mhurhangee/ep-ind-claims huggingface dataset:
A chair, comprising: a seat frame; a plurality of legs rotatably coupled to the seat frame at a front portion and a rear portion of the seat frame; a backrest rotatably coupled to the seat frame at the rear portion of the seat frame; and an armrest rotatably coupled to upper ends of the legs, wherein the armrest includes: a movable member retained inside the armrest and movable along the armrest, the movable member being rotatably coupled to the backrest; and a first elastic member located inside the armrest and applying an elastic restoration force against a movement of the movable member, the chair being characterized in that the movable member comprises: a first screw; and a rod coupled to the first screw in thread engagement and connected to the first elastic member, wherein a rotation of the first screw moves the rod with screw motion. a seat frame; a plurality of legs rotatably coupled to the seat frame at a front portion and a rear portion of the seat frame; a backrest rotatably coupled to the seat frame at the rear portion of the seat frame; and an armrest rotatably coupled to upper ends of the legs, wherein the armrest includes: a movable member retained inside the armrest and movable along the armrest, the movable member being rotatably coupled to the backrest; and a first elastic member located inside the armrest and applying an elastic restoration force against a movement of the movable member, a movable member retained inside the armrest and movable along the armrest, the movable member being rotatably coupled to the backrest; and a first elastic member located inside the armrest and applying an elastic restoration force against a movement of the movable member, a first screw; and a rod coupled to the first screw in thread engagement and connected to the first elastic member,
A system of surgical articles to be used in a surgical procedure, said system comprising: a plurality of individual surgical articles (30 -30 N; 34 1 - 34 N; 36 1 - 36 N), each article having machine-readable information thereon; wherein said machine-readable information on each article includes information which uniquely identifies that particular article from all other articles in the system and information which identifies a characteristic visual motif of that particular article, the characteristic visual motif allowing a surgical team to visually locate an article in a patient or in a collection of articles removed after a surgical procedure, wherein the characteristic visual motif comprises at least one of color of at least a portion of the article, a pattern on at least a portion of the article, a color on at least a portion of a label, and/or a pattern on at least a portion of the label. a plurality of individual surgical articles (30 -30 N; 34 1 - 34 N; 36 1 - 36 N), each article having machine-readable information thereon; wherein said machine-readable information on each article includes information which uniquely identifies that particular article from all other articles in the system and information which identifies a characteristic visual motif of that particular article, the characteristic visual motif allowing a surgical team to visually locate an article in a patient or in a collection of articles removed after a surgical procedure, wherein the characteristic visual motif comprises at least one of color of at least a portion of the article, a pattern on at least a portion of the article, a color on at least a portion of a label, and/or a pattern on at least a portion of the label.
A current measuring circuit comprising: an embedded current measuring, ECM, system; a current monitor circuit (116, 110, 204, 206) configured to monitor the ECM system to measure a set of currents supplied to a set of circuits (114-1, 114-2); an alert circuit (116, 110, 204, 206) configured to generate an alert based on at least one current of the set of currents in comparison to at least one threshold; and a throttle circuit configured to throttle a performance of at least one circuit of the set of circuits (114-1, 114-2) in order to decrease the current to the at least one circuit based on the generation of the alert; wherein the alert circuit (116, 110, 204, 206) configured to generate an alert based on the at least one current of the set of currents in comparison to the at least one threshold is configured to generate an alert for at least one of a plurality of power rails in the circuit, the alert generated for the at least one of the plurality of power rails based on the current to the at least one of the plurality of power rails; characterized in that the alert circuit (116, 110, 204, 206) is further configured to generate one alert based on a sum of two or more currents, each current to one of the plurality of power rails. an embedded current measuring, ECM, system; a current monitor circuit (116, 110, 204, 206) configured to monitor the ECM system to measure a set of currents supplied to a set of circuits (114-1, 114-2); an alert circuit (116, 110, 204, 206) configured to generate an alert based on at least one current of the set of currents in comparison to at least one threshold; and a throttle circuit configured to throttle a performance of at least one circuit of the set of circuits (114-1, 114-2) in order to decrease the current to the at least one circuit based on the generation of the alert; wherein the alert circuit (116, 110, 204, 206) configured to generate an alert based on the at least one current of the set of currents in comparison to the at least one threshold is configured to generate an alert for at least one of a plurality of power rails in the circuit, the alert generated for the at least one of the plurality of power rails based on the current to the at least one of the plurality of power rails; characterized in that the alert circuit (116, 110, 204, 206) is further configured to generate one alert based on a sum of two or more currents, each current to one of the plurality of power rails.
A method for guiding a machining head, in particular a laser machining head, along a track to be machined, wherein - a line of light is projected onto said machining track, transversely thereto, in machining direction at a distance (d) in front of said machining point, - the location y(Pn) of said track in front of said machining point is determined from images of said line of light recorded continuously during machining, and - said machining point is aligned with said track as soon as said machining point reaches said respective point (Pn) on said track for which the location y(Pn) of said track was determined, wherein the machining speed at which said machining point is guided along said track to be machined is detected, characterized in that the current machining speed is read from a control unit controlling the movement of said machining head and is used as parameters for calculating the time for the tracking of said machining point, and the time at which the machining point reaches the respective point (Pn) of said track is determined from the distance (d) of said line of light from said machining point and the current machining speed. - a line of light is projected onto said machining track, transversely thereto, in machining direction at a distance (d) in front of said machining point, - the location y(Pn) of said track in front of said machining point is determined from images of said line of light recorded continuously during machining, and - said machining point is aligned with said track as soon as said machining point reaches said respective point (Pn) on said track for which the location y(Pn) of said track was determined,
A method for constructing a model for estimating the state of health of a battery of an electric or hybrid vehicle in conditions of use, comprising the following steps: A) over a plurality of periods of operation of said battery, acquiring at least one time series of measurements of speed (v) or of acceleration of said vehicle and, simultaneously, at least one time series of measurements (I, U, P) of at least one quantity chosen from: a current delivered by said battery, a power delivered by said battery or a voltage at its terminals; B) extracting segments of said at least one time series corresponding to speed or acceleration patterns that satisfy at least one predefined condition; C) determining reference states of health of said battery during said periods of operation by interpolation of estimations of said state of health obtained by means of offline characterization performed between said periods of operation; and D) constructing at least one continuous estimation or classification model from said segments of said at least one time series and from the corresponding reference states of health. A) over a plurality of periods of operation of said battery, acquiring at least one time series of measurements of speed (v) or of acceleration of said vehicle and, simultaneously, at least one time series of measurements (I, U, P) of at least one quantity chosen from: a current delivered by said battery, a power delivered by said battery or a voltage at its terminals; B) extracting segments of said at least one time series corresponding to speed or acceleration patterns that satisfy at least one predefined condition; C) determining reference states of health of said battery during said periods of operation by interpolation of estimations of said state of health obtained by means of offline characterization performed between said periods of operation; and D) constructing at least one continuous estimation or classification model from said segments of said at least one time series and from the corresponding reference states of health.
An underwater connection assembly comprising a branching unit, a first optical cable segment and a second optical cable segment configured for conveying electrical and optical signals between the branching unit and a terminal station, wherein the first optical cable segment is configured to be coupled to a first sea earth by means of a first sea earthing electrode and the branching unit is configured to be coupled to a second sea earth by means of a second sea earthing electrode through the second optical cable segment and wherein, the first sea earthing electrode and the second sea earthing electrode are configured to be electrically separated and disposed at separate locations from each other.
A method for detecting lung cancer in an individual, the method comprising detecting the levels of protein markers in the panel comprising tissue factor pathway inhibitor (TFPI) protein, carcinoembryonic antigen-related cell adhesion molecule 5 (CEACAM5) protein, Cyfra 21-1 (Cyfra) protein, squamous cell carcinoma antigen protein, and osteopontin protein in a sample from said individual, wherein elevated levels of at least one of said protein markers indicate that said individual has lung cancer.
A radio-wave receiving device having an antenna constituted by a columnar magnetic core and a coil portion winding a conductor around the magnetic core, wherein the antenna comprises: an extension portion in a flat-plate state extended from an end portion of the magnetic core; and a standing portion provided in contact with or magnetically coupled with at least one direction face of the extension portion; said portions being made of a ferromagnetic body; wherein the antenna is arranged inside the radio-wave receiving device to receive a radio wave having information; characterised in that the extension portion and the standing portion are manufactured as separate bodies. an extension portion in a flat-plate state extended from an end portion of the magnetic core; and a standing portion provided in contact with or magnetically coupled with at least one direction face of the extension portion; said portions being made of a ferromagnetic body; wherein the antenna is arranged inside the radio-wave receiving device to receive a radio wave having information; characterised in that the extension portion and the standing portion are manufactured as separate bodies.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: receiving network slice selection policy information from a network, wherein the network slice selection policy information indicates one or more target network slices for one or more services to be used by the WTRU; initiating a connection for at least one of the one or more services indicated by the network slice selection policy information; and sending a connection request to the network, wherein the connection request is associated with the at least one of the one or more services, wherein the connection request indicates a target slice among the one or more target network slices that is to support the at least one of the one or more services, and wherein the target slice is selected based on the network slice selection policy information. receiving network slice selection policy information from a network, wherein the network slice selection policy information indicates one or more target network slices for one or more services to be used by the WTRU; initiating a connection for at least one of the one or more services indicated by the network slice selection policy information; and sending a connection request to the network, wherein the connection request is associated with the at least one of the one or more services, wherein the connection request indicates a target slice among the one or more target network slices that is to support the at least one of the one or more services, and wherein the target slice is selected based on the network slice selection policy information.
A system for transferring data and power between electronic devices configured to be implanted in a patient, the system comprising: a first unit and a second unit that in use are both configured to be implanted in the patient; and a cable connecting the first unit and the second unit, wherein the first unit comprises: a current supply unit that is configured to supply a selected current output to the second unit via the cable, wherein the current output is a square current waveform having intermittent transitions of polarity; and a processor configured to anticipate an action to be performed by the second unit and to select the current output dependent on the anticipated action, wherein the processor is configured to change the polarity while the loading of the current supply unit is below a minimum threshold. a first unit and a second unit that in use are both configured to be implanted in the patient; and a cable connecting the first unit and the second unit, a current supply unit that is configured to supply a selected current output to the second unit via the cable, wherein the current output is a square current waveform having intermittent transitions of polarity; and a processor configured to anticipate an action to be performed by the second unit and to select the current output dependent on the anticipated action, wherein the processor is configured to change the polarity while the loading of the current supply unit is below a minimum threshold.
A method for manufacturing a resin-impregnated endless belt structure, designed for use on a long nip press on a papermaking machine and for other papermaking and paperprocessing applications, said method comprising the steps of a) providing a base substrate (12, 70, 76, 90) for the belt; b) depositing polymeric resin material (72, 78, 92) onto said base substrate in a controlled manner so as to control the x, y, z dimensions of said material deposited to create a predetermined pattern in droplets, wherein the droplets have a nominal diameter of 10μ to 100μ and wherein said predetermined pattern is to create the surface characteristic of said belt structures; and c) at least partially setting said polymeric resin material. a) providing a base substrate (12, 70, 76, 90) for the belt; b) depositing polymeric resin material (72, 78, 92) onto said base substrate in a controlled manner so as to control the x, y, z dimensions of said material deposited to create a predetermined pattern in droplets, wherein the droplets have a nominal diameter of 10μ to 100μ and wherein said predetermined pattern is to create the surface characteristic of said belt structures; and c) at least partially setting said polymeric resin material.
Knife holder comprising - a casing, - a holding device intended to receive knives, and - a sharpening system intended to sharpen a blade of said knives, said sharpening system comprising a base and at least one sharpening member which is integral with the base, the base being movable with respect to the casing between a storage position wherein the base is inside the casing and a gripping position wherein the base partially exits from the casing, the base being held to the sharpening system by at least one magnetic element, characterised in that the base can be separated from the knife holder without a physical link when it is in its gripping position to perform an operation of sharpening the blade. - a casing, - a holding device intended to receive knives, and - a sharpening system intended to sharpen a blade of said knives, said sharpening system comprising a base and at least one sharpening member which is integral with the base, the base being movable with respect to the casing between a storage position wherein the base is inside the casing and a gripping position wherein the base partially exits from the casing,
A system comprising vehicle-to-vehicle charging apparatus for transferring power between a first electric vehicle and a second electric vehicle, the first and second electric vehicles being connected via a cable configured to enable power flow from the first electric vehicle to the second electric vehicle, the apparatus being comprised in the first electric vehicle, the system being configured to: detect, via the cable, that the first electric vehicle is connected to the second electric vehicle, wherein the cable comprises a communication cable which enables signal flow between the first and second electric vehicles; and in response to the detecting, perform vehicle-to-vehicle charging to transfer power from the first electric vehicle to the second electric vehicle. detect, via the cable, that the first electric vehicle is connected to the second electric vehicle, wherein the cable comprises a communication cable which enables signal flow between the first and second electric vehicles; and in response to the detecting, perform vehicle-to-vehicle charging to transfer power from the first electric vehicle to the second electric vehicle.
A single facer for producing a plurality of types of single-faced corrugated paperboard sheets having different flute configurations, comprising: a plurality of corrugating roll pairs (11, 12, 21, 22); a plurality of cartridges (1, 2) each pivotally supporting a pair of corrugating rolls arranged in an up-down direction in a respective one of the corrugating roll pairs, each of the cartridges being selectively serving as an operational cartridge supporting one of the corrugating roll pairs (11, 12) located in an operational position where one type of single-faced corrugated paperboard sheet is produced, and a rest cartridge supporting one of the corrugating roll pairs (21, 22) located in a rest position where no single-faced corrugated paperboard sheet is produced; and a single facer body having a frame structure internally formed with a transfer space for the cartridges, characterized in that the operational cartridge is disposed above the rest cartridge in such a manner that the operational cartridge is supported from therebelow by the rest cartridge. a plurality of corrugating roll pairs (11, 12, 21, 22); a plurality of cartridges (1, 2) each pivotally supporting a pair of corrugating rolls arranged in an up-down direction in a respective one of the corrugating roll pairs, each of the cartridges being selectively serving as an operational cartridge supporting one of the corrugating roll pairs (11, 12) located in an operational position where one type of single-faced corrugated paperboard sheet is produced, and a rest cartridge supporting one of the corrugating roll pairs (21, 22) located in a rest position where no single-faced corrugated paperboard sheet is produced; and a single facer body having a frame structure internally formed with a transfer space for the cartridges,
Method for ventilating rooms, especially classrooms and similar rooms, comprising: - providing a surface structure parallel to a wall, ceiling or floor of a room; - providing forced air inlet from the outside air into the room between said surface structure and said wall, ceiling or floor; - providing air outlet openings, evenly spaced over the whole surface of said surface structure, the method being characterized in that the ratio between the pitch and the diameter of said outlet openings is between 6 and 20:1. - providing a surface structure parallel to a wall, ceiling or floor of a room; - providing forced air inlet from the outside air into the room between said surface structure and said wall, ceiling or floor; - providing air outlet openings, evenly spaced over the whole surface of said surface structure, the method being characterized in that the ratio between the pitch and the diameter of said outlet openings is between 6 and 20:1.
A door, in particular a fire protection door, for closing doorways, preferably in tunnel tubes, comprising a door frame and a door leaf which comprises a circumferential frame comprising frame parts having a T-profile shaped cross section for receiving a fire protection element (7, 8) made of a fire and heat resistant material, wherein the connection area between the frame and the fire protection element (7, 8) is covered by a cladding, characterized in that the cladding is extended on the side of the door frame by a door rabbet (12, 18) which rests on the door frame in the closed position of the door, which door rabbet covers a door gap ("S") between the door leaf and the door frame in a sealing manner against fire and smoke, and a recess is provided in the cladding towards the door frame, in which recess an intumescent sealing strip is integrated.