mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating video, comprising: obtaining one or more data portions and generating a customizable video using the one or more data portions , wherein the data portions comprise visual, audio and text contents; determining one or more selectable objects in the customizable video using one or more object definitions by using one or more video generation templates ; receiving an indication indicating a user selection of at least one selectable object from the one or more selectable objects corresponding to the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication ; regenerating the customizable video using the additional data portions and the one or more data portions ; generating, by a content curation module , extensible markup language, XML, data defining content of the customizable video; characterized in that the method further comprises: assigning, by a director script provided by a scripting module of the video generation module , roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module , entrance and exit times of the actors as well as their corresponding actions at each execution time step. obtaining one or more data portions and generating a customizable video using the one or more data portions , wherein the data portions comprise visual, audio and text contents; determining one or more selectable objects in the customizable video using one or more object definitions by using one or more video generation templates ; receiving an indication indicating a user selection of at least one selectable object from the one or more selectable objects corresponding to the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication ; regenerating the customizable video using the additional data portions and the one or more data portions ; generating, by a content curation module , extensible markup language, XML, data defining content of the customizable video; characterized in that the method further comprises: assigning, by a director script provided by a scripting module of the video generation module , roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module , entrance and exit times of the actors as well as their corresponding actions at each execution time step. assigning, by a director script provided by a scripting module of the video generation module , roles to the obtained visual, audio and text contents which are regarded as actors by parsing and interpreting said XML data; defining, by action scripts provided by the scripting module of the video generation module , entrance and exit times of the actors as well as their corresponding actions at each execution time step.
A method of separately sequencing each strand of a double stranded target nucleic acid comprising the steps of: a) in a reaction mixture, joining a double stranded target nucleic acid to an adaptor to form an adapted target nucleic acid wherein the adaptor comprises primer binding sites; b) amplifying the adapted target nucleic acid with a pair of primers complementary to the primer binding sites thereby forming an amplicon, wherein one primer in the pair of primers comprises a modified nucleotide affecting a rate of digestion by an exonuclease; c) contacting the reaction mixture with an exonuclease thereby eliminating from the reaction mixture the first of the two complementary strands of the amplicon; d) circularizing the second of the two complementary strands of the amplicon to form a single stranded circle; e) annealing a sequencing primer to the single stranded circle; f) extending the primer thereby sequencing one strand of the target nucleic acid. a) in a reaction mixture, joining a double stranded target nucleic acid to an adaptor to form an adapted target nucleic acid wherein the adaptor comprises primer binding sites; b) amplifying the adapted target nucleic acid with a pair of primers complementary to the primer binding sites thereby forming an amplicon, wherein one primer in the pair of primers comprises a modified nucleotide affecting a rate of digestion by an exonuclease; c) contacting the reaction mixture with an exonuclease thereby eliminating from the reaction mixture the first of the two complementary strands of the amplicon; d) circularizing the second of the two complementary strands of the amplicon to form a single stranded circle; e) annealing a sequencing primer to the single stranded circle; f) extending the primer thereby sequencing one strand of the target nucleic acid.
A frame for a window delimiting an inner opening, the frame comprising a first frame part and a second frame part , which are interconnected in a corner assembly, each frame part having an inner surface facing the inner opening and an outer surface facing away from the inner opening, said first frame part comprising a plurality of first fingers extending from an end surface of said first frame part in a longitudinal direction of said first frame part, wherein the inner surface of said first frame part lies in a first assembly plane (A), said second frame part comprising a plurality of second fingers extending from an end surface of said second frame part in a longitudinal direction of said second frame part and adapted for engaging with said first fingers, wherein the inner surface of said second frame part lies in a second assembly plane (B), and wherein a side surface of at least one of said first fingers, which in a mounted condition faces the end surface of the second frame part, is substantially parallel to and retracted from said first assembly plane (A), and wherein a side surface of each of said second fingers , which in a mounted condition faces the end surface of the first part, is substantially parallel to and retracted from said second assembly plane (B), wherein the first frame part comprises three first fingers, which are parallel and each have a side surface, which in a mounted condition faces the end surface of the second frame part, where at least the side surface of the centre finger is substantially parallel to and retracted from the first assembly plane and wherein the second fingers extend from a protrusion arranged on the end surface of the second frame part, so that the corner assembly displays a single joint line at the inner surfaces of the frame parts and the risk of fingers becoming visible reduces.
A method for preparing aqueous furnish to be used in paper or paper board manufacturing, in which method the furnish is prepared by adding at least filler to a fibre suspension, characterized in that the filler is treated with cationic polyelectrolyte and nanofibrillated cellulose before adding it to fibre suspension, wherein the filler is treated first with cationic polyelectrolyte and secondly nanofibrillated cellulose by adding them to the filler suspension.
A locking device, comprising: a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body , the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove , and the lock tongue groove being communicated with the lock groove ; and a lock connecting rod movably connected with the lock base through the lock tongue , and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the locking device further comprises: a lock shaft comprising a shaft seat and a shaft rod , the shaft rod being perpendicularly arranged to a surface of the shaft seat , and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole , and a positioning component is mounted in the positioning hole. a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body , the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove , and the lock tongue groove being communicated with the lock groove ; and a lock connecting rod movably connected with the lock base through the lock tongue , and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the locking device further comprises: a lock shaft comprising a shaft seat and a shaft rod , the shaft rod being perpendicularly arranged to a surface of the shaft seat , and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole , and a positioning component is mounted in the positioning hole. a lock shaft comprising a shaft seat and a shaft rod , the shaft rod being perpendicularly arranged to a surface of the shaft seat , and the shaft rod being configured to be inserted into the lock groove of the lock base to perform locking, wherein an end of the shaft rod away from the shaft seat is provided with a concave positioning hole , and a positioning component is mounted in the positioning hole.
Apparatus for inductive position determination, comprising: - a coil ; - a position element ; - a scanning device for determining an inductance of the coil ; - an evaluation device for determining a position of the position element with respect to the coil on the basis of the determined inductance; - wherein the position element comprises a ferromagnetic and electrically insulating material, wherein the material is a nickel zinc ferrite or a manganese zinc ferrite, characterized in that - a ferromagnetic and electrically insulating element which is situated between the position element and the coil is fitted to the coil . - a coil ; - a position element ; - a scanning device for determining an inductance of the coil ; - an evaluation device for determining a position of the position element with respect to the coil on the basis of the determined inductance; - wherein the position element comprises a ferromagnetic and electrically insulating material, wherein the material is a nickel zinc ferrite or a manganese zinc ferrite, characterized in that - a ferromagnetic and electrically insulating element which is situated between the position element and the coil is fitted to the coil .
Process for smoothing a silicon-on-insulator structure comprising the exposure of a surface of the structure to an inert or reducing gas flow and to a high temperature during a heat treatment, the process comprising: • a first heat treatment step at a first temperature greater than a threshold temperature which is between 1150°C and 1170 °C, and under a first gas flow defined by a first flow rate greater than 20 slm; a first smoothing of the surface of the structure taking place during said first heat treatment step; the process being characterized in that it comprises: • a second heat treatment step at a second temperature lower than the first temperature and the threshold temperature and greater than 1130°C, and under a second gas flow defined by a second flow rate lower than the first flow rate and less than 15 slm; a second smoothing of the surface of the structure taking place during said second heat treatment step. • a first heat treatment step at a first temperature greater than a threshold temperature which is between 1150°C and 1170 °C, and under a first gas flow defined by a first flow rate greater than 20 slm; a first smoothing of the surface of the structure taking place during said first heat treatment step; • a second heat treatment step at a second temperature lower than the first temperature and the threshold temperature and greater than 1130°C, and under a second gas flow defined by a second flow rate lower than the first flow rate and less than 15 slm; a second smoothing of the surface of the structure taking place during said second heat treatment step.
A laser cutting processing method for a plate shaped work, the laser cutting processing method, at a time of carrying out a laser cutting processing in a direction intersecting with a processing line of a minute width after the laser cutting processing for a work has been carried out, decelerating a laser cutting speed before a laser beam reaches said processing line at an initial laser cutting speed, and accelerating said laser cutting speed when an axial center of said laser beam is positioned within a prescribed range in vicinity of a central position in a width direction of said processing line, and carrying out an acceleration to return said laser cutting speed to said initial laser cutting speed, at a prescribed position before the axial center of said laser beam crosses said processing line, or at a position at which the axial center of said laser beam crosses said processing line, or at a prescribed position after the axial center of said laser beam has crossed said processing line, characterized by making a laser output of said laser beam to be zero or a preset minimum output, when the axial center of said laser beam is positioned within said prescribed range in vicinity of the central position in the width direction of said processing line. at a time of carrying out a laser cutting processing in a direction intersecting with a processing line of a minute width after the laser cutting processing for a work has been carried out, decelerating a laser cutting speed before a laser beam reaches said processing line at an initial laser cutting speed, and accelerating said laser cutting speed when an axial center of said laser beam is positioned within a prescribed range in vicinity of a central position in a width direction of said processing line, and carrying out an acceleration to return said laser cutting speed to said initial laser cutting speed, at a prescribed position before the axial center of said laser beam crosses said processing line, or at a position at which the axial center of said laser beam crosses said processing line, or at a prescribed position after the axial center of said laser beam has crossed said processing line, characterized by making a laser output of said laser beam to be zero or a preset minimum output, when the axial center of said laser beam is positioned within said prescribed range in vicinity of the central position in the width direction of said processing line.
A computer-implemented method comprising: receiving, at a first event publisher , a first plurality of publication instructions to publish a first dataset , the first plurality of publication instructions comprising a directive to retrieve a second dataset published by a second event publisher , a directive to determine a first metadata structure including a plurality of first attributes describing the first dataset , and a directive to send the first metadata structure to an asynchronous communication repository for storage, wherein the asynchronous communication repository is configured to store a second metadata structure including a plurality of second attributes describing the second dataset ; receiving, at the first event publisher via an event application program interface, API, the second metadata structure from the asynchronous communication repository using an asynchronous communication protocol; retrieving, at the first event publisher and based on the second attributes describing the second metadata structure, the second dataset from the second event publisher ; generating, at the first event publisher , the first dataset based on the second dataset ; determining, at the first event publisher , the first metadata structure based on the first dataset ; and sending the first metadata structure from the first event publisher to the asynchronous communication repository via the event API. receiving, at a first event publisher , a first plurality of publication instructions to publish a first dataset , the first plurality of publication instructions comprising a directive to retrieve a second dataset published by a second event publisher , a directive to determine a first metadata structure including a plurality of first attributes describing the first dataset , and a directive to send the first metadata structure to an asynchronous communication repository for storage, wherein the asynchronous communication repository is configured to store a second metadata structure including a plurality of second attributes describing the second dataset ; receiving, at the first event publisher via an event application program interface, API, the second metadata structure from the asynchronous communication repository using an asynchronous communication protocol; retrieving, at the first event publisher and based on the second attributes describing the second metadata structure, the second dataset from the second event publisher ; generating, at the first event publisher , the first dataset based on the second dataset ; determining, at the first event publisher , the first metadata structure based on the first dataset ; and sending the first metadata structure from the first event publisher to the asynchronous communication repository via the event API.
An apparatus , comprising: a flexible probe, having a distal portion for insertion into a body cavity of a patient, the probe having a distal tip , which is configured to be brought into contact with tissue in the body cavity; a resilient member that couples the distal tip to the distal portion of the probe and is configured to deform in response to pressure exerted on the distal tip when the distal tip engages the tissue; a magnetic field generator within the distal tip for generating a magnetic field; and a position sensor disposed in the distal portion of the probe for sensing a position of the distal tip relative to the distal portion of the probe, which changes in response to deformation of the resilient member, wherein the position sensor comprises: a first coil of conductive wire having a longitudinal axis and first windings ; and three second coils of conductive wire having respective second windings, the second coils being symmetrically distributed about the longitudinal axis of the first coil wherein the first coil of the position sensor is configured to generate a signal indicative of the magnitude of the force on the distal tip responsively to the magnetic field that is generated in a vicinity of the distal tip. a flexible probe, having a distal portion for insertion into a body cavity of a patient, the probe having a distal tip , which is configured to be brought into contact with tissue in the body cavity; a resilient member that couples the distal tip to the distal portion of the probe and is configured to deform in response to pressure exerted on the distal tip when the distal tip engages the tissue; a magnetic field generator within the distal tip for generating a magnetic field; and a position sensor disposed in the distal portion of the probe for sensing a position of the distal tip relative to the distal portion of the probe, which changes in response to deformation of the resilient member, wherein the position sensor comprises: a first coil of conductive wire having a longitudinal axis and first windings ; and three second coils of conductive wire having respective second windings, the second coils being symmetrically distributed about the longitudinal axis of the first coil wherein the first coil of the position sensor is configured to generate a signal indicative of the magnitude of the force on the distal tip responsively to the magnetic field that is generated in a vicinity of the distal tip.
A method for coating a building panel , comprising: applying a first coating fluid comprising an organic binder on a surface of the building panel to obtain at least one coating layer , wherein the organic binder comprises an acrylate or methacrylate monomer, or an acrylate or methacrylate oligomer, applying a barrier coating fluid comprising barrier components on said at least one coating layer to obtain a barrier layer , and applying a photocatalytic coating fluid comprising photocatalytic particles, preferably TiO2, on said barrier layer to obtain a photocatalytic layer , wherein the barrier components are adapted to prevent the photocatalytic particles from degrading the organic binder and comprise a silicium containing compound such as SiO2, colloidal SiO2, functional nanoscaled SiO2, silicone resin, organofunctional silanes, and/or colloidal silicic acid silane and/or a combination of said compounds. applying a first coating fluid comprising an organic binder on a surface of the building panel to obtain at least one coating layer , wherein the organic binder comprises an acrylate or methacrylate monomer, or an acrylate or methacrylate oligomer, applying a barrier coating fluid comprising barrier components on said at least one coating layer to obtain a barrier layer , and applying a photocatalytic coating fluid comprising photocatalytic particles, preferably TiO2, on said barrier layer to obtain a photocatalytic layer , wherein the barrier components are adapted to prevent the photocatalytic particles from degrading the organic binder and comprise a silicium containing compound such as SiO2, colloidal SiO2, functional nanoscaled SiO2, silicone resin, organofunctional silanes, and/or colloidal silicic acid silane and/or a combination of said compounds.
A method performed in a first communication node for activation of a positioning procedure for a target device in a wireless communication network comprising: determining whether the target device has moved; and activating a positioning procedure for the target device when the movement is larger than a threshold, characterized in that said activating a positioning procedure for the target device comprises: sending a request from the first communication node to the target device to perform a positioning task. determining whether the target device has moved; and activating a positioning procedure for the target device when the movement is larger than a threshold, characterized in that said activating a positioning procedure for the target device comprises: sending a request from the first communication node to the target device to perform a positioning task.