mhurhangee/ep-ind-claims huggingface dataset:
A vacuum wiper comprising: a housing, containing a cavity; and a connection port, the connection port being disposed on the housing and being in communication with the cavity; characterized in that the vacuum wiper further comprises: multiple holes, the multiple holes being disposed on the housing in the length direction of the housing, and the multiple holes being able to establish fluid communication between the cavity and the outside; the vacuum wiper having a maximum vacuumizing length when all of the multiple holes are in communication with the outside; and a hole adjusting means, configured to be capable of blocking one or more of the multiple holes in sequence from two ends in the length direction of arrangement of the multiple holes of the vacuum wiper, such that the vacuum wiper is able to adjust the vacuumizing length, wherein the hole adjusting means is two sliders, the two sliders being disposed at two sides in the length direction of the housing respectively, such that the two sliders are able to slidably block one or more of the multiple holes. a housing, containing a cavity; and a connection port, the connection port being disposed on the housing and being in communication with the cavity; characterized in that the vacuum wiper further comprises: multiple holes, the multiple holes being disposed on the housing in the length direction of the housing, and the multiple holes being able to establish fluid communication between the cavity and the outside; the vacuum wiper having a maximum vacuumizing length when all of the multiple holes are in communication with the outside; and a hole adjusting means, configured to be capable of blocking one or more of the multiple holes in sequence from two ends in the length direction of arrangement of the multiple holes of the vacuum wiper, such that the vacuum wiper is able to adjust the vacuumizing length, wherein the hole adjusting means is two sliders, the two sliders being disposed at two sides in the length direction of the housing respectively, such that the two sliders are able to slidably block one or more of the multiple holes. multiple holes, the multiple holes being disposed on the housing in the length direction of the housing, and the multiple holes being able to establish fluid communication between the cavity and the outside; the vacuum wiper having a maximum vacuumizing length when all of the multiple holes are in communication with the outside; and a hole adjusting means, configured to be capable of blocking one or more of the multiple holes in sequence from two ends in the length direction of arrangement of the multiple holes of the vacuum wiper, such that the vacuum wiper is able to adjust the vacuumizing length, wherein the hole adjusting means is two sliders, the two sliders being disposed at two sides in the length direction of the housing respectively, such that the two sliders are able to slidably block one or more of the multiple holes.
An apparatus, comprising: a collector to: collect first constituent media signatures from a first media device (102, 104, 106) that identify a first portion of media, wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device (102, 104, 106) that identify a second portion of the media; an event detector to detect an event associated with a portion of the first constituent media signatures, the event corresponding to at least one of a pause event, a stop event, a skip event, a fast-forward event, or a rewind event; a stream editor to discard the portion of the first constituent media signatures corresponding to the detected event; and a synthesizer to combine, after the portion of the first constituent media signatures is discarded, one or more remaining ones of the first constituent media signatures from the first media device (102, 104, 106) and one or more of the second constituent media signatures from the second media device (102, 104, 106) to form a reference media signature sequence that represents the media; wherein the apparatus further comprises a timestamp editor to modify a timestamp of a second one of the first constituent media signatures to compensate for a first one of the first constituent media signatures being discarded. a collector to: collect first constituent media signatures from a first media device (102, 104, 106) that identify a first portion of media, wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device (102, 104, 106) that identify a second portion of the media; collect first constituent media signatures from a first media device (102, 104, 106) that identify a first portion of media, wherein the first constituent media signatures form a stream of the first constituent media signatures; and collect second constituent media signatures from a second media device (102, 104, 106) that identify a second portion of the media; an event detector to detect an event associated with a portion of the first constituent media signatures, the event corresponding to at least one of a pause event, a stop event, a skip event, a fast-forward event, or a rewind event; a stream editor to discard the portion of the first constituent media signatures corresponding to the detected event; and a synthesizer to combine, after the portion of the first constituent media signatures is discarded, one or more remaining ones of the first constituent media signatures from the first media device (102, 104, 106) and one or more of the second constituent media signatures from the second media device (102, 104, 106) to form a reference media signature sequence that represents the media; wherein the apparatus further comprises a timestamp editor to modify a timestamp of a second one of the first constituent media signatures to compensate for a first one of the first constituent media signatures being discarded.
An adjustable anchoring device for the wall assembly of coating panels, comprising an anchoring plaque to a panel and a coupling for anchoring to a wall, wherein said device comprises a slide sliding linearly with respect to said plaque, in a first direction, said coupling being at least partially associated with said slide and movable with respect to said wall in at least a second direction, substantially perpendicular with respect to said first direction, said device further comprising regulation means (6D,9D,10D) suitable for controlling the sliding of said slide with respect to said plaque, said regulation means comprising: - a threaded seat produced in said slide, - a corresponding fin integral with said plaque which extends perpendicularly to sliding rails in said plaque and - a regulation bolt cooperating with said corresponding fin and with said threaded seat to effect the sliding of said slide in said first direction, and it comprises actuation means (13D, 14D, 15D, 16D) suitable for controlling said movement of said coupling in said second direction, said actuation means comprising: - an actuation bolt at least partly housed in said slide, said actuation bolt being arranged parallel to said regulation bolt, - the axis of said actuation bolt being directed parallel to said first direction and perpendicular to said corresponding fin; - said regulation bolt and said actuation bolt being both accessible from said first direction without requiring holes passing through the front of the panel; characterized in that said actuation means comprise sloping planes (15D,16D) with respect to said first sliding direction and cooperating with each other to determine the movement of said coupling in at least said second direction; wherein said coupling comprises a base which can be fixed to a wall and a bolt with a conical tip, screwed in a seat of said slide, and wherein said actuation means comprise said bolt with a conical head and a seat with a sloping plane envisaged on said base cooperating with said bolt with a conical tip, to move said coupling in at least said second direction following a rotation of said bolt with a conical tip. - a threaded seat produced in said slide, - a corresponding fin integral with said plaque which extends perpendicularly to sliding rails in said plaque and - a regulation bolt cooperating with said corresponding fin and with said threaded seat to effect the sliding of said slide in said first direction, - an actuation bolt at least partly housed in said slide, said actuation bolt being arranged parallel to said regulation bolt, - the axis of said actuation bolt being directed parallel to said first direction and perpendicular to said corresponding fin; - said regulation bolt and said actuation bolt being both accessible from said first direction without requiring holes passing through the front of the panel;
A shock key comprising: - an electric motor comprising a rotor and a stator; - a rebound type impact mechanism - means for controlling the power supply of said motor comprising means for regulating the power supply current of said motor; said rotor of said motor being directly linked to said impact mechanism, characterised in that said means for controlling the power supply of said motor are configured to output to said means for regulating, during a screwing or unscrewing operation, a setpoint of power supply current of the motor inducing the generation of a predetermined electromagnetic torque by said motor, and in that said means for controlling the power supply of said motor are configured to power said motor in the working direction including during the rebound of the rebound impact mechanism, said motor being a multi-phase permanent magnet synchronous motor and said means for controlling the power supply of said motor using a vector-type control. - an electric motor comprising a rotor and a stator; - a rebound type impact mechanism - means for controlling the power supply of said motor comprising means for regulating the power supply current of said motor; said rotor of said motor being directly linked to said impact mechanism, characterised in that said means for controlling the power supply of said motor are configured to output to said means for regulating, during a screwing or unscrewing operation, a setpoint of power supply current of the motor inducing the generation of a predetermined electromagnetic torque by said motor, and in that said means for controlling the power supply of said motor are configured to power said motor in the working direction including during the rebound of the rebound impact mechanism, said motor being a multi-phase permanent magnet synchronous motor and said means for controlling the power supply of said motor using a vector-type control.
A method of monitoring health and itinerary of a helicopter, comprising: monitoring the health of a system on the helicopter; tracking the location of the helicopter, characterized by: providing vibration monitoring of both main and tail rotor systems, transmissions, shafts, bearings, and engines including a gas generator, power turbine, and accessory components and rotor track and balancing health monitoring functions; correlating the health and location; provide a cross-correlation on real health issues versus temporary issues that emerge from challenging flight operational conditions; creating condition indicators related to the health, and location; and transmitting the indicators and location to a managing site. monitoring the health of a system on the helicopter; tracking the location of the helicopter, characterized by: providing vibration monitoring of both main and tail rotor systems, transmissions, shafts, bearings, and engines including a gas generator, power turbine, and accessory components and rotor track and balancing health monitoring functions; correlating the health and location; provide a cross-correlation on real health issues versus temporary issues that emerge from challenging flight operational conditions; creating condition indicators related to the health, and location; and transmitting the indicators and location to a managing site.
A sawing wire, suitable for sawing with abrasive particles having a median size of between 3 and 50 micrometer, said sawing wire being a steel wire having a substantially helicoidal shape comprising segments with bends in between, said bends being outwardly radial to said helicoidal shape characterised in that between said bends, gaps are present between said steel wire and a cylinder circumscribing said sawing wire, said gaps having a maximum gapsize being 0.25 to 2 times the median size of said abrasive particles.
An infectious arenavirus viral vector, wherein an arenavirus open reading frame is removed and replaced by a nucleotide sequence selected from the group consisting of: a. a nucleotide sequence encoding an HBV HBc protein or an antigenic fragment thereof; b. a nucleotide sequence encoding a fusion of HBV HBs and HBc proteins or antigenic fragments thereof; and c. a nucleotide sequence encoding an HBV pre-S2/S protein or an antigenic fragment thereof; wherein the viral vector is capable of eliciting a T cell response against the HBV HBc protein, the fusion of HBV HBs and HBc proteins, the HBV pre-S2/S protein, or an antigenic fragment thereof. a. a nucleotide sequence encoding an HBV HBc protein or an antigenic fragment thereof; b. a nucleotide sequence encoding a fusion of HBV HBs and HBc proteins or antigenic fragments thereof; and c. a nucleotide sequence encoding an HBV pre-S2/S protein or an antigenic fragment thereof;
An adsorption process for the production of mid-range purity oxygen having an oxygen purity from 50% to 90% from a feed gas containing at least oxygen and nitrogen which comprises continuously feeding the feed gas into a feed input end of an adsorber bed containing at least one nitrogen selective adsorbent which preferentially adsorbs nitrogen and withdrawing oxygen from an exit end of said adsorber bed, characterized in that said feeding the feed gas into a feed input end and said withdrawing oxygen from an exit end occurs in a 14 step cycle in which the bed undergoes the steps: compressor feed pressurization with ambient air inlet, compressor feed pressurization; compressor feed pressurization and product make, compressor feed pressurization, product make and provide purge, compressor feed pressurization and product make, equalize down, equalize down and evacuate, evacuate, evacuate, evacuate, evacuate and receive purge, evacuate, evacuate and equalize up, equalize up and compressor feed pressurization, and wherein the provide purge step in said cycle of said bed is stopped prior to stopping product make in said cycle of said bed.
A composite ceramic atomizer, comprising: a first main body and a second main body formed integrally with the first main body via a glazing and sealing process, with the first main body and the second main body being jointed via a glazed surface formed by glazing, characterized in that the glazed surface partially covers the joint between the first main body and the second main body, wherein the first main body includes a heating carrier and a conductive path for heating, the conductive path is formed on a surface of or inside the heating carrier and includes a first contact part and a second contact part both configured for connecting to a power supply, and the second main body is used for liquid transmission.
A method of forming a circuit in a composite component comprising the steps of: (a) providing a plurality of preform modules comprised of an organic matrix composite material, wherein the preform modules are uncured modules; (b) applying at least one first electrical circuit portion on at least a first preform module and at least one second electrical circuit portion on at least a second preform module of the plurality of preform modules; (c) arranging the uncured modules of the first and second preform modules in a molding apparatus such that the first electrical circuit portion of the first preform module is in contact with the second electrical circuit portion of the second preform module; (d) injecting resin into the molding apparatus subsequent to step (c); and (e) molding the first and second preform modules together within the molding apparatus to form a one-piece molded component such that the first and second electrical circuit portions of the first and second preform modules form a complete circuit. (a) providing a plurality of preform modules comprised of an organic matrix composite material, wherein the preform modules are uncured modules; (b) applying at least one first electrical circuit portion on at least a first preform module and at least one second electrical circuit portion on at least a second preform module of the plurality of preform modules; (c) arranging the uncured modules of the first and second preform modules in a molding apparatus such that the first electrical circuit portion of the first preform module is in contact with the second electrical circuit portion of the second preform module; (d) injecting resin into the molding apparatus subsequent to step (c); and (e) molding the first and second preform modules together within the molding apparatus to form a one-piece molded component such that the first and second electrical circuit portions of the first and second preform modules form a complete circuit.
A method for identifying the chemical species of various textural elements in a targeted region of tissue, the method comprising: selectively exciting a volume of interest and applying a k-encode gradient pulse to induce phase wrap to create a spatial encode for an initial specific k-value and orientation, the specific k-value being selected based on a disease or a pathology; recording multiple samples of the NMR RF signal encoded with the specific k-value as signal data; taking the Fourier Transform of the acquired signal data, wherein for each k-value, the signal data recorded is indicative of the spatial power density at that specific k-value; and, evaluating each peak in the NMR spectrum whereby the relative contribution to texture of tissue in the VOI at a k-value for each chemical species is determined. selectively exciting a volume of interest and applying a k-encode gradient pulse to induce phase wrap to create a spatial encode for an initial specific k-value and orientation, the specific k-value being selected based on a disease or a pathology; recording multiple samples of the NMR RF signal encoded with the specific k-value as signal data; taking the Fourier Transform of the acquired signal data, wherein for each k-value, the signal data recorded is indicative of the spatial power density at that specific k-value; and, evaluating each peak in the NMR spectrum whereby the relative contribution to texture of tissue in the VOI at a k-value for each chemical species is determined.
An iontophoresis system, comprising: an earplug configured to be inserted into an ear canal, the ear plug including: a rigid frame defining a working channel configured to communicate with the ear canal; a nozzle positioned to project into the ear canal and deliver iontophoresis solution into the ear canal to fill the working channel; a sealing element configured to provide a fluid tight seal against the ear canal; and an iontophoresis electrode situated in the working channel; and a control unit coupled to the electrode, the control unit operable to: activate the iontophoresis electrode to provide an electrorepulsive force to ions within the iontophoresis solution to drive the ions into a tympanic membrane; and measure a capacitance defined in part by the iontophoresis electrode. an earplug configured to be inserted into an ear canal, the ear plug including: a rigid frame defining a working channel configured to communicate with the ear canal; a nozzle positioned to project into the ear canal and deliver iontophoresis solution into the ear canal to fill the working channel; a sealing element configured to provide a fluid tight seal against the ear canal; and an iontophoresis electrode situated in the working channel; and a rigid frame defining a working channel configured to communicate with the ear canal; a nozzle positioned to project into the ear canal and deliver iontophoresis solution into the ear canal to fill the working channel; a sealing element configured to provide a fluid tight seal against the ear canal; and an iontophoresis electrode situated in the working channel; and a control unit coupled to the electrode, the control unit operable to: activate the iontophoresis electrode to provide an electrorepulsive force to ions within the iontophoresis solution to drive the ions into a tympanic membrane; and measure a capacitance defined in part by the iontophoresis electrode. activate the iontophoresis electrode to provide an electrorepulsive force to ions within the iontophoresis solution to drive the ions into a tympanic membrane; and measure a capacitance defined in part by the iontophoresis electrode.
A method of operating a universal serial bus, comprising: sending packet data from a USB2 host to a USB2 device on a pair of signal lines (804,808), and after sending the packet data, sending an End-Of-Packet signal from the USB2 host to the USB2 device; after sending the EOP signal, entering the USB2 device into idle state; characterised by during idle state, sending a digital ping from the USB2 device to the USB2 host to indicate device presence, wherein the USB2 device is to maintain the idle state without device pull-up. sending packet data from a USB2 host to a USB2 device on a pair of signal lines (804,808), and after sending the packet data, sending an End-Of-Packet signal from the USB2 host to the USB2 device; after sending the EOP signal, entering the USB2 device into idle state; characterised by during idle state, sending a digital ping from the USB2 device to the USB2 host to indicate device presence, wherein the USB2 device is to maintain the idle state without device pull-up.
A method in a first Mobility Management Entity, MME for handling updated subscriber data associated with a User Equipment, UE, the UE being currently unreachable by the MME and wherein the updated subscriber data comprises Quality of Service, QoS, parameters, the method comprising: receiving (302, 402, 502, 602, 701) an insert subscriber data message sent by a Home Subscriber Server, HSS,, which insert subscriber data message comprises updated subscriber data associated with the UE, wherein at least part of the updated subscriber data is modified; and determining (303, 403, 504, 604, 702) that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable. receiving (302, 402, 502, 602, 701) an insert subscriber data message sent by a Home Subscriber Server, HSS,, which insert subscriber data message comprises updated subscriber data associated with the UE, wherein at least part of the updated subscriber data is modified; and determining (303, 403, 504, 604, 702) that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable.