mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a wireless data network, wherein data is transmitted from a terahertz-capable transmitting station by means of a bundled terahertz wave to a terahertz-capable mobile electronic terminal, the method comprising the following process steps: detecting a moving object, which may interfere with the data connection between the transmitting station and the terminal via the bundled terahertz wave, analysing the movement of the object, producing a first prognosis at a point in time (t2, t3) in the future, wherein the first prognosis comprises a probable position of the object for the point in time (t2, t3) in the future, detecting current connection parameters of a momentary THz data connection between the transmitting station and the terminal, analysing the first prognosis and the current connection parameters, and producing a second prognosis relating to the effects, which the object will exert in the position predicted for the point in time (t2, t3) on the connection parameters of the data connection between the transmitting station and the terminal. detecting a moving object, which may interfere with the data connection between the transmitting station and the terminal via the bundled terahertz wave, analysing the movement of the object, producing a first prognosis at a point in time (t2, t3) in the future, wherein the first prognosis comprises a probable position of the object for the point in time (t2, t3) in the future, detecting current connection parameters of a momentary THz data connection between the transmitting station and the terminal, analysing the first prognosis and the current connection parameters, and producing a second prognosis relating to the effects, which the object will exert in the position predicted for the point in time (t2, t3) on the connection parameters of the data connection between the transmitting station and the terminal.
A manufacturing method using a patterned preform, comprising the steps of: - providing a patterned tape comprising a rigid base and a tape, wherein the tape is made of polyimide or poly dimethyl siloxane, wherein the rigid base is at least partially covered by the tape, and wherein the tape comprises a pattern of recesses, and - at least partially filling the recesses of the patterned tape by an electroconductive material to obtain the patterned preform, wherein the electroconductive material comprises a mixture of a first component and a second component, wherein the first component comprises particles of a BiSnAg alloy with a first melting point and the second component comprises particles of a SnAgCu alloy with a second melting point, wherein the second melting point is higher than the first melting point, - putting the patterned preform on a substrate, - carrying out a first heating treatment to melt the particles of the first component while the particles of the second component remain stable as particles, the first heating treatment resulting in an interconnection of the particles of the second component and the adhesion of the electroconductive material to the substrate, and - removing at least the rigid base and the tape, so that electroconductive material portions remain on the substrate to provide attachment portions for an electronic component. - providing a patterned tape comprising a rigid base and a tape, wherein the tape is made of polyimide or poly dimethyl siloxane, wherein the rigid base is at least partially covered by the tape, and wherein the tape comprises a pattern of recesses, and - at least partially filling the recesses of the patterned tape by an electroconductive material to obtain the patterned preform, wherein the electroconductive material comprises a mixture of a first component and a second component, wherein the first component comprises particles of a BiSnAg alloy with a first melting point and the second component comprises particles of a SnAgCu alloy with a second melting point, wherein the second melting point is higher than the first melting point, wherein the electroconductive material comprises a mixture of a first component and a second component, wherein the first component comprises particles of a BiSnAg alloy with a first melting point and the second component comprises particles of a SnAgCu alloy with a second melting point, wherein the second melting point is higher than the first melting point, - putting the patterned preform on a substrate, - carrying out a first heating treatment to melt the particles of the first component while the particles of the second component remain stable as particles, the first heating treatment resulting in an interconnection of the particles of the second component and the adhesion of the electroconductive material to the substrate, and - removing at least the rigid base and the tape, so that electroconductive material portions remain on the substrate to provide attachment portions for an electronic component.
Flooring comprising a multilayer structure comprising successively at least one wear layer, a decorative layer and a sublayer, characterized in that the decorative layer is in the form of a non-woven textile sheet impregnated with a binder and one of the faces of which comprises a decoration printed on said face by ink jet.
A method for correcting differential phase image data, the method comprising the steps of: receiving differential phase image data acquired with radiation at different energy levels ( E -1, E 0, E 1), wherein the differential phase image data comprises pixels, each pixel having a phase gradient value (62a, 62b, 62c) for each energy level ( E -1, E 0, E 1); determining an energy dependent behavior of the phase gradient values (62a, 62b, 62c) at a pixel based on a model that represents energy dependence of phase gradient values per wrapping number; using the wrapping number that corresponds to the determined behavior to determine, by phase unwrapping, a corrected phase gradient value for the pixel from at least one of the phase gradient values (62a, 62b, 62c) at the pixel. receiving differential phase image data acquired with radiation at different energy levels ( E -1, E 0, E 1), wherein the differential phase image data comprises pixels, each pixel having a phase gradient value (62a, 62b, 62c) for each energy level ( E -1, E 0, E 1); determining an energy dependent behavior of the phase gradient values (62a, 62b, 62c) at a pixel based on a model that represents energy dependence of phase gradient values per wrapping number; using the wrapping number that corresponds to the determined behavior to determine, by phase unwrapping, a corrected phase gradient value for the pixel from at least one of the phase gradient values (62a, 62b, 62c) at the pixel.
An apparatus for determining a configuration for a communication network, the apparatus comprising means for: - Implementing a machine learning model to predict a value of a performance indicator of the communication network, wherein the machine learning model is configured to predict said value of a performance indicator based on a plurality of features, wherein the features include data related to configuration parameters of the communication network, wherein the configuration parameters can be modified through a management apparatus of the communication network - Analyzing the machine learning model to select a dominant feature among said plurality of features and select an influential configuration parameter among said configuration parameters based on said dominant feature, - Exploiting the machine learning model to determine a recommended value for at least the said influential configuration parameter, wherein the recommended value for the influential configuration parameter improves the predicted value of the performance indicator. - Implementing a machine learning model to predict a value of a performance indicator of the communication network, wherein the machine learning model is configured to predict said value of a performance indicator based on a plurality of features, wherein the features include data related to configuration parameters of the communication network, wherein the configuration parameters can be modified through a management apparatus of the communication network - Analyzing the machine learning model to select a dominant feature among said plurality of features and select an influential configuration parameter among said configuration parameters based on said dominant feature, - Exploiting the machine learning model to determine a recommended value for at least the said influential configuration parameter, wherein the recommended value for the influential configuration parameter improves the predicted value of the performance indicator.
Device for treating the hair, comprising: - a first and a second arm (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms (5, 6), and the second arm having at least one housing, - a pressing element disposed removably in the housing, the pressing element being configured to press the hair against the applicator member in the moved-together configuration, and - a support means on which the pressing element bears in the housing, this support means being configured to allow the pressing element to carry out a rocking movement in the housing. - a first and a second arm (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms (5, 6), and the second arm having at least one housing, - a pressing element disposed removably in the housing, the pressing element being configured to press the hair against the applicator member in the moved-together configuration, and - a support means on which the pressing element bears in the housing, this support means being configured to allow the pressing element to carry out a rocking movement in the housing.
Compounds according to formula I wherein R 1 represents H; R 2 represents H, or methyl; R 3 represents an unsubstituted cyclohexyl; a mono-or di-substituted phenyl with substituents independently selected from the group consisting of F, Cl, Br, I, OH; or an unsubstituted naphthyl group; R 4 represents H; R 5 and R 6, identical or different, represent H, methyl, ethyl, cyclohexyl or benzyl; or form together with the bridging nitrogen atom a piperidine, morpholine, pyrrolidine, azepane or piperazine group which is substituted or unsubstituted with substituents independently selected from the group consisting of methyl, ethyl, methoxy, ethoxy, F, Cl, Br, I, NH 2, SH, OH, SO 2, CF 3, cyclohexyl; most preferably with substituents independently selected from the group consisting of C -CH 3, methyl, or cyclohexyl; X represents a C=O- group; Y represents a nitrogen atom; m is 1; n is selected from 0 or 1; p is selected from 1, 2, 3, 4; optionally in form of one of the stereoisomers, preferably enantiomers or diastereomers, a racemate or in form of a mixture of at least two of the stereoisomers, preferably enantiomers and/or diastereomers, in any mixing ratio, or a corresponding salt thereof, or a corresponding solvate thereof.
Stirling engine with at least one displacement cylinder, each displacement cylinder having a hot area comprising a hot plate and a cold area comprising a cold plate, and a displacement piston movable between these areas along a displacement axis by a displacement piston rod, and at least one working cylinder with a working piston; wherein each displacement cylinder is assigned a working cylinder and the working piston can be moved along a working axis by a pressure change in the displacement cylinder(s) of a working gas in the assigned working cylinder, a movement conversion device for converting the movement of the working piston(s) along the working axis into energy, a linear movement device for driving the movement of the displacement piston rod(s) with displacement piston along the displacement axis(s), wherein the gas-permeable displacement piston thereby shifts the working gas alternately between the hot area and cold area of the displacement cylinder and the resulting change in working gas pressure is passed on via a gas line into the at least one working cylinder, whereby the working piston is moved along the working axis, characterized in that the at least one displacement cylinder is designed as a hollow shell cylinder in which an annular displacement piston is arranged concentrically and displaceably, and in that a displacement piston rod is displaceably guided in the cylindrical passage of the at least one hollow shell displacement cylinder and is magnetically coupled to the associated displacement piston via at least one first ring magnet (42 and/or 44).
A method for manufacturing components with a nickel base alloy, wherein a surface coating is deposited on a foam body made of nickel or a nickel base alloy, by coating the foam body with a binding agent and subsequently depositing a metal powder, in which nickel is included with a content of at least 20wt% in addition to further alloy forming elements on said foam body wetted with said binding agent, wherein a metal powder is used, in which the content of said nickel is smaller than the content of said nickel in a substrate core formed of said nickel base alloy and wherein said foam body is vibrated during and/or after depositing said metal powder and subsequently said coated foam body is subjected to a stepped thermal treatment, wherein at first said binding agent is expelled, and subsequent to this, sintering said metal powder is carried out at temperatures of above 1000 ° C in a reducing or inert atmosphere during which alloying up said nickel foam body and/or a solid surface coating formed of said nickel base alloy is developed.
An Isoxazoline compound wherein the isoxazoline compound is fluralaner or a salt or solvate or N oxide thereof, for use in the treatment of generalized demodicosis in a mammal wherein the mammal is a dog.
An elevator system comprising an elevator shaft, and a shaft door, and an elevator car that can be moved in the elevator shaft, wherein the elevator car comprises a car door opening, and a transmitting unit for emitting at least one light beam, and a receiving unit for receiving the light beam, wherein the transmitting unit is arranged on a first side of the car door opening and the receiving unit is arranged on the other side of the car door opening, and a test element for testing the receiving unit and/or for testing the transmitting unit, wherein the light beam between the transmitting and the receiving unit (16, 18) can be interrupted by the test element, wherein the test element is fixed to a wall of the elevator shaft or to a frame of the shaft door, wherein the test element is arranged in such a way that the light beam emitted by the transmitting unit and received by the receiving unit can be interrupted by the test element upon movement of the elevator car. an elevator shaft, and a shaft door, and an elevator car that can be moved in the elevator shaft, wherein the elevator car comprises a car door opening, and a transmitting unit for emitting at least one light beam, and a receiving unit for receiving the light beam, wherein the transmitting unit is arranged on a first side of the car door opening and the receiving unit is arranged on the other side of the car door opening, and a test element for testing the receiving unit and/or for testing the transmitting unit, wherein the light beam between the transmitting and the receiving unit (16, 18) can be interrupted by the test element, wherein the test element is fixed to a wall of the elevator shaft or to a frame of the shaft door, wherein the test element is arranged in such a way that the light beam emitted by the transmitting unit and received by the receiving unit can be interrupted by the test element upon movement of the elevator car.
A method for adapting a user interface in a computing device with a touch-sensitive display comprising: determining the user interface mode of the device; and selecting a user interface for a software application based on said determined user interface mode; wherein the method further comprises monitoring the user interface mode of the device and selecting a new user interface for said software application when the user interface mode of said device has changed, wherein said user interface modes comprises one hand mode and two hand mode, wherein said application is a predictive text input application and characterised in that the method further comprises displaying a first set of letters for choosing the first letter of the desired word, and displaying a second set of letters for choosing the last letter of the desired word, and displaying a list of words based on the chosen letters, and wherein said sets are displayed under said list when said user interface is in the one hand mode, and said sets are displayed on each side of said list when said user interface is in the two hand mode. determining the user interface mode of the device; and selecting a user interface for a software application based on said determined user interface mode; wherein the method further comprises monitoring the user interface mode of the device and selecting a new user interface for said software application when the user interface mode of said device has changed, wherein said user interface modes comprises one hand mode and two hand mode, wherein said application is a predictive text input application and
A method for manufacturing an optical module, comprising: a preparation process of preparing an optical fiber, a cladding of one end of the optical fiber is exposed; an arrangement process of arranging the optical fiber such that at least a leading end of a part on which the cladding is exposed is positioned in a box portion through a pipe portion in which one end is connected to the box portion configured to accommodate an optical element and which extends to an outside of the box portion; and a soldering process of soldering an inner wall of the pipe portion and the optical fiber by heating at least a part of a wall region of the box portion interposed between a heat dissipation portion and the pipe portion in a state in which a part of the box portion, in which the optical element is accommodated, is heat-dissipated. a preparation process of preparing an optical fiber, a cladding of one end of the optical fiber is exposed; an arrangement process of arranging the optical fiber such that at least a leading end of a part on which the cladding is exposed is positioned in a box portion through a pipe portion in which one end is connected to the box portion configured to accommodate an optical element and which extends to an outside of the box portion; and a soldering process of soldering an inner wall of the pipe portion and the optical fiber by heating at least a part of a wall region of the box portion interposed between a heat dissipation portion and the pipe portion in a state in which a part of the box portion, in which the optical element is accommodated, is heat-dissipated.
Railway vehicle bogie comprising a chassis, wherein the chassis comprises: - at least two longitudinal beams extending in a longitudinal direction between a first end and a second end, - at least one transversal beam (9A, 9B) extending in a transverse direction that is perpendicular to the longitudinal direction, and connecting the two longitudinal beams to each other, the chassis comprising at least two holding members (17A, 17B) respectively welded to the first end of each of the longitudinal beams, characterized in that the transversal beam (9A, 9B) is fixed by bolting on each of the holding members (17A, 17B), the holding member (17A, 17B) surrounding the first end of the longitudinal beam and being welded to said end of the longitudinal beam by means of a circular angle weld. - at least two longitudinal beams extending in a longitudinal direction between a first end and a second end, - at least one transversal beam (9A, 9B) extending in a transverse direction that is perpendicular to the longitudinal direction, and connecting the two longitudinal beams to each other,
A blockchain system, comprising: a blockchain relay communication network applied to a blockchain network, wherein blockchain nodes of the blockchain network are configured to communicate with each other by using relay nodes in the blockchain relay communication network; wherein the blockchain relay communication network comprises a plurality of relay clusters, each blockchain node of the blockchain network is connected to at least one relay cluster of the plurality of relay clusters and each relay cluster comprises a load balancer and at least one relay node connected to the load balancer; wherein the load balancer in any relay cluster is configured to receive a blockchain message from a blockchain node of the blockchain network and allocate the blockchain message to a specific relay node in the any relay cluster; and wherein the specific relay node is configured to determine a target relay cluster of the plurality of relay clusters according to identification information included in the blockchain message, the target relay cluster is connected to a target blockchain node of the blockchain network indicated by the blockchain message and the specific relay node is further configured to transmit the blockchain message to the target blockchain node through the target relay cluster. wherein the blockchain relay communication network comprises a plurality of relay clusters, each blockchain node of the blockchain network is connected to at least one relay cluster of the plurality of relay clusters and each relay cluster comprises a load balancer and at least one relay node connected to the load balancer; wherein the load balancer in any relay cluster is configured to receive a blockchain message from a blockchain node of the blockchain network and allocate the blockchain message to a specific relay node in the any relay cluster; and wherein the specific relay node is configured to determine a target relay cluster of the plurality of relay clusters according to identification information included in the blockchain message, the target relay cluster is connected to a target blockchain node of the blockchain network indicated by the blockchain message and the specific relay node is further configured to transmit the blockchain message to the target blockchain node through the target relay cluster.
Flat gasket comprising an at least substantially metallic gasket plate, which has at least two gasket layers (16, 18) arranged on each other and in which at least one through-opening to be sealed is formed, the gasket plate comprising at least one supporting device (20, 22) which increases the total material thickness of the gasket plate in areas thereof and is formed by several folded-over gasket layer sections (161, 181), the gasket plate having at least one first gasket layer with at least one first layer area in which the first gasket layer has a first layer thickness and in which at least one first folded-over gasket layer section of a supporting device (20, 22) is formed, and the gasket plate having at least one second gasket layer with at least one second layer area in which the second gasket layer has a second layer thickness and in which at least one second folded-over gasket layer section of this supporting device (20, 22) is formed, characterized in that the first and second layer thicknesses are different from each other and this supporting device (20, 22), therefore, has different total material thicknesses in areas thereof.