mhurhangee/ep-ind-claims huggingface dataset:
A missile detector, in particular a passive missile detector, comprising: a primary sensor for detecting a potential missile in a first spectral range; a secondary sensor for detecting the potential missile in a second spectral range; an evaluation unit configured to: - receive first detection signals from the primary sensor and to generate a warning signal from the potential missile after a declaration threshold value has been exceeded, - continuously receive second detection signals from the secondary sensor and to store said second detection signals for a predetermined period of time, wherein the predetermined time period depends on an expected flight time period of the potential missile to an object to be warned by the missile detector, - perform a verification of the potential missile based on a tracking when the warning signal is present, the tracking comprising an analysis of the stored sensor signals of the secondary sensor and being performed in time up to a possible firing event, the firing event being a temporally localized maximum in the sensor data or an earliest possible sensor signal within the tracking. a primary sensor for detecting a potential missile in a first spectral range; a secondary sensor for detecting the potential missile in a second spectral range; an evaluation unit configured to: - receive first detection signals from the primary sensor and to generate a warning signal from the potential missile after a declaration threshold value has been exceeded, - continuously receive second detection signals from the secondary sensor and to store said second detection signals for a predetermined period of time, wherein the predetermined time period depends on an expected flight time period of the potential missile to an object to be warned by the missile detector, - perform a verification of the potential missile based on a tracking when the warning signal is present, the tracking comprising an analysis of the stored sensor signals of the secondary sensor and being performed in time up to a possible firing event, the firing event being a temporally localized maximum in the sensor data or an earliest possible sensor signal within the tracking. - receive first detection signals from the primary sensor and to generate a warning signal from the potential missile after a declaration threshold value has been exceeded, - continuously receive second detection signals from the secondary sensor and to store said second detection signals for a predetermined period of time, wherein the predetermined time period depends on an expected flight time period of the potential missile to an object to be warned by the missile detector, - perform a verification of the potential missile based on a tracking when the warning signal is present, the tracking comprising an analysis of the stored sensor signals of the secondary sensor and being performed in time up to a possible firing event, the firing event being a temporally localized maximum in the sensor data or an earliest possible sensor signal within the tracking.
Fitting comprising a water guide pipe with a wall laterally delimiting the water guide pipe, an opening provided as inlet opening and a further opening provided as outlet opening and an insert element which can be at least partially inserted into the water guide pipe via one of the two openings (4a, 4b), wherein the pipe section of the water guide pipe, in which the insert element is mounted, is formed substantially with a rectangular cross-section, wherein the insert element extends with a rear wall substantially completely over at least one side wall and wherein the insert element has optional wall parts which extend away from the rear wall, and wherein the insert element is formed from an elastic material in such a way that limescale deposits on the insert element can be removed from the insert element by deforming the insert element when the insert element is removed. a water guide pipe with a wall laterally delimiting the water guide pipe, an opening provided as inlet opening and a further opening provided as outlet opening and an insert element which can be at least partially inserted into the water guide pipe via one of the two openings (4a, 4b), wherein the pipe section of the water guide pipe, in which the insert element is mounted, is formed substantially with a rectangular cross-section, wherein the insert element extends with a rear wall substantially completely over at least one side wall and wherein the insert element has optional wall parts which extend away from the rear wall, and wherein the insert element is formed from an elastic material in such a way that limescale deposits on the insert element can be removed from the insert element by deforming the insert element when the insert element is removed.
Method for assisting in a coupling process of a motor vehicle reversing towards a trailer, comprising the steps: - detecting a ball-shaped coupling of the trailer on the basis of a camera image recorded by means of a camera of the motor vehicle; - limiting the camera image to an image extract containing the ball-shaped coupling; characterized by the following further steps: - detecting at least one curved front edge of the ball-shaped coupling within the limited image extract, wherein edges are initially detected by means of at least one image processing operation and these edges are then filtered by various parameters; - determining the engagement position for a vehicle-side towball on the basis of the at least one detected curved front edge (7, 13) of the ball-shaped coupling, wherein a curvature of the at least one front edge is established and the engagement position is determined depending on the established curvature, wherein by means of the established curvature of the at least one front edge, a centre point of the front edge (7, 13) is determined and this is defined as the engagement position for the vehicle-side towball; - wherein at least one further front edge of the ball-shaped coupling is detected inside the limited image extract, and the engagement position for the vehicle-side towball is determined on the basis of both detected front edges (7, 13); and - wherein respective curvatures of the front edges (7, 13) are established, then by means of the established curvatures an overall centre point of the front edges (7, 13) is determined, and this overall centre point is defined as the engagement position for the vehicle-side towball. - detecting a ball-shaped coupling of the trailer on the basis of a camera image recorded by means of a camera of the motor vehicle; - limiting the camera image to an image extract containing the ball-shaped coupling; - detecting at least one curved front edge of the ball-shaped coupling within the limited image extract, wherein edges are initially detected by means of at least one image processing operation and these edges are then filtered by various parameters; - determining the engagement position for a vehicle-side towball on the basis of the at least one detected curved front edge (7, 13) of the ball-shaped coupling, wherein a curvature of the at least one front edge is established and the engagement position is determined depending on the established curvature, wherein by means of the established curvature of the at least one front edge, a centre point of the front edge (7, 13) is determined and this is defined as the engagement position for the vehicle-side towball; - wherein at least one further front edge of the ball-shaped coupling is detected inside the limited image extract, and the engagement position for the vehicle-side towball is determined on the basis of both detected front edges (7, 13); and - wherein respective curvatures of the front edges (7, 13) are established, then by means of the established curvatures an overall centre point of the front edges (7, 13) is determined, and this overall centre point is defined as the engagement position for the vehicle-side towball.
A composition comprising the product of melt blending: 30 to 60 weight percent of a polyamide; a flame retardant comprising 12 to 25 weight percent brominated polystyrene; and 5 to 30 weight percent of a polymeric flame retardant synergist comprising a poly(arylene ether)-polysiloxane block copolymer reaction product; wherein the poly(arylene ether)-polysiloxane block copolymer reaction product comprises poly(arylene ether) and poly(arylene ether)-polysiloxane block copolymer and is the product of a process comprising oxidatively copolymerizing a monomer mixture comprising a monohydric phenol and a hydroxyaryl-terminated polysiloxane; wherein all weight percent are based on the total weight of the composition. 30 to 60 weight percent of a polyamide; a flame retardant comprising 12 to 25 weight percent brominated polystyrene; and 5 to 30 weight percent of a polymeric flame retardant synergist comprising a poly(arylene ether)-polysiloxane block copolymer reaction product; wherein the poly(arylene ether)-polysiloxane block copolymer reaction product comprises poly(arylene ether) and poly(arylene ether)-polysiloxane block copolymer and is the product of a process comprising oxidatively copolymerizing a monomer mixture comprising a monohydric phenol and a hydroxyaryl-terminated polysiloxane; wherein all weight percent are based on the total weight of the composition.
One or more computer storage media having computer-executable instructions embodied thereon that, when executed, by one or more processors, causes the one or more processors to perform a method for displaying a class indication for unstructured text in a URL, the method comprising: receiving a URL; forming a contextual-character embedding from the URL; forming a contextual-word embedding from the URL; inputting the contextual-character embedding into a character-level path of a URL classifier; generating a first output from the character-level path; inputting the contextual-word embedding into a word-level path of the URL classifier; generating a second output from the word-level path; combining the first output and the second output to form a decision input vector; generating a decision statistic using the decision input vector; determining the decision statistic indicates the URL is malicious; and outputting a URL warning in response to the decision statistic indicating the URL is malicious; wherein each of the character-level path and the word-level path comprise two text processing blocks arranged in series, wherein each text processing block comprises a plurality of parallel convolutional layers, a set of parallel pooling layers, a set of parallel activation layers, and a concatenation layer to generate a matrix from an output of the set of parallel activation layers. receiving a URL; forming a contextual-character embedding from the URL; forming a contextual-word embedding from the URL; inputting the contextual-character embedding into a character-level path of a URL classifier; generating a first output from the character-level path; inputting the contextual-word embedding into a word-level path of the URL classifier; generating a second output from the word-level path; combining the first output and the second output to form a decision input vector; generating a decision statistic using the decision input vector; determining the decision statistic indicates the URL is malicious; and outputting a URL warning in response to the decision statistic indicating the URL is malicious; wherein each of the character-level path and the word-level path comprise two text processing blocks arranged in series, wherein each text processing block comprises a plurality of parallel convolutional layers, a set of parallel pooling layers, a set of parallel activation layers, and a concatenation layer to generate a matrix from an output of the set of parallel activation layers.
A conveyance system comprising: a chamber; a plate (7A, 7B, 7C, 7D) disposed in the chamber, the plate being used for disposing an article thereon; wherein the conveyance system further comprises: an in-chamber bridge disposed next to the plate in the chamber; an out-of-chamber bridge disposed outside a door of the chamber, the out-of-chamber bridge being contactable with the in-chamber bridge, wherein the in-chamber bridge is movable between the out-of-chamber bridge and the plate; a moving member that moves along the in-chamber bridge and the plate to move the article on the in-chamber bridge and the plate, wherein the moving member moves along the out-of-chamber bridge, the in-chamber bridge, and the plate; and a sterilization device (100, 101) that sterilizes an interior of the chamber, wherein the chamber is allowed to be tightly sealed, with the moving member disposed on the in-chamber bridge. a chamber; a plate (7A, 7B, 7C, 7D) disposed in the chamber, the plate being used for disposing an article thereon; wherein the conveyance system further comprises: an in-chamber bridge disposed next to the plate in the chamber; an out-of-chamber bridge disposed outside a door of the chamber, the out-of-chamber bridge being contactable with the in-chamber bridge, wherein the in-chamber bridge is movable between the out-of-chamber bridge and the plate; a moving member that moves along the in-chamber bridge and the plate to move the article on the in-chamber bridge and the plate, wherein the moving member moves along the out-of-chamber bridge, the in-chamber bridge, and the plate; and a sterilization device (100, 101) that sterilizes an interior of the chamber, wherein the chamber is allowed to be tightly sealed, with the moving member disposed on the in-chamber bridge. an in-chamber bridge disposed next to the plate in the chamber; an out-of-chamber bridge disposed outside a door of the chamber, the out-of-chamber bridge being contactable with the in-chamber bridge, wherein the in-chamber bridge is movable between the out-of-chamber bridge and the plate; a moving member that moves along the in-chamber bridge and the plate to move the article on the in-chamber bridge and the plate, wherein the moving member moves along the out-of-chamber bridge, the in-chamber bridge, and the plate; and a sterilization device (100, 101) that sterilizes an interior of the chamber, wherein the chamber is allowed to be tightly sealed, with the moving member disposed on the in-chamber bridge.
A method for establishing a manifest for a requesting terminal configured to receive a multimedia content divided into segments, each segment being available in one or more representations, said manifest listing available representations for the multimedia content and specifying a plurality of adaptation sets, each adaptation set defining a spatial object (401, 402, 403) from a plurality of spatial objects (401, 402, 403) of the multimedia content, the plurality of spatial objects of the adaptation sets defining a whole spatial object, comprising: - defining, in the manifest, a type of mapping to be used for rendering the multimedia content associated with said whole spatial object; - defining, in the manifest, a point of reference, defining a center point and/or origin of the whole spatial object, in an adaptation set of reference amongst said plurality of adaptation sets; and - providing, in the manifest, depth information indicating a position of at least one spatial object (401, 402, 403) between the user eye and a background of the multimedia content in form of a single value; - whereby the depth information is provided for each respective adaptation set of the plurality of adaptation sets, for rendering the spatial object in front of the background of the multimedia content. - defining, in the manifest, a type of mapping to be used for rendering the multimedia content associated with said whole spatial object; - defining, in the manifest, a point of reference, defining a center point and/or origin of the whole spatial object, in an adaptation set of reference amongst said plurality of adaptation sets; and - providing, in the manifest, depth information indicating a position of at least one spatial object (401, 402, 403) between the user eye and a background of the multimedia content in form of a single value; - whereby the depth information is provided for each respective adaptation set of the plurality of adaptation sets, for rendering the spatial object in front of the background of the multimedia content.
Method for producing a pneumatic vehicle tire with a belt, wherein at least one belt ply (13, 15) is formed by parallel steel cords (23, 25) embedded in rubber, wherein the belt ply is built up on a building drum in order to produce the green tire, wherein, after the completion of the green tire, the green tire undergoes final shaping and vulcanization in a vulcanizing press, characterized in that a belt ply (13, 15) consisting of parallel elastic steel cords (23, 25) embedded in rubber is laid on the building drum in order to build up the belt, and in that, after the completion of the green tire, the elasticity of the steel cords (23, 25) is modified to produce less elastic steel cords (23, 25) - in particular inelastic steel cords (23, 25) having an elongation D of D ≤ 0.2% at 10% of the breaking load - during the final shaping and vulcanizing of the green tire in a vulcanizing press.
A method of analyzing a molecule interacting with a nanopore, wherein the nanopore is inserted in a membrane, comprising: applying a voltage across a nanopore that is inserted in a membrane by coupling the nanopore to a voltage source; decoupling the nanopore from the voltage source; and after the decoupling, determining a rate of decay of the voltage across the nanopore. applying a voltage across a nanopore that is inserted in a membrane by coupling the nanopore to a voltage source; decoupling the nanopore from the voltage source; and after the decoupling, determining a rate of decay of the voltage across the nanopore.
Underwater drilling device for procuring and analyzing ground samples of a bed of a body of water, having - a base frame which is designed for lowering into a body of water and for placing onto the bed of the body of water, - a drill drive for rotationally driving a drill rod which is composed of tubular drill rod elements, wherein the drill drive is supported in a vertically movable manner along a drilling axis between a lower borehole opening and an upper retracted position, - a first storage area on the base frame for storing the individual tubular drill rod elements for assembly of the drill rod, wherein a receiving part for a drill core is in each case held in a releasable manner in the drill rod elements, - a second storage area on the base frame for storing the receiving parts with the obtained drill cores as a ground sample, - a supply means, with which individual drill rod elements can be supplied from the first storage area to the drilling axis in order to form the drill rod, and - a removal means for removing a receiving part with drill core from the drill rod and for depositing in a specific storage place in the second storage area, characterized in that - on the base frame in a surrounding area of the drilling axis at least one sensor means is arranged, which is designed for determining at least one physical and/or chemical property of the drill core, and - in that a data processing means is provided, which is designed for storing data determined on the at least one physical and/or chemical property of the drill core and data on the storage place of the drill core in the second storage area. - a base frame which is designed for lowering into a body of water and for placing onto the bed of the body of water, - a drill drive for rotationally driving a drill rod which is composed of tubular drill rod elements, wherein the drill drive is supported in a vertically movable manner along a drilling axis between a lower borehole opening and an upper retracted position, - a first storage area on the base frame for storing the individual tubular drill rod elements for assembly of the drill rod, wherein a receiving part for a drill core is in each case held in a releasable manner in the drill rod elements, - a second storage area on the base frame for storing the receiving parts with the obtained drill cores as a ground sample, - a supply means, with which individual drill rod elements can be supplied from the first storage area to the drilling axis in order to form the drill rod, and - a removal means for removing a receiving part with drill core from the drill rod and for depositing in a specific storage place in the second storage area, characterized in that - on the base frame in a surrounding area of the drilling axis at least one sensor means is arranged, which is designed for determining at least one physical and/or chemical property of the drill core, and - in that a data processing means is provided, which is designed for storing data determined on the at least one physical and/or chemical property of the drill core and data on the storage place of the drill core in the second storage area.
A semiconductor test device for sequentially carrying out AC tests Including a load short circuit test and a switching test, a DC test, and a thermal resistance test with a power semiconductor device as a device under test, the test device comprising: a holding unit that fixes the device under test in a predetermined position; first and second test units that generate a test signal for the device under test, and determine test results, the first test unit being adapted to perform the AC tests including the load short circuit test and the switching test, and the second test unit being adapted to perform the DC test and the thermal resistance test; and a connection unit (20, 23, 25, 27) that switches between the first and second test units (16, 17) for sequentially electrically connecting the first and second test units (16, 17) to predetermined electrodes of the device under test fixed by the holding unit, wherein the first and second test units (16, 17) are sequentially connected to the device under test for carrying out the AC tests including the load short circuit test and the switching test, the DC test, and the thermal resistance test. a holding unit that fixes the device under test in a predetermined position; first and second test units that generate a test signal for the device under test, and determine test results, the first test unit being adapted to perform the AC tests including the load short circuit test and the switching test, and the second test unit being adapted to perform the DC test and the thermal resistance test; and a connection unit (20, 23, 25, 27) that switches between the first and second test units (16, 17) for sequentially electrically connecting the first and second test units (16, 17) to predetermined electrodes of the device under test fixed by the holding unit, wherein the first and second test units (16, 17) are sequentially connected to the device under test for carrying out the AC tests including the load short circuit test and the switching test, the DC test, and the thermal resistance test.
A tobacco plant, or plant part thereof, comprising a mutation in a gene encoding a CYP82E10 nicotine demethylase, wherein said mutation is in a gene encoding a CYP82E10 nicotine demethylase which comprises an amino acid sequence having at least 98% sequence identity to SEQ ID NO:2, 5, 6, 7, 8, or 9, said mutation results in a modification of the amino acid sequence of said CYP82E10 nicotine demethylase at an amino acid residue corresponding to position 79, 107 or 419 of SEQ ID NO: 2, or any combination thereof, and wherein said mutation results in reduced expression or function of said CYP82E10 nicotine demethylase.