mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber cable , comprising: a plurality of optical fibers or a plurality of optical fiber ribbons ; a cable sheath inside which a plurality of the optical fibers or a plurality of the optical fiber ribbons are housed; and four or more tensile strength member units which are provided so as to be embedded inside the cable sheath , and in each of which two or more tensile strength members are paired with each other, wherein the four or more tensile strength member units are respectively provided at locations facing each other with a center of the optical fiber cable interposed therebetween in a cross section in a radial direction of the optical fiber cable , characterized in that the bending rigidity in the radial direction of the optical fiber cable is 0.35 N·m 2 or more and 1.3 N·m 2 or less in all directions, further in that a ratio of a total cross-sectional area of the tensile strength members to a cross-sectional area of the cable sheath is 5.4% or more, further in that a core density obtained by dividing a number of cores of the plurality of the optical fibers or a number of cores of optical fibers forming the plurality of optical fiber ribbons by a cable cross-sectional area of the optical fiber cable is 5.0 cores/mm 2 or more, and and in that a cable outer diameter of the optical fiber cable is 6 mm or more and 16 mm or less. a plurality of optical fibers or a plurality of optical fiber ribbons ; a cable sheath inside which a plurality of the optical fibers or a plurality of the optical fiber ribbons are housed; and four or more tensile strength member units which are provided so as to be embedded inside the cable sheath , and in each of which two or more tensile strength members are paired with each other, wherein the four or more tensile strength member units are respectively provided at locations facing each other with a center of the optical fiber cable interposed therebetween in a cross section in a radial direction of the optical fiber cable , characterized in that the bending rigidity in the radial direction of the optical fiber cable is 0.35 N·m 2 or more and 1.3 N·m 2 or less in all directions, further in that a ratio of a total cross-sectional area of the tensile strength members to a cross-sectional area of the cable sheath is 5.4% or more, further in that a core density obtained by dividing a number of cores of the plurality of the optical fibers or a number of cores of optical fibers forming the plurality of optical fiber ribbons by a cable cross-sectional area of the optical fiber cable is 5.0 cores/mm 2 or more, and and in that a cable outer diameter of the optical fiber cable is 6 mm or more and 16 mm or less.
A radio frequency (RF) antenna arrangement for use in a magnetic resonance examination system to pick up magnetic resonance signals, the RF antenna arrangement comprising an RF antenna element and an optical back-end , - the RF antenna element comprising an electrically conductive loop , an electronic pre-amplifier and a photo-electrical conversion element , wherein the electronic pre-amplifier is coupled to the electrically conductive loop and is configured to amplify an output voltage of the electrically conductive loop, and wherein the photo-electrical conversion element is circuited in series with the pre-amplifier and is configured to convert the pre-amplifier's amplified voltage into an optical data signal; - the optical back-end comprising an optical power source and a photodetector , - the RF antenna element and the optical back-end being optically coupled, and - the photo-electrical conversion element being configured to apply the optical data signal to the photodetector via a first optical link , wherein - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link ; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link . - the RF antenna element comprising an electrically conductive loop , an electronic pre-amplifier and a photo-electrical conversion element , wherein the electronic pre-amplifier is coupled to the electrically conductive loop and is configured to amplify an output voltage of the electrically conductive loop, and wherein the photo-electrical conversion element is circuited in series with the pre-amplifier and is configured to convert the pre-amplifier's amplified voltage into an optical data signal; - the optical back-end comprising an optical power source and a photodetector , - the RF antenna element and the optical back-end being optically coupled, and - the photo-electrical conversion element being configured to apply the optical data signal to the photodetector via a first optical link , wherein - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link ; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link . - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link ; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link .
A corrosion inhibitor composition, comprising: a. a ester of cashew nut shell liquid (CNSL) represented by formula (I): wherein, R is in the range C13 to C17 and n is 0 or 2 or 4 or 6; b. a dimer fatty acid (DFA); c. a long chain amine; and d. a solvent. a. a ester of cashew nut shell liquid (CNSL) represented by formula (I): wherein, R is in the range C13 to C17 and n is 0 or 2 or 4 or 6; b. a dimer fatty acid (DFA); c. a long chain amine; and d. a solvent.
A computing device configured to display abstracted views of content in an electronic document based on navigating through pages of the electronic document, the computing device comprising: at least one processor ; and at least one computer-readable storage media storing instructions that are executable by the at least one processor to: obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed. at least one processor ; and at least one computer-readable storage media storing instructions that are executable by the at least one processor to: obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed. obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed.
A fence system for releasably fixing a thread (8, 8', 8", 8'", 9) to a post , wherein said fence system comprises a fixation member having one or more fixation structures (6, 6', 6", 6′′′) configured to receive the thread (8, 8', 8", 8′′′) and hereby fix the thread (8, 8', 8", 8′′′) to the fixation member , and where the fixation member comprises a first portion and a second portion detachably attached to each other, - wherein the fixation member comprises a basically cylindrical pole contact surface which spans 360 degrees from a first to a second end thereof; - wherein both the first portion and the second portion comprise a pivot joint arranged at diametrically opposed positions of the fixation member ; - wherein each pivot joint comprises a pivotal axis arranged in parallel to a length axis of the cylindrical geometry of the pole contact surface ; - wherein the fixation member comprises a rotatably mounted fastening screw arranged to be radially displaced with respect to the cylindrical pole contact surface upon being rotated in order to engage a pole surface; - wherein a nut corresponding to the screw is provided in a nut recess at the first portion and at the second portion , whereby the first portion and the second portion are axially limited by two parallel opposed planes, which are both arranged perpendicular to the length axis of the cylindrical pole contact surface and wherein the nut recess is open in the axial direction towards the one plane for insertion of the nut, and that a screw recess for the fastening screw is provided axially opposite the nut recess and is open towards the opposed plane. - wherein the fixation member comprises a basically cylindrical pole contact surface which spans 360 degrees from a first to a second end thereof; - wherein both the first portion and the second portion comprise a pivot joint arranged at diametrically opposed positions of the fixation member ; - wherein each pivot joint comprises a pivotal axis arranged in parallel to a length axis of the cylindrical geometry of the pole contact surface ; - wherein the fixation member comprises a rotatably mounted fastening screw arranged to be radially displaced with respect to the cylindrical pole contact surface upon being rotated in order to engage a pole surface; - wherein a nut corresponding to the screw is provided in a nut recess at the first portion and at the second portion , whereby the first portion and the second portion are axially limited by two parallel opposed planes, which are both arranged perpendicular to the length axis of the cylindrical pole contact surface and wherein the nut recess is open in the axial direction towards the one plane for insertion of the nut, and that a screw recess for the fastening screw is provided axially opposite the nut recess and is open towards the opposed plane.
A die casting mold for casting cylinder crankcases or crankcase sub parts, comprising a stationary molded part in which a sprue system for distributing the melt is at least partially provided, movable molded parts in which a cavity for forming a cylinder crankcase or a crankcase sub part is at least partially provided, characterized in that an intermediate molded part which is arranged between the stationary molded part and the movable molded parts and which at least partially delimits the cavity for forming the cylinder crankcase or the crankcase sub part and in which the sprue system and a plurality of gates which open at thick-walled regions of the cylinder crankcase or the crankcase sub part are at least partially provided, wherein the gates are formed so as to narrow in a funnel-shaped manner with respect to the cavity . a stationary molded part in which a sprue system for distributing the melt is at least partially provided, movable molded parts in which a cavity for forming a cylinder crankcase or a crankcase sub part is at least partially provided, characterized in that an intermediate molded part which is arranged between the stationary molded part and the movable molded parts and which at least partially delimits the cavity for forming the cylinder crankcase or the crankcase sub part and in which the sprue system and a plurality of gates which open at thick-walled regions of the cylinder crankcase or the crankcase sub part are at least partially provided, wherein the gates are formed so as to narrow in a funnel-shaped manner with respect to the cavity .
A system for delivering respiratory therapy to a patient, the system comprising: a patient interface device for delivering pressurised gas to a patient; a connector system for connection to a source of pressurised gas; a conduit system fluidly connecting the connector system to the patient interface device , wherein the conduit system includes a first gas line and a second gas line , and the second gas line is positioned within the first gas line along at least part of its length; and a plurality of closable ports that allow a plurality of different modes of respiratory therapy to be provided, and including a first port fluidly connected to the first gas line and a second port fluidly connected to the second gas line , the first and second ports each connectable to the source of pressurized gas, the second port comprising an outlet and a removable closure for sealing the outlet ; wherein the system can be configured such that, in a first mode, the second gas line provides respiratory gas to the patient interface device and the first gas line provides an exhaust channel to remove exhaled gases from the system and, in a second mode, the first gas line provides respiratory gas to the patient interface device and the second line is closed by the removable closure . a patient interface device for delivering pressurised gas to a patient; a connector system for connection to a source of pressurised gas; a conduit system fluidly connecting the connector system to the patient interface device , wherein the conduit system includes a first gas line and a second gas line , and the second gas line is positioned within the first gas line along at least part of its length; and a plurality of closable ports that allow a plurality of different modes of respiratory therapy to be provided, and including a first port fluidly connected to the first gas line and a second port fluidly connected to the second gas line , the first and second ports each connectable to the source of pressurized gas, the second port comprising an outlet and a removable closure for sealing the outlet ; wherein the system can be configured such that, in a first mode, the second gas line provides respiratory gas to the patient interface device and the first gas line provides an exhaust channel to remove exhaled gases from the system and, in a second mode, the first gas line provides respiratory gas to the patient interface device and the second line is closed by the removable closure .
A device for applying a pharmaceutical fluid , comprising a tube and a valve element , the tube being fluidically connectable to a reservoir for the pharmaceutical fluid via a first tube end , and the valve element being arranged in a second tube end of the tube , characterized in that the valve element comprises at least one anchoring element at a first valve element end facing the first tube end , in order to prevent the valve element from being discharged from the second tube end , comprises a sealing element at a second valve element end facing the second tube end , the sealing element having a sealing element outer diameter corresponding to at least one inner tube diameter of the tube , so that the second tube end is fluidically closed by the sealing element , and comprises a duct means which fluidically connects the first tube end and the sealing element , it being possible to reversibly form a gap between the tube and the sealing element when pressure is applied to the pharmaceutical fluid from the direction of the first tube end , so that the second tube end is fluidically open. the tube being fluidically connectable to a reservoir for the pharmaceutical fluid via a first tube end , and the valve element being arranged in a second tube end of the tube , characterized in that the valve element comprises at least one anchoring element at a first valve element end facing the first tube end , in order to prevent the valve element from being discharged from the second tube end , comprises a sealing element at a second valve element end facing the second tube end , the sealing element having a sealing element outer diameter corresponding to at least one inner tube diameter of the tube , so that the second tube end is fluidically closed by the sealing element , and comprises a duct means which fluidically connects the first tube end and the sealing element , it being possible to reversibly form a gap between the tube and the sealing element when pressure is applied to the pharmaceutical fluid from the direction of the first tube end , so that the second tube end is fluidically open.
Method to increase the tolerance of plants to conditions of osmotic stress, characterized in that it comprises administering to the plant an effective dose of at least one compound of formula (III).
A composition comprising polypropylene, polyethylene and a compatibiliser, wherein said compatibiliser is a block copolymer comprising a polypropylene block and a polyester block, said polyester being a non-aromatic polyester and having an average M/E ratio of at least 10, wherein M is the number of backbone carbon atoms in the polyester not including the carbonyl carbons and E is the number of ester groups in the polyester.
A vapor chamber element , wherein the vapor chamber element comprises a first plate and a second plate with a chamber in between, wherein the chamber has a first height (H1), wherein the vapor chamber element further comprises bridging elements bridging at least part of the first height (H1), wherein the vapor chamber element comprises a plurality of sections configured along a first axis (A), characterized in that the plurality of sections comprises (i) a bending section having a first volume fraction V 1 of bridging elements , and (ii) a basic section having a second volume fraction V 2 of bridging elements , wherein 2≤ V 1 /V 2 .
A communication program comprising instructions which, when the communication program is executed by a business operator's terminal , cause the business operator's terminal to perform: conversion processing that converts user information acquired from a user terminal into a management format and stores converted user information; and confirmation request processing that: calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal , the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal , wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing. conversion processing that converts user information acquired from a user terminal into a management format and stores converted user information; and confirmation request processing that: calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal , the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal , wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing. calculates a first hash value obtained by hashing the converted user information with a first hash function, and transmits a confirmation request for causing the user terminal to perform confirmation processing, the confirmation request including the first hash value, the first hash function, and conversion content of the conversion, to the user terminal , the confirmation processing including confirming validity of the converted user information stored in the business operator's terminal , wherein the conversion content of the conversion indicates content of the conversion performed in the conversion processing.
Flooding-protection roller shutter for a building, comprising: - a sealed shutter body capable of being wound around and unwound from a shaft, - said shutter body being at least inflatable over its lateral edges, - said shutter body being able to exhibit a flexible or semi-rigid state for being wound around said shaft and a rigid state when it is pressurized by an inflation fluid such that its lateral edges, once they are pressed in a pair of guides of an item of protective equipment, ensure sealing against fluids associated with said flooding, said roller shutter is in one piece, and characterized in that - said shutter body has a longitudinal dimension greater than said pair of guides, and has a free end capable of taking a first, non-deployed configuration in which it can be introduced in said guides and a second configuration, referred to as deployed configuration, in which, once said free end is inflated and positioned so as to protrude from the lower ends of said guides, the shape and the dimensions of said free end of said roller shutter lock it in position against the free ends of said guides. - a sealed shutter body capable of being wound around and unwound from a shaft, - said shutter body being at least inflatable over its lateral edges, - said shutter body being able to exhibit a flexible or semi-rigid state for being wound around said shaft and a rigid state when it is pressurized by an inflation fluid such that its lateral edges, once they are pressed in a pair of guides of an item of protective equipment, ensure sealing against fluids associated with said flooding, said roller shutter is in one piece, and characterized in that - said shutter body has a longitudinal dimension greater than said pair of guides, and has a free end capable of taking a first, non-deployed configuration in which it can be introduced in said guides and a second configuration, referred to as deployed configuration, in which, once said free end is inflated and positioned so as to protrude from the lower ends of said guides, the shape and the dimensions of said free end of said roller shutter lock it in position against the free ends of said guides.