mhurhangee/patent-ind-claim-en huggingface dataset:
A method, suitable for a head mounted device, comprising: sensing , by the head mounted device, a rotational data of the head mounted device, the head mounted device displaying a virtual reality content for a wearer; generating , by a host device, a tangling prediction according to a continuous degree of the rotational data; determining , by the host device, a cable tangling parameter according to the tangling prediction; determining a current rotation angle of the cable according to the cable tangling parameter, wherein the current rotation angle of the cable is a rotation of the head mounted device according to the rotational data; determining , by the host device, that whether a cable is going to tangle according to the cable tangling parameter; wherein the cable is going to tangle when the cable tangling parameter is higher than a tangling threshold; adjusting , by the host device, the virtual reality content when the cable is going to tangle; characterised by adjusting, by the host device, dynamically the virtual reality content according to the current rotation angle by moving an interest point in the virtual reality content to an opposite direction relative to the current rotation angle when the cable is going to tangle; and providing, by the head mounted device, a user interface or a virtual reality image after adjusting the virtual reality content. sensing , by the head mounted device, a rotational data of the head mounted device, the head mounted device displaying a virtual reality content for a wearer; generating , by a host device, a tangling prediction according to a continuous degree of the rotational data; determining , by the host device, a cable tangling parameter according to the tangling prediction; determining a current rotation angle of the cable according to the cable tangling parameter, wherein the current rotation angle of the cable is a rotation of the head mounted device according to the rotational data; determining , by the host device, that whether a cable is going to tangle according to the cable tangling parameter; wherein the cable is going to tangle when the cable tangling parameter is higher than a tangling threshold; adjusting , by the host device, the virtual reality content when the cable is going to tangle; characterised by adjusting, by the host device, dynamically the virtual reality content according to the current rotation angle by moving an interest point in the virtual reality content to an opposite direction relative to the current rotation angle when the cable is going to tangle; and providing, by the head mounted device, a user interface or a virtual reality image after adjusting the virtual reality content.
Anchoring element for casting in concrete, comprising an anchor rail having a plurality of anchor protrusions and a strip-shaped receptacle for mounting fastening means, wherein at least one retaining bracket is fixed to the anchor rail , which retaining bracket engages over the anchor rail perpendicularly to its longitudinal direction and by means of which the anchor rail can be fixed to a formwork component , wherein at least one flange projecting laterally from the anchor rail is formed on the retaining bracket , characterized in that the at least one flange is connected to a central section of the retaining bracket by means of a predetermined breaking point .
A liquid handler for dispensing liquid samples, comprising: a station for receiving labware configured to receive liquid samples; and a head configured to receive pipette tips and to translate toward and away from the station; characterized in that the liquid handler further comprises: a test plate comprising: a rigid base configured with a size to fit at a station of the liquid handler ; and a pliable layer , including an inelastically deformable surface configured to receive an imprint of pipettetips positioned on the head of the liquid handler , where inelastically deformable means that, when one or more imprints are made in the surface , the imprints remain until a smoothing process is performed to once again flatten the surface , the imprint remaining in the surface for analysis of positions of a dispensing end of the pipette tips ; wherein the pliable layer is formed of clay. a station for receiving labware configured to receive liquid samples; and a head configured to receive pipette tips and to translate toward and away from the station; characterized in that the liquid handler further comprises: a test plate comprising: a rigid base configured with a size to fit at a station of the liquid handler ; and a pliable layer , including an inelastically deformable surface configured to receive an imprint of pipettetips positioned on the head of the liquid handler , where inelastically deformable means that, when one or more imprints are made in the surface , the imprints remain until a smoothing process is performed to once again flatten the surface , the imprint remaining in the surface for analysis of positions of a dispensing end of the pipette tips ; wherein the pliable layer is formed of clay. a rigid base configured with a size to fit at a station of the liquid handler ; and a pliable layer , including an inelastically deformable surface configured to receive an imprint of pipettetips positioned on the head of the liquid handler , where inelastically deformable means that, when one or more imprints are made in the surface , the imprints remain until a smoothing process is performed to once again flatten the surface , the imprint remaining in the surface for analysis of positions of a dispensing end of the pipette tips ; wherein the pliable layer is formed of clay.
A display module comprising: a substrate ; a plurality of inorganic light emitting diodes mounted on a mounting surface of the substrate; a module plate attached to a surface opposite to the mounting surface of the substrate; a boss mounting portion formed by the module plate mounted on the substrate of the display module and positioned on the surface opposite to the mounting surface of the substrate ; and a module Printed Circuit Board, PCB, electrically connected to the surface opposite to the mounting surface of the substrate , characterized in that the module plate comprises an edge that exposes the boss mounting portion , a thickness of a first part of the display module , in which the boss mounting portion is formed, is less than a thickness of a second part of the display module , in which the module plate is arranged. the module plate is arranged between the substrate and the module PCB , and the module plate comprises a thermal conductive material having a thermal conductivity for heat dissipation corresponding to the display module. a substrate ; a plurality of inorganic light emitting diodes mounted on a mounting surface of the substrate; a module plate attached to a surface opposite to the mounting surface of the substrate; a boss mounting portion formed by the module plate mounted on the substrate of the display module and positioned on the surface opposite to the mounting surface of the substrate ; and a module Printed Circuit Board, PCB, electrically connected to the surface opposite to the mounting surface of the substrate , characterized in that the module plate comprises an edge that exposes the boss mounting portion , a thickness of a first part of the display module , in which the boss mounting portion is formed, is less than a thickness of a second part of the display module , in which the module plate is arranged. the module plate is arranged between the substrate and the module PCB , and the module plate comprises a thermal conductive material having a thermal conductivity for heat dissipation corresponding to the display module.
A three-dimensional, 3D, graphics pipeline comprising: an interleaved multi-threading processor with a plurality of individual processing threads, the processor including: a vertex processing stage comprising a first individual processing thread of the interleaved multi-threading processor and operable to output vertex information for a 3D graphics image; a display sub-dividing stage operable to divide pixels in a display area, having the output vertex information superimposed on the display area in that the pixels of the display area include the output vertex information to define triangles, into MxN sub-screens, wherein M and N are chosen based on profiling results, the sub-screens forming a sub-screen task list; and a pixel rendering stage comprising at least a second individual processing thread of the interleaved multi-threading processor different than the first individual processing thread and at least a third individual processing thread of the interleaved multi-threading processor different than the first individual processing thread and the second individual processing thread, wherein the pixel rendering stage is configured to execute, in parallel and independently, a first instruction set of a sub-screen task of the sub-screen task list using the second individual processing thread and a second instruction set of another sub-screen task of the sub-screen task list using the third individual processing thread. a vertex processing stage comprising a first individual processing thread of the interleaved multi-threading processor and operable to output vertex information for a 3D graphics image; a display sub-dividing stage operable to divide pixels in a display area, having the output vertex information superimposed on the display area in that the pixels of the display area include the output vertex information to define triangles, into MxN sub-screens, wherein M and N are chosen based on profiling results, the sub-screens forming a sub-screen task list; and a pixel rendering stage comprising at least a second individual processing thread of the interleaved multi-threading processor different than the first individual processing thread and at least a third individual processing thread of the interleaved multi-threading processor different than the first individual processing thread and the second individual processing thread, wherein the pixel rendering stage is configured to execute, in parallel and independently, a first instruction set of a sub-screen task of the sub-screen task list using the second individual processing thread and a second instruction set of another sub-screen task of the sub-screen task list using the third individual processing thread.
A method for packing a fish product, the method comprising packing the fish product in a vacuum package, the vacuum package comprising a vacuum film and an empty space formed in a substructure or a sleeve/tube , placing a fish product in the vacuum film , sucking air from within the vacuum film , sealing the vacuum film after generating a vacuum within it, the vacuum film therefore generating a pressing force on the fish product , characterised by maintaining the empty space in the package, and by carrying out in the package a fish dry salting process, i.e. a graving work process, which takes at least 12 hours, at most 6 days, preferably at most 4 days, at least partly simultaneously with a refrigerated transporting work process, in which refrigerated transporting work process transport and storage temperatures are between -5°C and +8°C, preferably between 0°C and +4°C.
An exercise machine comprising: a frame ; a motor assembly ; a mounting plate , wherein the mounting plate is attached to the motor assembly ; a force transducer , wherein the force transducer is attached to the mounting plate and the frame , wherein the force transducer is the only point of contact between the frame and the motor assembly 8102), and wherein the force transducer is configured to measure torque applied to the motor assembly ; and a display configured to display measured force information, wherein the display is positioned in front of a user during use, and wherein the motor assembly , the mounting plate , and the force transducer are positioned behind the user during use. a frame ; a motor assembly ; a mounting plate , wherein the mounting plate is attached to the motor assembly ; a force transducer , wherein the force transducer is attached to the mounting plate and the frame , wherein the force transducer is the only point of contact between the frame and the motor assembly 8102), and wherein the force transducer is configured to measure torque applied to the motor assembly ; and a display configured to display measured force information, wherein the display is positioned in front of a user during use, and wherein the motor assembly , the mounting plate , and the force transducer are positioned behind the user during use.
A machine-implemented method for protecting at least one edge node in a network of nodes, the method comprising: communicatively coupling said at least one edge node with a proxy node; providing an application for said at least one edge node in an isolated area associated with said at least one edge node at said proxy node; determining that an update for said at least one edge node is required; increasing a reboot frequency of said at least one edge node following said determination that an update is required; and increasing a reboot frequency of said proxy node following said determination that an update is required. communicatively coupling said at least one edge node with a proxy node; providing an application for said at least one edge node in an isolated area associated with said at least one edge node at said proxy node; determining that an update for said at least one edge node is required; increasing a reboot frequency of said at least one edge node following said determination that an update is required; and increasing a reboot frequency of said proxy node following said determination that an update is required.
A laminate comprising a stack of mutually bonded adhesive layers and metal sheets, the laminate comprising abutting and/or overlapping metal sheet edges, extending along a length direction within a splicing region, wherein a splice strap is bonded to the laminate at an outer surface of the laminate and extends in the length direction across said splicing region, the splice strap having a smaller thickness than a thickness of a metal sheet, positioned adjacent to the splice strap in the stack.
A method for applying at least one electronic component to a surface of an object, the method comprising: - placing a component stencil on a support , wherein the component stencil comprises at least one opening corresponding to an electronic component ; - arranging at least one electronic component in the corresponding opening of the component stencil with a top surface of the electronic component on the support ; - positioning a contact material stencil on the component stencil , wherein the contact material stencil comprises at least one opening corresponding to at least one contact region on the bottom surface of the at least one electronic component ; - applying a contact material on the at least one contact region of the at least one electronic component arranged in the corresponding opening of the contact material stencil ; - removing the contact material stencil from the component stencil ; - removing the component stencil from the support ; and - applying the at least one electronic component to the surface, wherein the contact material connects the at least one electronic component to the surface of the object. - placing a component stencil on a support , wherein the component stencil comprises at least one opening corresponding to an electronic component ; - arranging at least one electronic component in the corresponding opening of the component stencil with a top surface of the electronic component on the support ; - positioning a contact material stencil on the component stencil , wherein the contact material stencil comprises at least one opening corresponding to at least one contact region on the bottom surface of the at least one electronic component ; - applying a contact material on the at least one contact region of the at least one electronic component arranged in the corresponding opening of the contact material stencil ; - removing the contact material stencil from the component stencil ; - removing the component stencil from the support ; and - applying the at least one electronic component to the surface, wherein the contact material connects the at least one electronic component to the surface of the object.
A sensor device for investigating a flexible hollow element having an inner surface for interfacing a liquid or a soft medium, the sensor device comprising: - a support to be attached to the flexible hollow element ; - attachment means for attaching the support to the flexible hollow element ; - at least one transmitter arranged on the support for exciting acoustic waves in the support ; - at least one receiver arranged on the support for receiving acoustic waves evoked by the transmitter , wherein - a signal generated by the receiver upon receipt of acoustic waves evoked by the transmitter can be evaluated to verify whether a coating is present between the inner surface of the flexible hollow element and the medium and/or if a coating is present to determine properties of the coating, characterized in that - the attachment means are configured to allow a force and/or a form closed connection of the support to the flexible hollow element , wherein - the transmitter is configured to excite Lamb waves or Lamb-Rayleigh waves in the support , wherein - the transmitter and the receiver are arranged in a distance from one another with respect to the main extension direction of the support , wherein - the support consists of a non-piezoelectric material, and wherein - the attachment means are configured for detachably fixing the support to the flexible hollow element . - a support to be attached to the flexible hollow element ; - attachment means for attaching the support to the flexible hollow element ; - at least one transmitter arranged on the support for exciting acoustic waves in the support ; - at least one receiver arranged on the support for receiving acoustic waves evoked by the transmitter , wherein - a signal generated by the receiver upon receipt of acoustic waves evoked by the transmitter can be evaluated to verify whether a coating is present between the inner surface of the flexible hollow element and the medium and/or if a coating is present to determine properties of the coating, - the attachment means are configured to allow a force and/or a form closed connection of the support to the flexible hollow element , wherein - the transmitter is configured to excite Lamb waves or Lamb-Rayleigh waves in the support , wherein - the transmitter and the receiver are arranged in a distance from one another with respect to the main extension direction of the support , wherein - the support consists of a non-piezoelectric material, and wherein - the attachment means are configured for detachably fixing the support to the flexible hollow element .
Device for locking a landing door of an elevator platform, said device comprising a lock provided with a bolt and a l ock strike plate provided with a bolt bushing to be coupled with a said lock said device being characterized in that it further comprises an emergency unlocking system for said lock, which includes: • means for ejecting said bolt from said bolt bushing, movable between at least one engagement position at which said ejection means lie outside said bolt bushing , and one disengagement position at which said ejection means are at least partially housed in said bolt bushing , and • means for moving said ejection means between said engagement position and said disengagement position. • means for ejecting said bolt from said bolt bushing, movable between at least one engagement position at which said ejection means lie outside said bolt bushing , and one disengagement position at which said ejection means are at least partially housed in said bolt bushing , and • means for moving said ejection means between said engagement position and said disengagement position.
An isolated oligonucleotide which comprises ribonucleotides for use in treating a cancer, the oligonucleotide comprising a nucleic acid sequence of at least two copies of a binding site for a splicing factor, the oligonucleotide being no more than 150 nucleotides, said binding site being selected from the group consisting of a splice site, a splicing enhancer element and a splicing silencer element, said splicing factor being selected from the group consisting of SRSF1, SRSF2, SRSF6, SRSF9, SRSF10, hnRNP H2, hnRNP L, hnRNP A1, hnRNP A2/B1, hnRNP A/B, hnRNP C, TRA2, LM0212, SF3b4, TIAR-3, RBMS3, RBM4.3, RBMS8, MOD, ESRP2, A1CF, RBM46, ELAV, SF1, QKI, KHDRBS1, PCBP1, Pbbp2, hnRNPK, FXR2, FXR1, FMR1, PAPI1, RBFOX1/2, RBM24, PTBP1, FUS and PABPN1, wherein said oligonucleotide is devoid of a sequence that allows hybridization thereof to cellular RNA under physiological conditions.
Method of manufacturing an electrical connection element comprising - providing a first flat part of a metallic substrate, and - coating of a metallic contact layer on a surface of the substrate, wherein the substrate and the contact layer are formed of different metals, namely the substrate is formed of copper or a copper alloy and the contact layer is formed of aluminium or an aluminium alloy, or the substrate is formed of aluminium or an aluminium alloy and the contact layer is formed of copper or a copper alloy, characterized in that - the substrate is friction-coated with the contact layer , wherein - the material of the contact layer being removed by a rotating rod applying the friction coating. - providing a first flat part of a metallic substrate, and - coating of a metallic contact layer on a surface of the substrate, wherein the substrate and the contact layer are formed of different metals, namely the substrate is formed of copper or a copper alloy and the contact layer is formed of aluminium or an aluminium alloy, or the substrate is formed of aluminium or an aluminium alloy and the contact layer is formed of copper or a copper alloy, characterized in that - the substrate is friction-coated with the contact layer , wherein - the material of the contact layer being removed by a rotating rod applying the friction coating.
A process for the preparation of a compound of formula (I) in a form of any one of its stereoisomers or a mixture thereof and wherein R 1 , R 2 and R 3 , simultaneously or independently, represent a linear or branched C 1-6 alkyl or alkenyl group or a linear C 2-5 alkynyl group, optionally comprising one or two functional groups selected amongst ether and ester; and R 4 represents a hydrogen atom, a linear or branched C 1-6 alkyl or alkenyl group or a linear C 2-5 alkynyl group, optionally comprising one or two functional groups selected amongst ether, and ester; R 1 and R 3 , taken together, represent a C 2-9 alkanediyl or alkenediyl group optionally substituted by one to two linear or branched C 1-5 alkyl or C 2-5 alkenyl groups; or / and R 2 and R 4 , taken together, represent a C 2-9 alkanediyl or alkenediyl group optionally substituted by one to five linear or branched C 1-5 alkyl or C 2-5 alkenyl groups; or / and R 3 and R 4 , taken together, represent a C 2-9 alkanediyl or alkenediyl group optionally substituted by one to two linear or branched C 1-5 alkyl or C 2-5 alkenyl groups; comprising the step of dehydrogenate compound of the formula (II) in a form of any one of its stereoisomers and wherein R 1 , R 2 , R 3 and R 4 have the same meaning as in formula (I); said dehydrogenation being performed under an inert atmosphere in the presence of Palladium (Pd°) catalyst in elemental metallic form. comprising the step of dehydrogenate compound of the formula (II) in a form of any one of its stereoisomers and wherein R 1 , R 2 , R 3 and R 4 have the same meaning as in formula (I); said dehydrogenation being performed under an inert atmosphere in the presence of Palladium (Pd°) catalyst in elemental metallic form.