mhurhangee/ep-ind-claims huggingface dataset:
A floor (300, 1000, 1300, 1700) comprising: a floor beam (306,1002,1304, 1702, 1704); a seat track (312, 1004, 1306, 1706) coupled to the floor beam (306,1002,1304, 1702, 1704); and a cap (314, 1006,1308, 1708, 1710) coupled to at least a portion of the seat track and (312, 1004, 1306, 1706) at least a portion of the floor beam (306,1002,1304, 1702, 1704), the cap (314, 1006,1308, 1708, 1710) disposed over the floor beam (306,1002,1304, 1702, 1704) and the seat track (312, 1004, 1306, 1706), wherein the cap (314, 1006,1308, 1708, 1710) is coupled to the floor beam (306,1002,1304, 1702, 1704) via a coupler (600,1012), the coupler (600, 1012) disposed between the cap (314, 1006,1308, 1708, 1710) and the floor beam (306,1002,1304, 1702, 1704). a floor beam (306,1002,1304, 1702, 1704); a seat track (312, 1004, 1306, 1706) coupled to the floor beam (306,1002,1304, 1702, 1704); and a cap (314, 1006,1308, 1708, 1710) coupled to at least a portion of the seat track and (312, 1004, 1306, 1706) at least a portion of the floor beam (306,1002,1304, 1702, 1704), the cap (314, 1006,1308, 1708, 1710) disposed over the floor beam (306,1002,1304, 1702, 1704) and the seat track (312, 1004, 1306, 1706), wherein the cap (314, 1006,1308, 1708, 1710) is coupled to the floor beam (306,1002,1304, 1702, 1704) via a coupler (600,1012), the coupler (600, 1012) disposed between the cap (314, 1006,1308, 1708, 1710) and the floor beam (306,1002,1304, 1702, 1704).
Method for manufacturing a stepped gear wheel having at least two gears wheels (3, 5) with different diameter made from one workpiece, which gear wheels (3, 5) each having an outer circumference (3c, 5c) and two parallel opposing side faces (3a, 3b, 5a, 5b), characterised in that the method comprises the step of cutting gear wheel teeth in a part of the workpiece having a smaller diameter than another part of the workpiece, which cutting is performed by means of a cutting tool having a cutting wheel provided with cutting teeth having cutting edges on end faces of the cutting teeth, wherein during cutting both the workpiece and the cutting tool are rotated around their respective centre axes (21, 23), and wherein depending on the number of teeth to be cut in the relevant part of the rotating workpiece, the rotating cutting tool is positioned relative to the rotating workpiece such that the centre axis of the cutting tool is under an angle to the centre axis of the workpiece such that the cutting edges of the end faces of the cutting teeth during the rotating motion and in a gradual feed of the cutting tool parallel to the centre axis of the workpiece at the point of engagement perform an impact movement in the direction of the gear teeth (7, 9) to be cut, wherein the cutting tool is a ring shaped tool, wherein the cutting teeth are on the inside of the ring shaped tool, and, prior to the cutting operation, in the side surface of the larger gear wheel of the two gear wheels, at the location of the outer circumference of the smaller gear wheel of the two gear wheels, a recess is made to create space for the cutting tool during cutting of the smaller gear wheel.
Method for producing a swaging on a rope, particularly a wire rope, the method comprising the steps of: • providing a compression sleeve having at least one rope insertion hole (1.1) for individually inserting the at least one rope individually in one or more insertion hole(s); • inserting the at least one rope, particularly a wire rope, in the rope insertion hole (1.1); • compressing the compression sleeve; and • post-processing the compressed compression sleeve to provide the swaging, wherein the post-processing step comprises forming at least one hole (1.2) in the compressed compression sleeve at a site where the rope was previously disposed, characterized in that the diameter of the at least one hole (1.2) is equal to or larger than the diameter of the rope. • providing a compression sleeve having at least one rope insertion hole (1.1) for individually inserting the at least one rope individually in one or more insertion hole(s); • inserting the at least one rope, particularly a wire rope, in the rope insertion hole (1.1); • compressing the compression sleeve; and • post-processing the compressed compression sleeve to provide the swaging, wherein the post-processing step comprises forming at least one hole (1.2) in the compressed compression sleeve at a site where the rope was previously disposed, characterized in that the diameter of the at least one hole (1.2) is equal to or larger than the diameter of the rope.
A method of manufacturing an anion exchange membrane, the method comprising: • purifying a thermoplastic elastomer comprising an aromatic ring, • halomethylating the purified TPE, and • casting of the membrane, • aminating the purified and halomethylated TPE with at least a first amine and a second amine, the amines being any two or more of: • a monoamine, • a diamine, and • a polyamine, and • preparing the resultant membrane for use or storage, wherein the amination step is carried out on the cast membrane, and crosslinking of the membrane occurs during the amination step. • purifying a thermoplastic elastomer comprising an aromatic ring, • halomethylating the purified TPE, and • casting of the membrane, • aminating the purified and halomethylated TPE with at least a first amine and a second amine, the amines being any two or more of: • a monoamine, • a diamine, and • a polyamine, and • a monoamine, • a diamine, and • a polyamine, and • preparing the resultant membrane for use or storage,
Digital trip recorder, comprising - a continuous voltage input for the continuous supply of a supply voltage; - an ignition voltage input for the supply of the supply voltage during an ignition operating state; - a separate activation voltage input, which is additional to the continuous voltage input and the ignition voltage input, for supplying the supply voltage during an event operating state; - a continuous supply unit, which is coupled with the continuous voltage input and is set up to provide an electrical supply to a continuous supply region of the trip recorder as a function of a voltage at the continuous voltage input; - an operating supply unit, which is coupled with the ignition voltage input and the activation voltage input and is set up to provide an electrical supply to an operating supply region of the trip recorder as a function of a voltage at the ignition voltage input and/or at the activation voltage input; - a first interface module, which is assigned to the operating supply region, and - a first data-processing module, which is assigned to the continuous supply region and is set up to carry out, as a function of an application of the supply voltage at the activation voltage input, a data transfer via the first interface module to a data unloading unit. - a continuous voltage input for the continuous supply of a supply voltage; - an ignition voltage input for the supply of the supply voltage during an ignition operating state; - a separate activation voltage input, which is additional to the continuous voltage input and the ignition voltage input, for supplying the supply voltage during an event operating state; - a continuous supply unit, which is coupled with the continuous voltage input and is set up to provide an electrical supply to a continuous supply region of the trip recorder as a function of a voltage at the continuous voltage input; - an operating supply unit, which is coupled with the ignition voltage input and the activation voltage input and is set up to provide an electrical supply to an operating supply region of the trip recorder as a function of a voltage at the ignition voltage input and/or at the activation voltage input; - a first interface module, which is assigned to the operating supply region, and - a first data-processing module, which is assigned to the continuous supply region and is set up to carry out, as a function of an application of the supply voltage at the activation voltage input, a data transfer via the first interface module to a data unloading unit.
A metal elastomer compound comprising: an elastomer having a molecular weight in the range of 100,000 g/mol up to 300,000 g/mol; a metal fiber material comprising a plurality of metal fibers each having an aspect ratio greater than 1; and the metal fiber material mixed with the elastomer in an amount in the range of 50 phr up to 150 phr. an elastomer having a molecular weight in the range of 100,000 g/mol up to 300,000 g/mol; a metal fiber material comprising a plurality of metal fibers each having an aspect ratio greater than 1; and the metal fiber material mixed with the elastomer in an amount in the range of 50 phr up to 150 phr.
A printing system for printing on outer surfaces of objects, the system comprising a conveyor system configured for moving the objects along a closed loop lane, and one or more print head assemblies for printing on said objects, the system characterized in that: the print head assembly comprises at least two arrays of print head units, each array (R i) of print head units being configured to define a respective printing route (T i) along a printing axis, said print head units being arranged in a spaced-apart relationship along said at least two printing routes (T i), each of the print head units having at least one printing element for printing onto respective portions of the objects successively aligned with said at least one printing element while moving with respect to the print head assembly; and said conveyor system is configured for moving at least two streams of objects along a general conveying direction for passing the objects of each of the at least two streams in a successive manner through a respective printing route (T i),, and printing on said objects by printing elements of said respective printing route. the print head assembly comprises at least two arrays of print head units, each array (R i) of print head units being configured to define a respective printing route (T i) along a printing axis, said print head units being arranged in a spaced-apart relationship along said at least two printing routes (T i), each of the print head units having at least one printing element for printing onto respective portions of the objects successively aligned with said at least one printing element while moving with respect to the print head assembly; and said conveyor system is configured for moving at least two streams of objects along a general conveying direction for passing the objects of each of the at least two streams in a successive manner through a respective printing route (T i),, and printing on said objects by printing elements of said respective printing route.
Method for using quantum-secured keys in a network, in which at least two network elements (3 1, 3 2,... 3 n) that do not have their own quantum-mechanical means allow communication that takes place between them over the network to be secured with the aid of common quantum-secured keys, wherein the at least two network elements (3 1, 3 2,... 3 n) each locally generate a respective common quantum-secured key from an identical high-entropy random number that they receive via the network by way of an entropy stream consisting of random numbers and identifiers designating in each case one of these random numbers, wherein these network elements (3 1, 3 2,... 3 n) a.) receive the entropy stream from a stream multiplier (2 11, 2 12,... 2 1n, 2 21, 2 22,... 2 mn) of a hierarchical structure formed in the network that comprises, in addition to this stream multiplier (2 11, 2 12,... 2 1n, 2 21, 2 22,... 2 mn) and the network elements (3 1, 3 2,... 3 n) forming a bottom structural level (L x) therein, at least one entropy source ( 1 1, 1 2,... 1 n), which generates high-entropy random numbers with the aid of quantum-mechanical means, of a top structural level (L 0), and b.) generate the quantum-secured key by processing the random number using a pre-shared secret stored beforehand at each of the network elements (3 1, 3 2,... 3 n) as a common secret in accordance with a processing rule that they apply, that is to say in accordance with said processing rule. a.) receive the entropy stream from a stream multiplier (2 11, 2 12,... 2 1n, 2 21, 2 22,... 2 mn) of a hierarchical structure formed in the network that comprises, in addition to this stream multiplier (2 11, 2 12,... 2 1n, 2 21, 2 22,... 2 mn) and the network elements (3 1, 3 2,... 3 n) forming a bottom structural level (L x) therein, at least one entropy source ( 1 1, 1 2,... 1 n), which generates high-entropy random numbers with the aid of quantum-mechanical means, of a top structural level (L 0), and b.) generate the quantum-secured key by processing the random number using a pre-shared secret stored beforehand at each of the network elements (3 1, 3 2,... 3 n) as a common secret in accordance with a processing rule that they apply, that is to say in accordance with said processing rule.
Forming tool, comprising a first tool part which has a tool upper part and a die with a movably inserted holding-down device that is supported against the tool upper part via a first pressing means, a second tool part which has a tool lower part, a stamp that cooperates with the die for forming purposes, and a movable sheet holder that is supported against the tool lower part via a second pressing means, and a locking device which is provided between the sheet holder and the holding-down device and which has at least one spacer element, which spacer element is mounted such as to be movable, as a function of a relative movement that occurs as the forming tool is being closed, from a rest position into a working position which defines the distance between the sheet holder and the holding-down device as the forming tool is being opened, characterized in that the locking device has at least one wedge drive with a slider and a driver, wherein the slider having the spacer element is mounted such as to be displaceable, upon contact with the driver and as a function of the relative movement that occurs between the sheet holder and the tool upper part as the forming tool is being closed, in order to move the spacer element into its working position.
Use of a biaxially oriented polyester film in a molding process, said biaxially oriented polyester film comprising: an outer film layer A, and an outer film layer B comprising particles, layer A has a SRa roughness of from 1 nm to 5 nm, a SRz roughness of from 10 nm to 100 nm, and a thickness of greater than 10 μm; layer B has a SRa roughness of from 5 nm to 50 nm and a SRz roughness of from 10 nm to 200 nm, and the SRa and SRz of layer B is larger than the SRa and SRz of layer A. an outer film layer A, and an outer film layer B comprising particles, layer A has a SRa roughness of from 1 nm to 5 nm, a SRz roughness of from 10 nm to 100 nm, and a thickness of greater than 10 μm; layer B has a SRa roughness of from 5 nm to 50 nm and a SRz roughness of from 10 nm to 200 nm, and the SRa and SRz of layer B is larger than the SRa and SRz of layer A.
Protective element for a lashing or slinging means for lifting, tensioning or lashing objects - with a flexible base for positioning between the lashing or slinging means and the respective object and - with a flexible cover layer connected to the base, characterized in that - the base has at least one outer layer for abutment against the object and an inner layer for abutment against the lashing or slinging means and - the inner layer of the base is formed by a plastic foil. - with a flexible base for positioning between the lashing or slinging means and the respective object and - with a flexible cover layer connected to the base, characterized in that - the base has at least one outer layer for abutment against the object and an inner layer for abutment against the lashing or slinging means and - the inner layer of the base is formed by a plastic foil.
A method performed by a network entity in a wireless network, comprising: determining whether service congestion has occurred in the wireless network based on a number of at least one terminal of which user experience quality for a first service has deteriorated due to resource shortage in the wireless network; if it is determined that the service congestion has occurred in the wireless network, determining a maximum bit rate, MBR, to limit traffic of a second service of at least one terminal using the second service excluding the first service among services in the wireless network based on radio resource usage amount for the first service for securing the user experience quality for the first service of the at least one terminal of which the user experience quality for the first service has deteriorated; applying the determined MBR to limit traffic of the second service of the at least one terminal using the second service; and allocating a radio resource released from the second service of the at least one terminal using the second service to which the determined MBR is applied to the first service of the at least one terminal using the first service for which the user experience quality for the first service has deteriorated. determining whether service congestion has occurred in the wireless network based on a number of at least one terminal of which user experience quality for a first service has deteriorated due to resource shortage in the wireless network; if it is determined that the service congestion has occurred in the wireless network, determining a maximum bit rate, MBR, to limit traffic of a second service of at least one terminal using the second service excluding the first service among services in the wireless network based on radio resource usage amount for the first service for securing the user experience quality for the first service of the at least one terminal of which the user experience quality for the first service has deteriorated; applying the determined MBR to limit traffic of the second service of the at least one terminal using the second service; and allocating a radio resource released from the second service of the at least one terminal using the second service to which the determined MBR is applied to the first service of the at least one terminal using the first service for which the user experience quality for the first service has deteriorated.
A spark plug for a high frequency ignition system comprising: a centre electrode having a front end with a firing tip; a tubular insulator member having a front end) and an axial bore accommodating said centre electrode, said electrode firing tip protruding beyond said insulator front end; a counter electrode comprising a shell portion receiving said tubular insulator member; wherein said tubular insulator member comprises a core made from a dielectric material exhibiting a first dielectric constant and a peripheral layer in a material exhibiting a greater dielectric constant that faces said shell portion of said counter electrode; characterized in that said centre electrode comprises a hollow shaft portion in said insulator member formed as a metallic layer on the inner, axial bore surface of said insulator member; and a firing tip member in electrical contact with said hollow shaft portion. a centre electrode having a front end with a firing tip; a tubular insulator member having a front end) and an axial bore accommodating said centre electrode, said electrode firing tip protruding beyond said insulator front end; a counter electrode comprising a shell portion receiving said tubular insulator member; wherein said tubular insulator member comprises a core made from a dielectric material exhibiting a first dielectric constant and a peripheral layer in a material exhibiting a greater dielectric constant that faces said shell portion of said counter electrode; characterized in that said centre electrode comprises a hollow shaft portion in said insulator member formed as a metallic layer on the inner, axial bore surface of said insulator member; and a firing tip member in electrical contact with said hollow shaft portion.
Lysozyme for use in the prevention of psoriasis, treatment of psoriasis, and/or prevention of psoriasis recurrence, wherein the PASI score of the psoriasis is not less than 5, wherein lysozyme is prepared into a medicament, and the medicament is an enteric preparation.
Hydrostatic power unit which is configured as an adjustable machine with a continuously adjustable displacement volume and which is operable as a pump and as a motor and which is connectable in terms of drive to an internal combustion engine, wherein the power unit is configured to, in the pump mode, draw pressure medium by way of a suction side out of a tank and convey said pressure medium into a conveying line leading to at least one consumer, and wherein the power unit, in the motor mode, is configured as a hydraulic starter for starting the internal combustion engine, wherein pressure medium can be fed from a pressure medium accumulator to the power unit in the motor mode at the suction side, characterized in that the power unit is configured as an axial piston machine of swashplate type of construction, and in that the power unit, which is operable as a motor and as a pump, is configured as a unilaterally adjustable power unit, and a displacement volume setting device, which controls the displacement volume of the power unit and which is configured as a swashplate which is adjustable in terms of inclination, of the power unit is, for the pump mode and for the motor mode, adjustable from a position with minimum displacement volume in a pivoting direction to a position with maximum displacement volume, wherein the power unit, which is operable as a motor and as a pump, is equipped with a pivoting-out spring by means of which, when the internal combustion engine is in a shut-down state, the displacement volume setting device, which controls the displacement volume of the power unit and which is configured as a swashplate, is forced into the position with maximum displacement volume, such that, in the event of the suction side of the power unit being charged with pressure medium from the pressure medium accumulator, a direct starting process of the internal combustion engine by means of the motor mode of the power unit occurs without a temporally immediately preceding adjustment of the displacement volume setting device of the power unit.
A method comprising: communicating in a wireless network by communicating a series of superframes; and transmitting an omnidirectional beacon in each of selected ones of the series of superframes, at least one of the omnidirectional beacons includes information to schedule both directional and omnidirectional communications in the superframe containing the at least one omnidirectional beacon; and transmitting a directional beacon and no omnidirectional beacons in each of remaining ones of the series of superframes. communicating in a wireless network by communicating a series of superframes; and transmitting an omnidirectional beacon in each of selected ones of the series of superframes, at least one of the omnidirectional beacons includes information to schedule both directional and omnidirectional communications in the superframe containing the at least one omnidirectional beacon; and transmitting a directional beacon and no omnidirectional beacons in each of remaining ones of the series of superframes.