mhurhangee/ep-ind-claims huggingface dataset:
Irrigation system for an at least partially overbuilt plant, in particular a tree, having: - at least one gutter body which has a gutter in which precipitation water is received and passed on in the region of the plant, - a cleaning device for cleaning the precipitation water, which cleaning device is connected to the gutter of the gutter body in a fluid-communicating manner such that the precipitation water is fed to the cleaning device, - a container for storing the cleaned precipitation water, which container is connected to the cleaning device in a fluid-communicating manner such that precipitation water is fed to said container, and - at least one irrigation outlet for watering the plant, which irrigation outlet is connected in a fluid-communicating manner to the container such that the stored precipitation water can escape therefrom for watering the plant, - wherein at least one flow limiter is arranged in the fluidly communicating connection between the container and the at least one irrigation outlet, which flow limiter limits the flow of the stored precipitation water to a maximum value, wherein - the flow limiter is adjustable with respect to its maximum value and - the flow limiter is mechanically adjustable with respect to its maximum value due to the fact that the flow limiter is designed as a valve. - at least one gutter body which has a gutter in which precipitation water is received and passed on in the region of the plant, - a cleaning device for cleaning the precipitation water, which cleaning device is connected to the gutter of the gutter body in a fluid-communicating manner such that the precipitation water is fed to the cleaning device, - a container for storing the cleaned precipitation water, which container is connected to the cleaning device in a fluid-communicating manner such that precipitation water is fed to said container, and - at least one irrigation outlet for watering the plant, which irrigation outlet is connected in a fluid-communicating manner to the container such that the stored precipitation water can escape therefrom for watering the plant, - wherein at least one flow limiter is arranged in the fluidly communicating connection between the container and the at least one irrigation outlet, which flow limiter limits the flow of the stored precipitation water to a maximum value, - the flow limiter is adjustable with respect to its maximum value and - the flow limiter is mechanically adjustable with respect to its maximum value due to the fact that the flow limiter is designed as a valve.
A three-dimensional printing pen, comprising: a plurality of cartridges, each cartridge having a hollow cartridge body including a colored thixotropic paste, a color of each thixotropic paste being different from a color of another thixotropic paste; a plurality of nozzles, each nozzle fluidly communicatively coupled to a corresponding cartridge; a motor unit operably coupled to the plurality of cartridges, the motor unit operable to expel the colored thixotropic paste from each cartridge through the corresponding nozzle; a mixing tip fluidly communicatively coupled to the plurality of nozzles, the mixing tip sized and shaped to dispense therethrough one or more of the colored thixotropic pastes in a form of an output thixotropic paste; a projection module having a light engine assembly that emits light having a wavelength, the light being projected to the output thixotropic paste to cure the output thixotropic paste that is dispensed from the mixing tip; and a housing at least partially housing each of the plurality of cartridges, the plurality of nozzles, the motor unit, the mixing tip, and the projection module. a plurality of cartridges, each cartridge having a hollow cartridge body including a colored thixotropic paste, a color of each thixotropic paste being different from a color of another thixotropic paste; a plurality of nozzles, each nozzle fluidly communicatively coupled to a corresponding cartridge; a motor unit operably coupled to the plurality of cartridges, the motor unit operable to expel the colored thixotropic paste from each cartridge through the corresponding nozzle; a mixing tip fluidly communicatively coupled to the plurality of nozzles, the mixing tip sized and shaped to dispense therethrough one or more of the colored thixotropic pastes in a form of an output thixotropic paste; a projection module having a light engine assembly that emits light having a wavelength, the light being projected to the output thixotropic paste to cure the output thixotropic paste that is dispensed from the mixing tip; and a housing at least partially housing each of the plurality of cartridges, the plurality of nozzles, the motor unit, the mixing tip, and the projection module.
A method of operating a system comprising an access point (120; 700) and a network device (140; 180), the method comprising: establishing, by the access point (120; 700), a network connection with an access network using a first access technology; transmitting, by the access point (120; 700), a local network advertisement message indicating an availability of a local area network offered by the access point (120; 700); providing, by the access point (120; 700), connection to the access network via the local area network using a second access technology; transmitting, by the access point (120; 700), an indication of the first access technology used by the access point (120; 700) for the network connection, wherein the indication of the first access technology used for the network connection is included in the local network advertisement message; and selecting, by the network device (140; 800), a mode of operation in accordance with the first access technology used by the access point (120; 700), wherein a first mode of operation configures the network device (140; 800) to perform automatic upload and/or download functions, and a second mode of operation configures the network device (140; 800) to suspend automatic upload and/or download functions. establishing, by the access point (120; 700), a network connection with an access network using a first access technology; transmitting, by the access point (120; 700), a local network advertisement message indicating an availability of a local area network offered by the access point (120; 700); providing, by the access point (120; 700), connection to the access network via the local area network using a second access technology; transmitting, by the access point (120; 700), an indication of the first access technology used by the access point (120; 700) for the network connection, wherein the indication of the first access technology used for the network connection is included in the local network advertisement message; and selecting, by the network device (140; 800), a mode of operation in accordance with the first access technology used by the access point (120; 700), wherein a first mode of operation configures the network device (140; 800) to perform automatic upload and/or download functions, and a second mode of operation configures the network device (140; 800) to suspend automatic upload and/or download functions.
A roller device for use in an automated fiber placement process involving a tool having a contour, the roller device comprising: - a helical spring axle having a plurality of turns of a spring material arranged substantially cylindrically along a centerline axis, and configured to function as a bendable axle; - a roller cover of a conformable natural or synthetic material, having a hollow interior, and configured to receive the helical spring axle within the hollow interior; and - a tension mechanism arranged through the helical spring axle along the centerline axis, and wherein the tension mechanism is adjustable to a particular length to prevent the helical spring axle from lengthening beyond a particular length value that corresponds to a particular bend radius for conforming to the contour of the tool, to control a bendability of the bendable axle. - a helical spring axle having a plurality of turns of a spring material arranged substantially cylindrically along a centerline axis, and configured to function as a bendable axle; - a roller cover of a conformable natural or synthetic material, having a hollow interior, and configured to receive the helical spring axle within the hollow interior; and - a tension mechanism arranged through the helical spring axle along the centerline axis, and wherein the tension mechanism is adjustable to a particular length to prevent the helical spring axle from lengthening beyond a particular length value that corresponds to a particular bend radius for conforming to the contour of the tool, to control a bendability of the bendable axle.
Subsurface mining vehicle for collecting mineral deposits from a sea bed at great depths and transport said deposits to a floating vessel, the vehicle comprising a load-bearing structure provided with means for advancing the vehicle on the sea bed and with a pick-up unit for the deposits, the vehicle further comprising a connector for connecting to a deposit transporting system provided between the vehicle and the floating vessel, as well as a lifting frame that is at one end provided with a suspension connector to connect to a suspension means provided between the floating vessel and the vehicle, and at another end connected to the load-bearing structure by a hinged connection (90a, 90b), that is actuated by actuating means, characterised in that: the angular position of the load-bearing structure relative to the lifting frame can be fixed in different angular positions while the vehicle is suspended from the suspension means.
A wind turbine blade system, comprising: a first blade segment having a first spar element that includes multiple first planks having a first thickness and a first plank composition; a second blade segment having a second spar element that includes multiple second planks having a second thickness and a second plank composition different than the first plank composition, the second blade segment being joined to the first blade segment at a joint; and wherein an overall product of thickness and elastic modulus of the first planks is approximately equal to an overall product of thickness and elastic modulus for the second planks. a first blade segment having a first spar element that includes multiple first planks having a first thickness and a first plank composition; a second blade segment having a second spar element that includes multiple second planks having a second thickness and a second plank composition different than the first plank composition, the second blade segment being joined to the first blade segment at a joint; and wherein an overall product of thickness and elastic modulus of the first planks is approximately equal to an overall product of thickness and elastic modulus for the second planks.
A lighting device, including: - a flexible channel-shaped elongated profiled body including a light permeable material, said channel-shaped profiled body having a mouth portion, wherein said light permeable material of said profiled body is recessed at said mouth portion, and - a flexible light radiation source assembly arranged at said mouth portion and including a support board having at least one electrically powered light radiation source thereon facing said profiled body, characterized in that: - said light radiation source assembly defines a volume with respect to the recessed profile of the mouth portion of said profiled body, - said profiled body includes shoulder formations (120a, 120b) sidewise of said mouth portion with said support board abutting against said shoulder formations (120a, 120b), and - said profiled body includes two lateral inserts extending lengthwise of said elongated profiled body. - a flexible channel-shaped elongated profiled body including a light permeable material, said channel-shaped profiled body having a mouth portion, wherein said light permeable material of said profiled body is recessed at said mouth portion, and - a flexible light radiation source assembly arranged at said mouth portion and including a support board having at least one electrically powered light radiation source thereon facing said profiled body, - said light radiation source assembly defines a volume with respect to the recessed profile of the mouth portion of said profiled body, - said profiled body includes shoulder formations (120a, 120b) sidewise of said mouth portion with said support board abutting against said shoulder formations (120a, 120b), and - said profiled body includes two lateral inserts extending lengthwise of said elongated profiled body.
A structure of a non-interference front-surface opening/closing-type frame, the structure comprising: a fixing frame; a cover frame rotatably coupled to the fixing frame; and an elastic member interposed between the fixing frame and the cover frame, wherein the fixing frame comprises: a protrusion protruding downward from one end of the fixing frame in a lateral direction; and a shaft groove opened inward and downward inside the protrusion, and the cover frame comprises: a rotating shaft inserted into the shaft groove; a compression piece formed sharply inward and downward from the rotating shaft and elastically supported by the elastic member; and a connection piece connecting the other end of the cover frame and the compression piece, characterized in that a pressing piece, which protrudes in a downward direction of the fixing frame to press the elastic member, is formed in an inner upper portion of the fixing frame to press an upper portion of the elastic member, thereby creating a gap between the upper portion of the elastic member and the lower portion of the protrusion.
An apparatus, comprising: a processor circuit; an endpoint component operative on the processor circuit to receive an incoming call from a user device of a user, and identify an incoming phone number for the incoming call; a menu retrieval component operative on the processor circuit to determine a voice menu based on the incoming phone number by retrieving a custom voice script specific to the user and compiling the custom voice script in response to the received incoming call to produce the custom voice menu; a menu performance component operative on the processor circuit to perform the voice menu; and a call state persistence component operative to persist a user state in the performed voice menu, wherein said user state is composed of a position within a defined logic flow and a value of any information retrieved or received by the voice menu system, wherein upon the user reconnecting, the call state persistence component is characterized in that it is operative to present an option to the user to either resume the persisted user state in the performed voice menu or to start over. a processor circuit; an endpoint component operative on the processor circuit to receive an incoming call from a user device of a user, and identify an incoming phone number for the incoming call; a menu retrieval component operative on the processor circuit to determine a voice menu based on the incoming phone number by retrieving a custom voice script specific to the user and compiling the custom voice script in response to the received incoming call to produce the custom voice menu; a menu performance component operative on the processor circuit to perform the voice menu; and a call state persistence component operative to persist a user state in the performed voice menu, wherein said user state is composed of a position within a defined logic flow and a value of any information retrieved or received by the voice menu system, wherein upon the user reconnecting, the call state persistence component is characterized in that it is operative to present an option to the user to either resume the persisted user state in the performed voice menu or to start over.
A system, comprising: a multi-tube fuel nozzle, comprising: a fuel nozzle body comprising an outer wall surrounding a chamber, wherein the outer wall comprises a downstream wall portion configured to face a combustion region; a plurality of tubes extending through the chamber to the downstream wall portion, wherein each tube of the plurality of tubes comprises an upstream portion, a downstream portion, and at least one fuel inlet disposed at the upstream portion, wherein each tube is configured to receive air and mix the air with fuel from the at least one fuel inlet; and a fuel conduit extending through the chamber crosswise to and around the plurality of tubes, wherein the fuel conduit comprises a plurality of impingement cooling orifices wherein a fuel flow path extends through the fuel conduit, through the impingement cooling orifices, through the chamber, and into the at least one fuel inlet of each tube; characterized in that the plurality of impingement cooling orifices are configured to direct fuel to impingement cool the downstream wall portion. a multi-tube fuel nozzle, comprising: a fuel nozzle body comprising an outer wall surrounding a chamber, wherein the outer wall comprises a downstream wall portion configured to face a combustion region; a plurality of tubes extending through the chamber to the downstream wall portion, wherein each tube of the plurality of tubes comprises an upstream portion, a downstream portion, and at least one fuel inlet disposed at the upstream portion, wherein each tube is configured to receive air and mix the air with fuel from the at least one fuel inlet; and a fuel conduit extending through the chamber crosswise to and around the plurality of tubes, wherein the fuel conduit comprises a plurality of impingement cooling orifices wherein a fuel flow path extends through the fuel conduit, through the impingement cooling orifices, through the chamber, and into the at least one fuel inlet of each tube; characterized in that the plurality of impingement cooling orifices are configured to direct fuel to impingement cool the downstream wall portion. a fuel nozzle body comprising an outer wall surrounding a chamber, wherein the outer wall comprises a downstream wall portion configured to face a combustion region; a plurality of tubes extending through the chamber to the downstream wall portion, wherein each tube of the plurality of tubes comprises an upstream portion, a downstream portion, and at least one fuel inlet disposed at the upstream portion, wherein each tube is configured to receive air and mix the air with fuel from the at least one fuel inlet; and a fuel conduit extending through the chamber crosswise to and around the plurality of tubes, wherein the fuel conduit comprises a plurality of impingement cooling orifices wherein a fuel flow path extends through the fuel conduit, through the impingement cooling orifices, through the chamber, and into the at least one fuel inlet of each tube; characterized in that the plurality of impingement cooling orifices are configured to direct fuel to impingement cool the downstream wall portion.
A floating type plasma electrode pad using the skin of a human body as a ground electrode such that plasma is generated between the skin of the human body and a plasma electrode disposed near the skin of the human body in accordance with a voltage applied to the plasma electrode, comprising: the plasma electrode made of a conductive metal thin film; a flexible dielectric thin film layered on the plasma electrode, and made of a polymer material, the dielectric thin film being spaced apart from the skin of the human body by a predetermined distance such that microdischarge is generated in a space defined between the dielectric thin film and the skin of the human body; and a spacer layered on the dielectric thin film, to space the dielectric film from the skin of the human body by the predetermined distance, characterized by that the spacer is made of a fiber material forming a random complicated structure of multiple layers, and has an opening ratio of 30% or more, wherein the opening ratio is defined by the ratio of the space opened between fibers constituting the multiple layers to an open portion of the space occupied by the fibers in a cross-section of the multiple layers viewed from the top side. the plasma electrode made of a conductive metal thin film; a flexible dielectric thin film layered on the plasma electrode, and made of a polymer material, the dielectric thin film being spaced apart from the skin of the human body by a predetermined distance such that microdischarge is generated in a space defined between the dielectric thin film and the skin of the human body; and a spacer layered on the dielectric thin film, to space the dielectric film from the skin of the human body by the predetermined distance, characterized by that the spacer is made of a fiber material forming a random complicated structure of multiple layers, and has an opening ratio of 30% or more, wherein the opening ratio is defined by the ratio of the space opened between fibers constituting the multiple layers to an open portion of the space occupied by the fibers in a cross-section of the multiple layers viewed from the top side.
A phase lock loop comprising: a phase detector for generating a digital control signal indicating the difference between a reference phase signal and a feedback phase signal; a filter for generating a filtered control signal from the digital control signal; a noise shaper for performing a noise shaping on the filtered control signal and outputting as a noise shaped control signal; a serial to parallel converter for separating the noise shaped control signal into a plurality of down clocked signals (53, 55, 57, 59); a plurality of DQ flip-flops (19, 21, 23, 25) responsive to each of the down clocked signal (53, 55, 57, 59), each DQ flip-flop (19, 21, 23, 25) generating a control signal (69, 71, 73, 75) that are phase-shifted from each other, according to clock signals (61, 63, 65, 67); and a rotary traveling wave oscillator (RTWO) as a multiphase oscillator responsive to the control signals (69, 71, 73, 75) for generating a plurality of multiphase signals that are used to provide a fractional phase signal. a phase detector for generating a digital control signal indicating the difference between a reference phase signal and a feedback phase signal; a filter for generating a filtered control signal from the digital control signal; a noise shaper for performing a noise shaping on the filtered control signal and outputting as a noise shaped control signal; a serial to parallel converter for separating the noise shaped control signal into a plurality of down clocked signals (53, 55, 57, 59); a plurality of DQ flip-flops (19, 21, 23, 25) responsive to each of the down clocked signal (53, 55, 57, 59), each DQ flip-flop (19, 21, 23, 25) generating a control signal (69, 71, 73, 75) that are phase-shifted from each other, according to clock signals (61, 63, 65, 67); and a rotary traveling wave oscillator (RTWO) as a multiphase oscillator responsive to the control signals (69, 71, 73, 75) for generating a plurality of multiphase signals that are used to provide a fractional phase signal.