mhurhangee/ep-ind-claims huggingface dataset:
A spinning reel with an intelligent alarm function, comprising a reel body, a line reel which can reel up a fishing line being arranged on the reel body, and a line reel shell which can rotate relatively to the line reel being arranged on an outer peripheral side of the line reel, wherein an integrated circuit board, having a power switch arranged on one end thereof and a magnetic induction switch arranged on the other end thereof, is arranged in an internal cavity of the reel body, and an indicator light is arranged on the integrated circuit board; a battery case, which is provided with a battery and a loudspeaker therein, is arranged on an outer side of the bottom of the reel body, and a reaction button connected to the power switch is arranged at the bottom of the reel body; a front-rear brake switching lever configured to control the line reel is arranged on the reel body, a magnetic trigger wheel connected to the line reel is arranged at one end of the reel body far away from the line reel and is connected to a main shaft of the line reel, wherein the magnetic trigger wheel rotates together with the main shaft, a rear brake adjusting knob and a front brake adjusting knob are respectively arranged at both ends of the reel body, wherein a maximum braking force of a front brake is greater than a braking force of a rear brake; a rocker arm is arranged on one side of the reel body, and a locking slot is arranged on the magnetic trigger wheel, wherein a lock piece provided in the locking slot can slide in and out of the locking slot through the front-rear brake switching lever, and when the lock piece slides out of the locking slot of the magnetic trigger wheel by pulling the front-rear brake switching lever, so that the line reel drives the main shaft to rotate and the main shaft drives the magnetic trigger wheel to rotate, the magnetic induction switch is triggered to enable the loudspeaker to sound an alarm and the indicator light to flash.
A multi-stage spring system suitable for use in suspension systems in vehicles, comprising three leaf springs, each including a central portion with a predetermined radius of curvature between an opposing first end and a second end, and at least two opposing connection portions having at least one connection slot suitable for connecting said first and second ends (22, 23), characterized in that at least two leaf springs have different rate of stiffness; the leaf springs are made, at least partially, of fiber-reinforced composite material; and the three leaf springs with concave surfaces are positioned in the direction of the horizontal axis (-X/+X) extending perpendicular to a longitudinal axis (+Y/-Y) of the leaf springs and at a predetermined spacing from each other, in such a manner to allow it to operate gradually based on the magnitude of the disruptive input from the road when the vehicle with the leaf springs is in use, wherein the radius of curvature of the central portion of the leaf spring which is positioned in the middle of said three leaf springs is considerably shorter than the other two springs in the horizontal direction and the leaf spring in the middle of said three leaf springs is when in use positioned higher with respect to the horizontal axis. a central portion with a predetermined radius of curvature between an opposing first end and a second end, and at least two opposing connection portions having at least one connection slot suitable for connecting said first and second ends (22, 23), characterized in that at least two leaf springs have different rate of stiffness; the leaf springs are made, at least partially, of fiber-reinforced composite material; and the three leaf springs with concave surfaces are positioned in the direction of the horizontal axis (-X/+X) extending perpendicular to a longitudinal axis (+Y/-Y) of the leaf springs and at a predetermined spacing from each other, in such a manner to allow it to operate gradually based on the magnitude of the disruptive input from the road when the vehicle with the leaf springs is in use, wherein the radius of curvature of the central portion of the leaf spring which is positioned in the middle of said three leaf springs is considerably shorter than the other two springs in the horizontal direction and the leaf spring in the middle of said three leaf springs is when in use positioned higher with respect to the horizontal axis.
In vitro method for the diagnosis of brain damage in a subject suspected of suffering from it, characterized in that it comprises: (a) measuring the amount of chemokine CCL23 in a test sample of said subject; and (b) comparing the amount of CCL23 measured with that from a control sample, such that if the amount of chemokine CCL23 is higher in the sample from the subject than in the control it is indicative of brain damage; wherein the brain damage is the destruction or degeneration of the brain cells caused by a disorder selected from the group consisting of stroke, brain trauma, brain tumor, and Alzheimer disease. (a) measuring the amount of chemokine CCL23 in a test sample of said subject; and (b) comparing the amount of CCL23 measured with that from a control sample, such that if the amount of chemokine CCL23 is higher in the sample from the subject than in the control it is indicative of brain damage;
A mobile terminal, comprising: a touch screen; and a controller configured to: provide a plurality of areas on the touch screen, each area including text information, receive a multi touch action on the touch screen, select a specific area from the plurality of provided areas (10a - 10f) according to a predetermined reference, wherein the specific area is selected regardless of a location of areas touched in the multi touch action, display the selected specific area in a form of a popup window at a predetermined position on the touch screen, wherein the selected specific area is not touched in the multi touch action and is visually discriminated with other areas, determine whether at least one touch in the multi touch action is moving after the popup window is displayed at the predetermined position, and adjust a magnification rate of the text information included in the selected specific area in correspondence with the at least one moving touch. a touch screen; and a controller configured to: provide a plurality of areas on the touch screen, each area including text information, receive a multi touch action on the touch screen, select a specific area from the plurality of provided areas (10a - 10f) according to a predetermined reference, wherein the specific area is selected regardless of a location of areas touched in the multi touch action, display the selected specific area in a form of a popup window at a predetermined position on the touch screen, wherein the selected specific area is not touched in the multi touch action and is visually discriminated with other areas, determine whether at least one touch in the multi touch action is moving after the popup window is displayed at the predetermined position, and adjust a magnification rate of the text information included in the selected specific area in correspondence with the at least one moving touch. provide a plurality of areas on the touch screen, each area including text information, receive a multi touch action on the touch screen, select a specific area from the plurality of provided areas (10a - 10f) according to a predetermined reference, wherein the specific area is selected regardless of a location of areas touched in the multi touch action, display the selected specific area in a form of a popup window at a predetermined position on the touch screen, wherein the selected specific area is not touched in the multi touch action and is visually discriminated with other areas, determine whether at least one touch in the multi touch action is moving after the popup window is displayed at the predetermined position, and adjust a magnification rate of the text information included in the selected specific area in correspondence with the at least one moving touch.
Arrangement with a cable and a housing, the cable having at least one electrical line, wherein the electrical line is surrounded by an electrically conductive sheath, the sheath being formed from an electrically conductive and resilient sealing material, wherein the cable is connected to the housing, the sheath being in abutment with an abutment face (15, 21) of the housing in a sealing and electrically conductive manner, in particular in abutment axially and/or radially in a sealing and electrically conductive manner.
An ancillary laundry composition comprising: (a) 2.5 - 30 w.t.% fabric softening silicone; (b) Less than 2 w.t.% surfactant; (c) 0.25 - 10 w.t.% cationic polymer (d) Water wherein the fabric softening silicone is an anionic functionalised silicone and the fabric softening silicone is an emulsion. (a) 2.5 - 30 w.t.% fabric softening silicone; (b) Less than 2 w.t.% surfactant; (c) 0.25 - 10 w.t.% cationic polymer (d) Water
Assembly for generating a Bessel beam, having a beam shaping element which transforms a beam incident as a plane electromagnetic wave into a Bessel beam, wherein the beam shaping element comprises at least one ring lens (3, 3') and a Fourier optics, characterized by a beam pre-shaping element connected upstream of the beam shaping element in the beam path, which transforms the incident beam into a beam with an annular cross-section.
A process for manufacturing a welded part comprising the following steps: a) providing two 6xxx series aluminium wrought products; b) assembling the two said wrought products by arc-welding with a filler wire; characterised in that c) the filler wire is a 5xxx series aluminium alloy d) the 6xxx-series aluminium alloy of the said wrought product has the following composition: 0.3 ≤ Si ≤1.0 Fe ≤ 0.35 Mn ≤ 1 0.35 ≤ Mg ≤ 1.2 Cr ≤ 0.35, preferably 0.10, more preferably 0.08 Zn ≤ 0.20 0.08 ≤ Ti ≤ 0.14 other elements and unavoidable impurities < 0.05 each and 0.15 total, rest aluminium wherein the ratio Mg/(Si-0.3 ∗ (Mn+Fe)) is higher than 1.0 a) providing two 6xxx series aluminium wrought products; b) assembling the two said wrought products by arc-welding with a filler wire; c) the filler wire is a 5xxx series aluminium alloy d) the 6xxx-series aluminium alloy of the said wrought product has the following composition: 0.3 ≤ Si ≤1.0 Fe ≤ 0.35 Mn ≤ 1 0.35 ≤ Mg ≤ 1.2 Cr ≤ 0.35, preferably 0.10, more preferably 0.08 Zn ≤ 0.20 0.08 ≤ Ti ≤ 0.14 other elements and unavoidable impurities < 0.05 each and 0.15 total, rest aluminium wherein the ratio Mg/(Si-0.3 ∗ (Mn+Fe)) is higher than 1.0 0.3 ≤ Si ≤1.0 Fe ≤ 0.35 Mn ≤ 1 0.35 ≤ Mg ≤ 1.2 Cr ≤ 0.35, preferably 0.10, more preferably 0.08 Zn ≤ 0.20 0.08 ≤ Ti ≤ 0.14
An electrical connector comprising: a housing provided to be mounted on a solid circuit board with a first end surface facing the solid circuit board, a second end surface opposite to the first end surface to be open to a space on the solid circuit board and an opening through which a flat circuit device is inserted in the housing, a plurality of conductive contacts arranged on the housing to be electrically connected respectively with circuit terminals provided on the solid circuit board and positioned to correspond respectively to connecting terminals provided on the flat circuit device inserted in the housing through the opening provided thereon, and reinforcing mount members (16;17) provided respectively on end portions of the housing in a direction along which the conductive contacts are arranged to be used for mounting the housing on the solid circuit board, characterized in that a holding member is formed in each of the reinforcing mount members to extend into the housing for engaging with the flat circuit device inserted in the housing to hold the same, releasing members (30;31) are formed respectively at the end portions of the housing to be movable, each of the releasing members (30:31) has a first end portion thereof operative to project out of the housing on the side of the second end surface of the housing and a second end portion thereof operative to engage with the holding member, and one of the releasing members (30;31) is moved toward the first end surface of the housing so that the second end portion of said one of the releasing members (30;31) causes the holding member to be released from engagement with the flat circuit device inserted in the housing when the first end portion of said each of the releasing member s (30;31) is pushed toward the inside of the housing in a situation wherein the holding member engages with the flat circuit device inserted in the housing to hold the same. a housing provided to be mounted on a solid circuit board with a first end surface facing the solid circuit board, a second end surface opposite to the first end surface to be open to a space on the solid circuit board and an opening through which a flat circuit device is inserted in the housing, a plurality of conductive contacts arranged on the housing to be electrically connected respectively with circuit terminals provided on the solid circuit board and positioned to correspond respectively to connecting terminals provided on the flat circuit device inserted in the housing through the opening provided thereon, and reinforcing mount members (16;17) provided respectively on end portions of the housing in a direction along which the conductive contacts are arranged to be used for mounting the housing on the solid circuit board,
A method of operating a turbine engine, comprising: operating an electrical machine to rotate a spool (24, 26) of the gas turbine engine; determining a torque of the electrical machine during rotation of the spool (24, 26); controlling the rotation of the spool (24, 26) based on the torque; and measuring a speed of rotation of the spool (24, 26) while determining the torque, wherein the speed and torque are maintained as a record of speed versus torque; wherein the torque of the electrical machine is determined based on a starter motor current measurement. operating an electrical machine to rotate a spool (24, 26) of the gas turbine engine; determining a torque of the electrical machine during rotation of the spool (24, 26); controlling the rotation of the spool (24, 26) based on the torque; and measuring a speed of rotation of the spool (24, 26) while determining the torque, wherein the speed and torque are maintained as a record of speed versus torque; wherein the torque of the electrical machine is determined based on a starter motor current measurement.
A fragrance precursor of 3-(4-isobutyl-2-methylphenyl)propanal, comprising at least an enamine and/or an aminal as reaction product of 3-(4-isobutyl-2-methylphenyl)propanal and a primary and/or secondary amine.
A method of forming a longitudinally-corrugated web, comprising: a) feeding a web of medium material having an initial width in a machine direction through a longitudinal fluting labyrinth defined between opposing sets of at least partially interlaced flute-forming bars (210, 220), wherein pluralities of the flute-forming bars in each set are curved such that the bars in said respective pluralities converge in a cross-machine direction as a result of their curvature as they proceed toward an exit end; and b) reducing the width of said web to a substantially final width by forming longitudinal flutes of a first geometry in said web as it passes through said labyrinth.
An optical filter comprising a stack of: a variable transmittance layer comprising a switching material having electrochromic and/or photochromic properties, the variable transmittance layer having a first spectrum in a dark state, and a second spectrum in a faded state; a color balancing layer having a third spectrum to complement the other layers of the stack to create equal transmission encompassing variations of not more than ±20% in the stack spectrum in the range of 410 nm to 500 nm and 530 nm to 645 nm; and an ultraviolet blocking layer that blocks 50% or more of incident UV light of 370 nm, or 380 nm, or 400 nm, or 420 nm or 435 nm; wherein each of the first, second and third spectra comprising a visible portion; the first and third spectra combining to provide a dark state spectrum approximating a dark state target color; and the second and third spectra combining to provide a faded state spectrum approximating a faded state target color, wherein the target color is a neutral color in the dark state, the faded state, or both in the dark state and the faded state, and wherein the neutral color has an a* value from -10 to +10 and a b* value from -10 to +10 in the CIELAB coordinate system, measured in accordance with Illuminant D65, with a 10 degree observer. a variable transmittance layer comprising a switching material having electrochromic and/or photochromic properties, the variable transmittance layer having a first spectrum in a dark state, and a second spectrum in a faded state; a color balancing layer having a third spectrum to complement the other layers of the stack to create equal transmission encompassing variations of not more than ±20% in the stack spectrum in the range of 410 nm to 500 nm and 530 nm to 645 nm; and an ultraviolet blocking layer that blocks 50% or more of incident UV light of 370 nm, or 380 nm, or 400 nm, or 420 nm or 435 nm; wherein each of the first, second and third spectra comprising a visible portion; the first and third spectra combining to provide a dark state spectrum approximating a dark state target color; and the second and third spectra combining to provide a faded state spectrum approximating a faded state target color, wherein the target color is a neutral color in the dark state, the faded state, or both in the dark state and the faded state, and wherein the neutral color has an a* value from -10 to +10 and a b* value from -10 to +10 in the CIELAB coordinate system, measured in accordance with Illuminant D65, with a 10 degree observer.
Distribution device for distributing material of a granular nature, in particular for granular seeds, fertilizer, or the like, in particular a sowing machine, - with an air conveyor unit for generating an air volume flow and at least one metering unit arranged downstream of the air conveyor unit for the controllable allocation of the granular material to the air volume flow, - and with at least one conveyor line (20, 22), which is arranged downstream of the metering unit and which is provided at the end with at least one seed drill coulter or with another sowing device for the granular material or the grains arranged near ground level or being guided in the soil, characterized in that in the least one conveyor line (20, 22) at least one sensor unit is arranged, for detecting largely all grains from among the granular material being carried in the air stream and/or in the respective partial flow, and passing this sensor unit, and with a metering device arranged downstream of this sensor unit, which metering device is equipped with a conveyor disk or fan disk, which is electromotively settable in rotation at a regulatable rotational speed, for the circular movement and/or circulation of the granular material or the grains, at least in sections, wherein an electronic regulating device processes at least the electric current consumption of the electric drive motor for the conveyor disk or fan disk rotating within the metering device for deriving a changing torque of the electric drive motor and/or a changing or fluctuating torque request on the electric drive motor as well as the electric sensor signals of the at least one sensor unit, and generates a control signal thereof for the electric drive motor of the metering device for the increase or reduction of the drive speed of the rotating conveyor disk or fan disk. - with an air conveyor unit for generating an air volume flow and at least one metering unit arranged downstream of the air conveyor unit for the controllable allocation of the granular material to the air volume flow, - and with at least one conveyor line (20, 22), which is arranged downstream of the metering unit and which is provided at the end with at least one seed drill coulter or with another sowing device for the granular material or the grains arranged near ground level or being guided in the soil,
A method of estimating a flow rate in a pipe of phases of a multiphase fluid that includes a hydrocarbon phase and a water phase with a nuclear magnetic resonance spectrometer, comprising: obtaining a first velocity distribution of amplitudes from a first set of nuclei in the multiphase fluid from an NMR signal received from the multiphase fluid in response to a 1 H NMR excitation signal; obtaining a second velocity distribution of amplitudes from a second set of nuclei in the multiphase fluid from an NMR signal received from the multiphase fluid in response to a 13 C NMR excitation signal; determining a volume fraction and a mean velocity of the multiphase fluid using said amplitudes obtained from the first velocity distribution; determining a total flow rate of the multiphase fluid from the volume fraction and mean velocity of the multiphase fluid; determining a volume fraction and a mean velocity of the hydrocarbon phase using an amplitude obtained from the second velocity distribution; determining a flow rate of the hydrocarbon phase from the volume fraction and mean velocity of the hydrocarbon phase; and estimating the flow rate of the water phase from a difference between the total flow rate and the flow rate of the hydrocarbon phase. obtaining a first velocity distribution of amplitudes from a first set of nuclei in the multiphase fluid from an NMR signal received from the multiphase fluid in response to a 1 H NMR excitation signal; obtaining a second velocity distribution of amplitudes from a second set of nuclei in the multiphase fluid from an NMR signal received from the multiphase fluid in response to a 13 C NMR excitation signal; determining a volume fraction and a mean velocity of the multiphase fluid using said amplitudes obtained from the first velocity distribution; determining a total flow rate of the multiphase fluid from the volume fraction and mean velocity of the multiphase fluid; determining a volume fraction and a mean velocity of the hydrocarbon phase using an amplitude obtained from the second velocity distribution; determining a flow rate of the hydrocarbon phase from the volume fraction and mean velocity of the hydrocarbon phase; and estimating the flow rate of the water phase from a difference between the total flow rate and the flow rate of the hydrocarbon phase.