mhurhangee/ep-ind-claims huggingface dataset:
Acoustic cabin panel comprising: - a first and a second layer which are separated by an intermediate layer and form together with a plurality of reinforcing elements a core composite component; - at least one intermediate layer of a core material which is arranged in the intermediate layer; wherein the reinforcing elements extending from the first to the second layer through the at least one intermediate layer and in the finished state of the panels are resistant to tensile and compressive loads; wherein the reinforcing elements are at least partially infiltratable with a curable matrix material; wherein at least one prepreg impregnated with matrix material in the first and/or the second layer is provided; wherein the reinforcing elements to be infiltrated with matrix material are connected to the prepreg; and wherein the intermediate layer comprising a material which is elastically compressible and has a low stiffness and wherein the core material is a silicone foam rubber. - a first and a second layer which are separated by an intermediate layer and form together with a plurality of reinforcing elements a core composite component; - at least one intermediate layer of a core material which is arranged in the intermediate layer; wherein the reinforcing elements extending from the first to the second layer through the at least one intermediate layer and in the finished state of the panels are resistant to tensile and compressive loads; wherein the reinforcing elements are at least partially infiltratable with a curable matrix material; wherein at least one prepreg impregnated with matrix material in the first and/or the second layer is provided; wherein the reinforcing elements to be infiltrated with matrix material are connected to the prepreg; and wherein the intermediate layer comprising a material which is elastically compressible and has a low stiffness and wherein the core material is a silicone foam rubber.
Touring binding (10; 110; 210) comprising two bearing portions (32; 132; 232) arranged on different sides of a longitudinal axis, which bearing portions, in a closed position of the touring binding (10; 110; 210), are designed to engage with opposing lateral counterbearing portions of a boot in order to hold the boot on the binding arrangement (10; 110; 210) pivotally about a transverse axis extending transversely to the longitudinal axis, characterised by a lateral support arrangement (20; 120a, 120b; 220a, 220b), separate from the bearing portions (32; 132; 232), on which lateral support arrangement a front portion of the boot may be supported in the closed position of the touring binding (10; 110; 210) to block movement of the boot transversely to the longitudinal direction.
An apparatus for shaping plastics material preforms to form plastics material containers, with a conveying device which conveys the containers along a pre-set conveying path, with a stressing device which acts upon the containers with a flowable medium in order to expand them, with a reservoir for storing the flowable medium and with a supply device which delivers the flowable medium from the reservoir to the container, wherein a valve device (4a, 4b, 4c) controls the supply of the flowable medium into the containers, in order to expand the containers, wherein the apparatus has a first feed line in order to supply a flowable sterilization medium to the supply line between the reservoir and the container to be treated or in a removal line for the flowable medium, which removes the flowable medium from the containers, wherein the apparatus is a stretch blow moulding machine, which also comprises a stretching rod which stretches the containers in their longitudinal direction.
A catalytic article for treating an exhaust gas stream containing hydrocarbons, CO and particulate matter, obtained or obtainable by a method according to claim 5, the article comprising a substrate having an inlet end and an outlet end defining an axial length, the substrate coated with at least one washcoat layer comprising a surface-coated zeolite coated with one or more of zirconia and alumina, and a platinum group metal supported on alumina.
Operating system for a vehicle, comprising a plurality of touch-sensitive control elements (14, 16, 18), each of which is designed to generate a status signal (24, 30, 36), characterized in that the control elements (14, 16, 18) are operatively connected to one another via a discrete electrical interface and are designed to transmit their status signal (24, 30, 36) via the discrete electrical interface to the other control elements (14, 16, 18), wherein, if an operator touches at least one control element, a status signal corresponding thereto can be generated, and at least one other control element (16, 18) is designed to transition into a blocked state as a result of the corresponding status signal.
A manufacturing method of an optical fiber cable, comprising: an SZ twisting step of twisting a plurality of optical fibers or a plurality of optical fiber units in an SZ manner by an SZ twisting device, and forming an optical fiber bundle; and a covering step of covering the optical fiber bundle with a sheath by an extrusion molding device, the manufacturing method characterized in that: in the covering step, the optical fiber bundle is covered with the sheath while pressing the optical fiber bundle by a pressing portion disposed between the SZ twisting device and the extrusion molding device, and the SZ twisting step and a step of pressing the optical fiber bundle by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle therebetween. an SZ twisting step of twisting a plurality of optical fibers or a plurality of optical fiber units in an SZ manner by an SZ twisting device, and forming an optical fiber bundle; and a covering step of covering the optical fiber bundle with a sheath by an extrusion molding device, the manufacturing method characterized in that: in the covering step, the optical fiber bundle is covered with the sheath while pressing the optical fiber bundle by a pressing portion disposed between the SZ twisting device and the extrusion molding device, and the SZ twisting step and a step of pressing the optical fiber bundle by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle therebetween. in the covering step, the optical fiber bundle is covered with the sheath while pressing the optical fiber bundle by a pressing portion disposed between the SZ twisting device and the extrusion molding device, and the SZ twisting step and a step of pressing the optical fiber bundle by the pressing portion are operated without winding a holding member for limiting untwisting around the optical fiber bundle therebetween.
A billet including a cladding member comprised of an alloy selected from the group comprising stainless steel, nickel-chrome, nickel-copper and copper-nickel alloys, and a carbon steel body that is positioned so that it has an interface with the cladding member, characterised by a part of the steel body that has the interface with the cladding member having a formation being a cavity, passage, bore or recess in which scavenging metal that serves to scavenge oxygen and all other gases except inert gases from residual air at the interface is located and a barrier element of carbon steel being provided that separates the scavenging metal from the cladding member at the interface, and a sealing weld that seals the billet.
A filter device having a plurality of filter elements which are accommodated in a filter housing which is shut off to the top with a cover and to the bottom by a bottom, having a filter inlet for a fluid to be filtered and a filter outlet for the filtered fluid, a flow being able to pass through the filter elements in both directions for filtration or backflushing, between at least some of the filter elements and the filter outlet in each instance one further filter element, in the form of a fine filter element, being arranged in regions of the flow path of the fluid which is pre-filtered by the respective filter element assigned to the further filter element, the fine filter elements being made to be tubular, characterised in that the filter elements have an inner filter cavity which on the end side at least partially overlaps an inlet opening in the bottom, via which opening fouled fluid can be routed both during filtration and also during backflushing, that each fine filter element comprises a filter element, maintaining a definable distance radially, and that the fine filter elements have a greater axial extension than the filter elements.
A method for making an elastomeric laminate, the method comprising the steps of: rotating a first roller about a first axis of rotation, the first roller having an outer circumferential surface having a surface speed V1; rotating a second roller about a second axis of rotation, the second roller having an outer circumferential surface having a surface speed V1, wherein the first roller and the second roller rotate in opposite directions, and wherein the first roller is adjacent the second roller to define a first nip between the first roller and the second roller; rotating a third roller about a third axis of rotation, the third roller having an outer circumferential surface having a surface speed V2, wherein V2 is greater than V1; supplying a first substrate having a first surface and an opposing second surface; continuously advancing the first substrate at speed V2 in a machine direction, wherein the first surface of the first substrate travels in an opposing direction to and in contact with the outer circumferential surface of the second roller, and wherein the second surface of the first substrate travels in the same direction as and in contact with the outer circumferential surface of the third roller; stretching an elastic material in the machine direction by advancing the elastic material through the first nip to the third roller; and joining the elastic material with the first surface of the first substrate while the second surface of the first substrate contacts the outer circumferential surface of the third roller. rotating a first roller about a first axis of rotation, the first roller having an outer circumferential surface having a surface speed V1; rotating a second roller about a second axis of rotation, the second roller having an outer circumferential surface having a surface speed V1, wherein the first roller and the second roller rotate in opposite directions, and wherein the first roller is adjacent the second roller to define a first nip between the first roller and the second roller; rotating a third roller about a third axis of rotation, the third roller having an outer circumferential surface having a surface speed V2, wherein V2 is greater than V1; supplying a first substrate having a first surface and an opposing second surface; continuously advancing the first substrate at speed V2 in a machine direction, wherein the first surface of the first substrate travels in an opposing direction to and in contact with the outer circumferential surface of the second roller, and wherein the second surface of the first substrate travels in the same direction as and in contact with the outer circumferential surface of the third roller; stretching an elastic material in the machine direction by advancing the elastic material through the first nip to the third roller; and joining the elastic material with the first surface of the first substrate while the second surface of the first substrate contacts the outer circumferential surface of the third roller.
Method for determining the occupancy of a carriage of a rail vehicle, in which the weight of the carriage is determined by means of a sensor arrangement, wherein the weight detected by the sensor arrangement is forwarded to a control unit, wherein the empty weight of the carriage is stored in the control unit and wherein the occupancy of the carriage is determined by comparing the empty weight to the determined weight, characterised in that the carriage is mounted on bogies with primary springs, wherein each primary spring of the carriage is associated with a sensor arrangement.
A method of wireless communications by a user equipment, UE, comprising: determining a transmit power budget; receiving signaling indicating how to allocate the transmit power budget across transmit chains for a physical uplink shared channel, PUSCH, transmission; allocating the transmit power budget across transmit chains that have a PUSCH transmission, wherein the transmit power budget is allocated across transmit chains by a multi-step procedure comprising: (a) scaling the transmission power budget by the ratio of a number of antenna ports with a non-zero PUSCH transmission to a number of configured antenna ports, and (b) splitting the resulting scaled power equally across the antenna ports on which non-zero PUSCH is to be transmitted; wherein the signaling indicates whether or not the UE can skip at least one step of the multi-step procedure for allocating the transmit power budget across transmit chains; and transmitting the PUSCH using the transmit chains according to the determined transmit power allocation. determining a transmit power budget; receiving signaling indicating how to allocate the transmit power budget across transmit chains for a physical uplink shared channel, PUSCH, transmission; (a) scaling the transmission power budget by the ratio of a number of antenna ports with a non-zero PUSCH transmission to a number of configured antenna ports, and (b) splitting the resulting scaled power equally across the antenna ports on which non-zero PUSCH is to be transmitted;
A method for a User Equipment, in the following also referred to as UE,, comprising: receiving a first signaling to configure a preconfigured uplink resource, in the following also referred to as PUR, to be used in a cell; and determining whether to use the PUR in the cell at least based on whether a timing advance is valid, wherein whether the timing advance is valid is based on at least a difference between a first measurement result and a second measurement result, and wherein the first measurement result is derived at a first timing, and the second measurement result is derived at a second timing, characterized in that the first measurement result and the second measurement result are derived from different beams of the cell or are derived from at least one beam of the cell, which is indicated by a network for timing advance validation or configured with the PUR. receiving a first signaling to configure a preconfigured uplink resource, in the following also referred to as PUR, to be used in a cell; and determining whether to use the PUR in the cell at least based on whether a timing advance is valid, wherein whether the timing advance is valid is based on at least a difference between a first measurement result and a second measurement result, and wherein the first measurement result is derived at a first timing, and the second measurement result is derived at a second timing, characterized in that the first measurement result and the second measurement result are derived from different beams of the cell or are derived from at least one beam of the cell, which is indicated by a network for timing advance validation or configured with the PUR.
Method for diagnosing combustion misfires of an internal combustion engine having at least one cylinder, comprising the following steps: determining exhaust gas counterpressure values of the at least one cylinder via at least one working cycle, correlating the exhaust gas counterpressure values with respect to the camshaft position and/or the working cycle, determining the exhaust gas counterpressure maxima and/or exhaust gas counterpressure minima per working cycle, comparing the exhaust gas counterpressure maxima and/or exhaust gas counterpressure minima with maximum and/or minimum values of previous working cycles and identifying the deviations, wherein the deviations are identified by means of simple subtraction, comparing the deviations with a previously defined threshold value, detecting a combustion misfire if the comparison of one of the deviations with the previously defined threshold value results in the determined deviation being greater than the threshold value.
An apparatus for applying a decoration to an exterior surface of a metallic container (22, 28), comprising: a plurality of individual transfer blanket segments; an electrophotographic system in a predetermined alignment with respect to the plurality of individual transfer blanket segments, the electrophotographic system operable to convey a toner material to the plurality of individual transfer blanket segments; and a feed unit to move the metallic container (22, 28) into contact with a transfer blanket segment of the plurality of individual transfer blanket segments to transfer the toner material from the transfer blanket segment to the exterior surface of the metallic container (22, 28) to form the decoration, characterized in that each of the plurality of individual transfer blanket segments is interconnected to a blanket support, wherein the blanket supports have a length that is variable such that two adjacent transfer blanket segments of the plurality of individual transfer blanket segments have a first spacing with respect to each other when positioned adjacent to the electrophotographic system and the two adjacent transfer blanket segments have a second greater spacing with respect to each other when positioned adjacent to the feed unit. a plurality of individual transfer blanket segments; an electrophotographic system in a predetermined alignment with respect to the plurality of individual transfer blanket segments, the electrophotographic system operable to convey a toner material to the plurality of individual transfer blanket segments; and a feed unit to move the metallic container (22, 28) into contact with a transfer blanket segment of the plurality of individual transfer blanket segments to transfer the toner material from the transfer blanket segment to the exterior surface of the metallic container (22, 28) to form the decoration, characterized in that each of the plurality of individual transfer blanket segments is interconnected to a blanket support, wherein the blanket supports have a length that is variable such that two adjacent transfer blanket segments of the plurality of individual transfer blanket segments have a first spacing with respect to each other when positioned adjacent to the electrophotographic system and the two adjacent transfer blanket segments have a second greater spacing with respect to each other when positioned adjacent to the feed unit.
Method for the manufacture of bristle fields for brushes or of bristle bundles for paint brushes, wherein clusters of bristles are filled into perforations of moulds, wherein initially the clusters of bristles are formed from individual bristles in that a bristle supply is separated to form clusters of bristles, whereupon the bristles are infed to the mould in clusters by means of a gas stream or an air stream via individual infeed lines, which in each case accommodate one cluster of bristles, and introduced into the perforations of the mould or of a preform, wherein the gas stream or air stream is generated by means of negative pressure, wherein, during conveying thereof, the clusters of bristles are at least temporarily additionally impinged with a compressed gas, or with compressed air, acting in the conveying direction, characterized in that, at the beginning of conveying and upon entry into the infeed lines, the clusters of bristles are exclusively subjected to a negative pressure prevalent in the infeed lines and in that, after the clusters of bristles have passed a stage or an entry point for the positive pressure, a positive pressure is generated or applied to the infeed lines at their entry region, wherein a positive pressure, which has a greater differential in relation to the atmospheric standard pressure than the negative pressure has, is applied.
A method of manufacturing an organic light-emitting display device using a laser beam irradiation apparatus (1, 2) comprising a laser driver, the method comprising: forming an organic light-emitting part; forming a sealing part around the organic light-emitting part, the sealing part being formed on a first substrate or a second substrate; aligning the first substrate and the second substrate; and irradiating a laser beam; characterised in that the laser beam moves along the sealing part following a motion path in which a rectilinear motion and a revolving motion are combined, wherein the revolving motion is circular motion about a point, such that the motion path comprises curved trajectories that overlap each other, wherein an intensity of the laser beam is changed by the laser driver while the laser beam is performing the revolving motion, wherein a circumference of a path of the revolving motion is divided into a plurality of segments, each of the plurality of segments subtending the same angle of the rotation motion, and the laser driver changes the intensity of the laser beam such that the intensity of the laser beam is varied to be different in each of the plurality of segments. forming an organic light-emitting part; forming a sealing part around the organic light-emitting part, the sealing part being formed on a first substrate or a second substrate; aligning the first substrate and the second substrate; and irradiating a laser beam; characterised in that the laser beam moves along the sealing part following a motion path in which a rectilinear motion and a revolving motion are combined, wherein the revolving motion is circular motion about a point, such that the motion path comprises curved trajectories that overlap each other, wherein an intensity of the laser beam is changed by the laser driver while the laser beam is performing the revolving motion, wherein a circumference of a path of the revolving motion is divided into a plurality of segments, each of the plurality of segments subtending the same angle of the rotation motion, and the laser driver changes the intensity of the laser beam such that the intensity of the laser beam is varied to be different in each of the plurality of segments.