mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber distribution element (10/210/310/410/510/610/810/1810) comprising: a chassis (20/220/520/620) defining an interior; a movable tray (24/224/524/624/824/1824) slidably movable from within the chassis (20/220/520/620) to a position at least partially outside the chassis (20/220/520/620); a slide mechanism (30/230/330/530) which connects the movable tray (24/224/524/624/824/1824) to the chassis (20/220/520/620); the distribution element characterized by the slide mechanism (30/230/330/530) including a radius limiter (38/238/538/638/838/1838) which moves with synchronized movement relative to the chassis (20/220/520/620) and the tray (24/224/524/624/824/1824) during slidable movement of the tray (24/224/524/624/824/1824); wherein each tray (24/224/524/624/824/1824) includes at least one hingedly mounted frame member (56/256/956/1056/1156/1256/1356/1456/1656/1756) which hinges about an axis perpendicular to the direction of movement of the movable tray (24/224/524/624/824/1824); wherein each frame member (56/256/956/1056/1156/1256/1356/1456/1656/1756) defines an array of adapters defining a line which is generally parallel to the direction of travel of the movable tray (24/224/524/624/824/1824); wherein a cable entering and exiting the movable tray (24/224/524/624/824/1824) follows an S-shaped pathway (76/276/676); and a latch (1968/2020) for latching the movable tray (24/224/524/624/824/1824) to the chassis (20/220/520/620) in a closed position. a chassis (20/220/520/620) defining an interior; a movable tray (24/224/524/624/824/1824) slidably movable from within the chassis (20/220/520/620) to a position at least partially outside the chassis (20/220/520/620); a slide mechanism (30/230/330/530) which connects the movable tray (24/224/524/624/824/1824) to the chassis (20/220/520/620); the distribution element characterized by the slide mechanism (30/230/330/530) including a radius limiter (38/238/538/638/838/1838) which moves with synchronized movement relative to the chassis (20/220/520/620) and the tray (24/224/524/624/824/1824) during slidable movement of the tray (24/224/524/624/824/1824); wherein each tray (24/224/524/624/824/1824) includes at least one hingedly mounted frame member (56/256/956/1056/1156/1256/1356/1456/1656/1756) which hinges about an axis perpendicular to the direction of movement of the movable tray (24/224/524/624/824/1824); wherein each frame member (56/256/956/1056/1156/1256/1356/1456/1656/1756) defines an array of adapters defining a line which is generally parallel to the direction of travel of the movable tray (24/224/524/624/824/1824); wherein a cable entering and exiting the movable tray (24/224/524/624/824/1824) follows an S-shaped pathway (76/276/676); and a latch (1968/2020) for latching the movable tray (24/224/524/624/824/1824) to the chassis (20/220/520/620) in a closed position.
Electrolysis cell comprising an anodic compartment having an anodic semi-shell and a cathodic compartment having a cathodic semi-shell subdivided by a membrane clamped between a flange of said anodic semi-shell and a flange of said cathodic semi-shell, further comprising an insulating frame placed between said anodic semi-shell and said membrane in contact with said membrane and protruding into said anodic semi-shell, said insulating frame being provided with a flat portion comprised of an anode side and a cathode side and, said flat portion being delimited by an external abutting surface and an internal abutting surface, characterised in that an outer edge portion of said flat portion adjoining said internal abutting surface is structured so that it can be penetrated by an electrolyte in the case of partial or complete coverage or overlapping.
Fibre laying device for producing a fibre fabrics of a fibre composite component with a forming tool for laying fibre semi-finished products and a fibre semi-finished product laying head for laying fibre semi-finished products in or on the forming tool, wherein the semi-finished fibre laying head is designed for feeding the semi-finished fibre products by a material supply device, wherein the semi-finished fibre laying head has at least one electrical electrode connectable to an electrical energy source for applying a voltage which is electrically contacted with the semi-finished fibre products supplied to the semi-finished fibre laying head, characterised in that the electrode cooperates with at least one counter-electrode, which is also electrically contacted with the semi-finished fibre products, in such a way, that a current flow is effected in a section of the semi-finished fibre products defined by the contacting of the at least one electrode of the semi-finished fibre product laying head and the contacting of the at least one counter electrode, wherein the forming tool has an at least partially electrically conductive, shaping tool surface for forming the counter electrode.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: a lithium salt; an organic solvent; and an additive, wherein the additive includes vinylene carbonate, vinyl ethylene carbonate, and a compound represented by a following chemical formula 1: and wherein each of R 1 to R 3 is each independently hydrogen or an alkyl group having 1 to 3 carbon atoms. a lithium salt; an organic solvent; and an additive, wherein the additive includes vinylene carbonate, vinyl ethylene carbonate, and a compound represented by a following chemical formula 1: and wherein each of R 1 to R 3 is each independently hydrogen or an alkyl group having 1 to 3 carbon atoms.
A vacuum thermal insulation material comprising: - a core material formed with a fibrous member and having a core material penetrating hole formed therein; and - an exterior cover having an exterior cover penetrating hole formed therein in a position corresponding to the core material penetrating hole, the exterior cover covering and hermetically sealing the core material in a vacuum and a part of the exterior cover positioned at an outer perimeter part of the core material and an inner circumferential side of the core material penetrating hole being thermally fused, - the core material penetrating hole having a first tapered section formed on a side of one surface of the core material and a second tapered section formed on a side of an other surface of the core material, - the first tapered section and the second tapered section being provided with an intersection part therebetween, characterised in that: the intersection part is positioned on the other surface side relative to a center part with respect to a thickness of the core material, - the relation α > β being satisfied, wherein α represents an angle formed between the first tapered section and an imaginary plane extended along the one surface from an outer circumferential part of the core material penetrating hole toward a center thereof, whereas β represents an angle formed between the second tapered section and an imaginary plane extended along the other surface from the outer circumferential part of the core material penetrating hole toward the center thereof. - a core material formed with a fibrous member and having a core material penetrating hole formed therein; and - an exterior cover having an exterior cover penetrating hole formed therein in a position corresponding to the core material penetrating hole, the exterior cover covering and hermetically sealing the core material in a vacuum and a part of the exterior cover positioned at an outer perimeter part of the core material and an inner circumferential side of the core material penetrating hole being thermally fused, - the core material penetrating hole having a first tapered section formed on a side of one surface of the core material and a second tapered section formed on a side of an other surface of the core material, - the first tapered section and the second tapered section being provided with an intersection part therebetween, - the relation α > β being satisfied, wherein α represents an angle formed between the first tapered section and an imaginary plane extended along the one surface from an outer circumferential part of the core material penetrating hole toward a center thereof, whereas β represents an angle formed between the second tapered section and an imaginary plane extended along the other surface from the outer circumferential part of the core material penetrating hole toward the center thereof.
An adhesive composition comprising a) a protein component, b) an azetidinium functionalized polymer, and c) one or more viscosity-modifying components selected from the group consisting of ethanedithiol, 1,3-propanedithiol, 1,4-butanedithiol, 2,3-butanedithiol, 1,5-pentane-dithiol, 1,5-hexanedithiol, dithiothreitol, dithioerythritol and 1-mercaptoethylether; wherein the pH of the composition is between 5 and 7.5; wherein the viscosity of the composition is less than 150,000 mPa.s (cP) and the solids content is greater than 25%. a) a protein component, b) an azetidinium functionalized polymer, and c) one or more viscosity-modifying components selected from the group consisting of ethanedithiol, 1,3-propanedithiol, 1,4-butanedithiol, 2,3-butanedithiol, 1,5-pentane-dithiol, 1,5-hexanedithiol, dithiothreitol, dithioerythritol and 1-mercaptoethylether;
Clutch device, in particular a booster clutch device, at least comprising a clutch flange and a clutch hub, which are arranged coaxially with one another and are coupled together via a spring device having a multistage spring characteristic, wherein the clutch flange forms a plate cage having at least one first receptacle for receiving plates for a clutch, wherein the clutch hub has at least one second receptacle for at least one leaf spring, wherein the at least one leaf spring is fixed by the clutch hub itself, wherein the at least one leaf spring extends in a radial direction and is fixed in an outer first portion by the clutch hub, and is coupled to the clutch flange as spring device by way of a second portion located further on the inside.
Compressor comprising a first compartment housing an electric motor and separated by a wall from a second compartment housing a control device for the electric motor linked to the motor by an electrical connection device, the electrical connection device comprising a plurality of terminals connected to a plurality of connection elements insulated from the first compartment by an insulation means, comprising a fixing means between the insulation means and the wall, the fixing means being operable from the first compartment, characterized in that the wall comprises a void and a shoulder, the latter being intended to receive a protuberance emerging laterally from a body of said insulation means.
An in vitro method of determining a level of activity of Pseudomonas aeruginosa bacteria in the lung of a patient, the method comprising: making a first measurement at a first time of a level of at least one marker of a bacterial iron scavenging process and of at least one secreted bacterial protein in a sample of sputum from the lung; making a second measurement at a second time of the levels of said marker and said secreted bacterial protein in a sample of sputum from the lung; and determining said level of bacterial activity from changes in said measured levels of said marker of a bacterial iron scavenging process and said secreted bacterial protein over time; wherein the marker of a bacterial iron scavenging process is a siderophore and the secreted bacterial protein is exotoxin A. making a first measurement at a first time of a level of at least one marker of a bacterial iron scavenging process and of at least one secreted bacterial protein in a sample of sputum from the lung; making a second measurement at a second time of the levels of said marker and said secreted bacterial protein in a sample of sputum from the lung; and determining said level of bacterial activity from changes in said measured levels of said marker of a bacterial iron scavenging process and said secreted bacterial protein over time; wherein the marker of a bacterial iron scavenging process is a siderophore and the secreted bacterial protein is exotoxin A.
A portable drum-type cashbox, comprising: a housing; a large winding drum gear, a small winding drum gear, a connecting socket, and a self-locking mechanism; wherein, the self-locking mechanism comprises: an electromagnet, a first spring, a second spring, a first locking rod, a second locking rod, and a pull rod; the pull rod has an upper end mounted cooperatively with the electromagnet, and a lower end movably connected to the first locking rod; the first spring has one end fixedly connected to the housing, and another end fixedly connected to the first locking rod; the second spring has one end fixedly connected to the housing, and another end fixedly connected to the second locking rod; the first locking rod is connected to the second locking rod via a rotary shaft; the first locking rod is provided with a toothed portion configured to engage with teeth of the small winding drum gear; and the second locking rod is provided with a toothed portion configured to engage with teeth of the large winding drum gear.
A method for managing security contexts at idle mode mobility of a wireless communication device between different wireless communication systems including a first wireless communication system and a second wireless communication system, wherein the first wireless communication system is a 5G/Next Generation System, 5G/NGS, system, and the second wireless communication system is a 4G/Evolved Packet System, 4G/EPS, system, wherein the 5G/NGS system is a source system and the 4G/EPS system is a target system during idle mode mobility, and said method comprising: - obtaining a 5G/NGS security context, including at least one 5G/NGS security key, and - mapping the 5G/NGS security context to a 4G/EPS security context, comprising deriving (S2-1) at least one 4G/EPS security key based on the at least one 5G/NGS security key, wherein the 4G/EPS security context comprises the at least one 4G/EPS security key. - obtaining a 5G/NGS security context, including at least one 5G/NGS security key, and - mapping the 5G/NGS security context to a 4G/EPS security context, comprising deriving (S2-1) at least one 4G/EPS security key based on the at least one 5G/NGS security key, wherein the 4G/EPS security context comprises the at least one 4G/EPS security key.
A method of modifying an inverted microscope that can perform phase contrast observation, the microscope comprising: an objective lens; a main unit that includes a portion of an observation optical system of the inverted microscope on an observation sample side of a pupil conjugate plane, which is a plane conjugate to an image side focal plane of the objective lens; an eyepiece base unit removably attached to the main unit that houses a phase plate, disposed on the optical path between an eyepiece tube and the objective lens, used for phase contrast observation and comprises switching means for switching a phase plate disposed on the pupil conjugate plane to another phase plate, the eyepiece base unit in a state of being attached to the main unit being configured to have the pupil conjugate plane, and to be able to insert the phase plate into the pupil conjugate plane; and an eyepiece tube removably attached to the eyepiece base unit, the method comprising removing the eyepiece base unit from the main unit and removing the eyepiece tube from the eyepiece base unit, removably attaching another eyepiece base unit housing another optical device having different functions as required to the main unit and removably attaching the eyepiece tube to the another eyepiece base unit. an objective lens; a main unit that includes a portion of an observation optical system of the inverted microscope on an observation sample side of a pupil conjugate plane, which is a plane conjugate to an image side focal plane of the objective lens; an eyepiece base unit removably attached to the main unit that houses a phase plate, disposed on the optical path between an eyepiece tube and the objective lens, used for phase contrast observation and comprises switching means for switching a phase plate disposed on the pupil conjugate plane to another phase plate, the eyepiece base unit in a state of being attached to the main unit being configured to have the pupil conjugate plane, and to be able to insert the phase plate into the pupil conjugate plane; and an eyepiece tube removably attached to the eyepiece base unit, the method comprising removing the eyepiece base unit from the main unit and removing the eyepiece tube from the eyepiece base unit, removably attaching another eyepiece base unit housing another optical device having different functions as required to the main unit and removably attaching the eyepiece tube to the another eyepiece base unit.
A cold pilger rolling mill for forming a tube shell to a tube with a pair of rolls (2, 3) that are rotatably attached to a roll stand and with a roll mandrel as a tool, a feed clamping carriage for receiving the tube shell and with a drive for the feed clamping carriage that is arranged in such a manner that it moves the feed clamping carriage in such a manner during the operation of the cold pilger rolling mill that the tube shell moves step-by-step in the direction of the tool (2,3,4), characterized in that, the cold pilger rolling mill furthermore comprises a control and a sensor for detecting a measure for a force exerted during the operation of the cold pilger rolling mill by the tool (2, 3, 4) onto the tube shell, wherein the control is connected to the drive and the sensor, and wherein the control is arranged in such a manner that it regulates during the operation of the cold pilger rolling mill the step length per advance step with which the drive moves the feed clamping carriage onto the tool (2, 3, 4) as a function of the measure for the force.
Filter holder for coffee machine comprising: - an annular body that defines a circular seat; - bayonet coupling means that protrude from the body to provide a bayonet coupling with a dispensing mouth of a dispensing unit of a coffee machine; - a filter consisting in a basket disposed in said seat; said basket comprising an upper collar with cylindrical shape joined to a lower hopper with conical shape, perforated with a plurality of holes; characterized in that said lower hopper protrudes under the body; and said lower hopper has a higher height than a height of the upper collar and a coning angle (α) lower than 90°. - an annular body that defines a circular seat; - bayonet coupling means that protrude from the body to provide a bayonet coupling with a dispensing mouth of a dispensing unit of a coffee machine; - a filter consisting in a basket disposed in said seat; said basket comprising an upper collar with cylindrical shape joined to a lower hopper with conical shape, perforated with a plurality of holes; said lower hopper protrudes under the body; and said lower hopper has a higher height than a height of the upper collar and a coning angle (α) lower than 90°.
A terminal-screen unlocking method based on fingerprint identification, comprising: acquiring a user operation instruction on a designated unlocking area of a terminal; determining that the user operation instruction is a touch instruction when a strength value of the user operation is less than a preset strength threshold, and otherwise determining that the user operation instruction is a press instruction; if the user operation instruction is determined to be the press instruction, initiating a press interrupt request according to the press instruction, wherein the press interrupt request is sent to the processor of the terminal to cause the processor to respond to the press instruction; while waiting for a response instruction of the press interrupt request, collecting fingerprint data at a press position corresponding to the press instruction and comparing the fingerprint data with fingerprint verification data pre-stored in an external storage space of the terminal; and enabling a screen interface of the terminal and lighting up a screen of the terminal when the response instruction of the press interrupt request is received, based on a determination that the fingerprint data and the fingerprint verification data are matched. acquiring a user operation instruction on a designated unlocking area of a terminal; determining that the user operation instruction is a touch instruction when a strength value of the user operation is less than a preset strength threshold, and otherwise determining that the user operation instruction is a press instruction; if the user operation instruction is determined to be the press instruction, initiating a press interrupt request according to the press instruction, wherein the press interrupt request is sent to the processor of the terminal to cause the processor to respond to the press instruction; while waiting for a response instruction of the press interrupt request, collecting fingerprint data at a press position corresponding to the press instruction and comparing the fingerprint data with fingerprint verification data pre-stored in an external storage space of the terminal; and enabling a screen interface of the terminal and lighting up a screen of the terminal when the response instruction of the press interrupt request is received, based on a determination that the fingerprint data and the fingerprint verification data are matched.
An apparatus comprising: a catheter (39, 49, 57, 65) having an elongated distal portion; an electrode assembly (37, 63) disposed on the distal portion and comprising: a sensing electrode (47, 51, 59, 67, 77) connected to a receiver; and at least one grounded guard electrode (43, 53, 69, 79) spaced apart from the sensing electrode by a gap (45, 71, 75), the sensing electrode being bracketed on at least two sides by the at least one grounded guard electrode, wherein the sensing electrode has a width dimension, and characterized in that the gap is one-half the width dimension. a catheter (39, 49, 57, 65) having an elongated distal portion; an electrode assembly (37, 63) disposed on the distal portion and comprising: a sensing electrode (47, 51, 59, 67, 77) connected to a receiver; and at least one grounded guard electrode (43, 53, 69, 79) spaced apart from the sensing electrode by a gap (45, 71, 75), the sensing electrode being bracketed on at least two sides by the at least one grounded guard electrode, wherein the sensing electrode has a width dimension, and characterized in that the gap is one-half the width dimension. a sensing electrode (47, 51, 59, 67, 77) connected to a receiver; and at least one grounded guard electrode (43, 53, 69, 79) spaced apart from the sensing electrode by a gap (45, 71, 75), the sensing electrode being bracketed on at least two sides by the at least one grounded guard electrode, wherein the sensing electrode has a width dimension, and characterized in that the gap is one-half the width dimension.