riser part and a second riser part overlapping in an axial direction and having end connections to be connectable as part of a riser, a release unit, locking the two riser parts (8, 9) together in a not activated mode, the release unit having other modes comprising a partly activated mode and fully activated mode, where the release unit comprises at least one axial extending tension rod connected between the two riser parts (8, 9), which tension rod is configured to deform plastically before breaking, thereby activating the release unit from the not activated mode to the partly and fully activated modes. a first riser part and a second riser part overlapping in an axial direction and having end connections to be connectable as part of a riser, a release unit, locking the two riser parts (8, 9) together in a not activated mode, the release unit having other modes comprising a partly activated mode and fully activated mode, where the release unit comprises at least one axial extending tension rod connected between the two riser parts (8, 9), which tension rod is configured to deform plastically before breaking, thereby activating the release unit from the not activated mode to the partly and fully activated modes.
A method of adaptation of contention windows in a multicarrier wireless communication system implementing a listen-before-talk protocol, the method comprising: determining one first component carrier, CC, of multiple CCs to serve as a backoff channel; performing a listen-before-talk procedure on the first CC serving as a backoff channel, the listen-before-talk procedure including: sensing whether the backoff channel is clear during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC; and if the sensing indicates that the backoff channel is clear: transmitting on the first CC; performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel; and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel; and determining a size of the CW based on at least one transmission feedback value. determining one first component carrier, CC, of multiple CCs to serve as a backoff channel; performing a listen-before-talk procedure on the first CC serving as a backoff channel, the listen-before-talk procedure including: sensing whether the backoff channel is clear during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC; and if the sensing indicates that the backoff channel is clear: transmitting on the first CC; performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel; and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel; and sensing whether the backoff channel is clear during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC; and deferring transmitting on the first CC; and if the sensing indicates that the backoff channel is clear: transmitting on the first CC; performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel; and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel; and transmitting on the first CC; performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel; and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel; and determining a size of the CW based on at least one transmission feedback value.