mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a location of a device, the method comprising: collecting image data captured by a camera on the device and global coordinates detected by a global positioning system, GPS, receiver on the device; and characterized by: assigning a score to each of a plurality of localization models based on historical performance of the plurality of localization models in determining locations based on data collected within a threshold distance of the global coordinates, the score indicating a likelihood of the corresponding localization model generating an accurate location; selecting, based on the scores of the plurality of localization models, one or more localization models to be applied on the image data and the global coordinates; applying the selected one or more localization models on the image data and the global coordinates to generate one or more potential locations of the device; and determining the location of the device based on the one or more potential locations. assigning a score to each of a plurality of localization models based on historical performance of the plurality of localization models in determining locations based on data collected within a threshold distance of the global coordinates, the score indicating a likelihood of the corresponding localization model generating an accurate location; selecting, based on the scores of the plurality of localization models, one or more localization models to be applied on the image data and the global coordinates; applying the selected one or more localization models on the image data and the global coordinates to generate one or more potential locations of the device; and determining the location of the device based on the one or more potential locations.
A venting valve for removing air from a vulcanising mould of a vehicle tyre, wherein the venting valve comprises: a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould; a valve body; a venting channel passing through the valve body; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel, and a second end provided with a collar; a spring element for pressing the valve stem in opening direction towards an opening position wherein air flow through the venting channel is allowed; and an internal retaining ring at the second end part of the valve body which is configured to form retaining surfaces preventing the collar to pass them; characterized in that the retaining ring is configured to serve as an axial support for the spring element at the second end portion; and the retaining ring comprises radial inner surfaces facing towards the valve stem and providing transverse support for the valve stem. a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould; a valve body; a venting channel passing through the valve body; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel, and a second end provided with a collar; a spring element for pressing the valve stem in opening direction towards an opening position wherein air flow through the venting channel is allowed; and an internal retaining ring at the second end part of the valve body which is configured to form retaining surfaces preventing the collar to pass them; characterized in that the retaining ring is configured to serve as an axial support for the spring element at the second end portion; and the retaining ring comprises radial inner surfaces facing towards the valve stem and providing transverse support for the valve stem.
A system for cataract surgery on an eye of a patient, comprising: a. a laser source configured to produce a treatment beam comprising a plurality of laser pulses; b. an integrated optical system comprising an imaging assembly operatively coupled to a treatment laser delivery assembly such that the imaging assembly and the treatment laser delivery assembly share at least one common optical element, the integrated optical system being configured to acquire image information pertinent to one or more targeted tissue structures and direct the treatment beam in a 3-dimensional pattern to cause breakdown in at least one of the targeted tissue structures; and c. a controller operatively coupled to the laser source and integrated optical system, and configured to: 1) adjust the laser beam and treatment pattern based upon the image information, characterised in that the controller is further configured to: 2) distinguish two or more anatomical structures of the eye based at least in part upon a series of robust least squares fit analyses of the image information so as to iteratively include a greater number of pixels in each successive least squares fit analysis. a. a laser source configured to produce a treatment beam comprising a plurality of laser pulses; b. an integrated optical system comprising an imaging assembly operatively coupled to a treatment laser delivery assembly such that the imaging assembly and the treatment laser delivery assembly share at least one common optical element, the integrated optical system being configured to acquire image information pertinent to one or more targeted tissue structures and direct the treatment beam in a 3-dimensional pattern to cause breakdown in at least one of the targeted tissue structures; and c. a controller operatively coupled to the laser source and integrated optical system, and configured to: 1) adjust the laser beam and treatment pattern based upon the image information, characterised in that the controller is further configured to: 2) distinguish two or more anatomical structures of the eye based at least in part upon a series of robust least squares fit analyses of the image information so as to iteratively include a greater number of pixels in each successive least squares fit analysis. 1) adjust the laser beam and treatment pattern based upon the image information, characterised in that the controller is further configured to: 2) distinguish two or more anatomical structures of the eye based at least in part upon a series of robust least squares fit analyses of the image information so as to iteratively include a greater number of pixels in each successive least squares fit analysis.
A spot welding jig, which presses electrode leads of battery cells to be closely adhered onto a bus bar when spot welding is performed to the electrode leads interposed on the bus bar along a width direction of the electrode leads, the spot welding jig comprising: a passing portion (110, 210) through which a welding laser passes; and a predetermined number of barriers configured to vertically partition an inner space of the passing portion (110, 210), wherein the passing portion (110, 210) includes a first passing portion and a second passing portion, wherein the spot welding jig comprises: a jig body configured to have the first passing portion; and a welding guide block having a top end coupled to a lower portion of the jig body and a bottom end sized corresponding to the bus bar and the second passing portion communicating with the first passing portion, wherein the barriers are provided in the second passing portion, characterized by a mask provided to a bottom end of the jig body and having a blocking portion for absorbing the welding laser and a pattern portion for allowing the welding laser to pass. a passing portion (110, 210) through which a welding laser passes; and a predetermined number of barriers configured to vertically partition an inner space of the passing portion (110, 210), wherein the passing portion (110, 210) includes a first passing portion and a second passing portion, wherein the spot welding jig comprises: a jig body configured to have the first passing portion; and a welding guide block having a top end coupled to a lower portion of the jig body and a bottom end sized corresponding to the bus bar and the second passing portion communicating with the first passing portion, wherein the barriers are provided in the second passing portion, characterized by a mask provided to a bottom end of the jig body and having a blocking portion for absorbing the welding laser and a pattern portion for allowing the welding laser to pass. a jig body configured to have the first passing portion; and a welding guide block having a top end coupled to a lower portion of the jig body and a bottom end sized corresponding to the bus bar and the second passing portion communicating with the first passing portion, wherein the barriers are provided in the second passing portion, characterized by a mask provided to a bottom end of the jig body and having a blocking portion for absorbing the welding laser and a pattern portion for allowing the welding laser to pass.
A method of making a medical device having a first wire, a second wire, and an elongated member, comprising the steps of: placing all ends of the first wire and the second wire into an elongated member through a distal end of the elongated member so that the first wire forms a first loop and the second wire forms a second loop; moving said elongated member to a position where the first loop and the second loop start their curvatures; placing said first and second wires (34, 38) and said elongated member through an alignment fixture having thru cuts configured for the wires; aligning said elongated member in a desired position; and crimping said first and second wires (34, 38) and said elongated member. placing all ends of the first wire and the second wire into an elongated member through a distal end of the elongated member so that the first wire forms a first loop and the second wire forms a second loop; moving said elongated member to a position where the first loop and the second loop start their curvatures; placing said first and second wires (34, 38) and said elongated member through an alignment fixture having thru cuts configured for the wires; aligning said elongated member in a desired position; and crimping said first and second wires (34, 38) and said elongated member.
A method for bonding a connection surface of a first component of a sputtering target to a connection surface of a second component of a sputtering target comprising the following steps: - providing a first component and a second component, at least the harder of which has on its connection surface at least one part which protrudes relative to at least one other part of the same connection surface and which has an undercut; - positioning the connection surface of the first component and the connection surface of the second component against each other; - pressing the first component and the second component towards each other resulting in a plastic deformation of the material of at least one of the region of the connection surface of the first component and the region of the connection surface of the second component filling at least partly at least one undercut to such an extent that interlocking of the second component and the first component is thereby obtained, and in that there is no step creating bonding other than interlocking on a major part of the bonded surface area. - providing a first component and a second component, at least the harder of which has on its connection surface at least one part which protrudes relative to at least one other part of the same connection surface and which has an undercut; - positioning the connection surface of the first component and the connection surface of the second component against each other; - pressing the first component and the second component towards each other resulting in a plastic deformation of the material of at least one of the region of the connection surface of the first component and the region of the connection surface of the second component filling at least partly at least one undercut to such an extent that interlocking of the second component and the first component is thereby obtained,
Use, for the winding of at least one electronic watch comprising a generator with a mechanical energy source, of a watch winding device, comprising at least one support for receiving a watch in a winding position, at least one energy source arranged to supply energy to at least one motor arranged either to drive the winding button of a manually wound watch, or to drive at least one oscillating weight of a self-winding automatic watch, or to rock at least one self-winding automatic watch, said device comprising control means which include measuring means incorporating sensor means for the vibratory and/or acoustic and/or magnetic measurement of the oscillator of said at least one watch placed in said winding position, said control means being arranged to analyse signals transmitted by said vibratory and/or acoustic and/or magnetic measuring means and to compare said signals to desired configurable values for regulating the operation of at least one said motor by starting said motor when the operating amplitude of said oscillator is less than or equal to a first, minimum value, and by stopping said motor when the operating amplitude of said oscillator is higher than or equal to a second, maximum value, characterized in that said control means comprise measuring means incorporating sensor means for measuring the field produced by said generator in order to control the regulation of energy recharging.
A mowing machine comprising a mowing bar, wherein the mowing bar has at least two mowing devices for mowing stalk crop material on a field, wherein the mowing device includes at least one mowing blade rotating about an axis of rotation, wherein arranged on the mowing bar below the mowing device in a vertical direction is a sliding skid for sliding on the field and the sliding skid has at least one dirt guide element (13, 21) for guiding dirt, characterised in that the dirt guide element (13, 21) has a longitudinal axis and/or a longitudinal extent, wherein the longitudinal axis and/or longitudinal extent is arranged at an acute angle in relation to the direction of travel of the mowing machine.
Front loader arrangement with a mounting frame and a mounting mast, wherein the mounting mast can be coupled to the mounting frame and can be decoupled therefrom, and wherein a locking device for locking the front loader arrangement is provided, said locking device comprising a pivoting bolt which is povitable between a locking position and a release position, wherein the pivoting bolt comprises adjusting means which are designed in such a manner that a pivoting movement of the pivoting bolt into the locking position is blocked during a relative movement between mounting mast and mounting frame for decoupling purposes and is released during a relative movement between mounting mast and mounting frame for coupling purposes, characterized in that the mounting frame comprises a ramp on which the mounting mast can be displaceably guided for coupling and decoupling purposes, wherein the pivoting bolt is mounted on the mounting mast and comprises a first pivoting arm which is provided with a shoulder which is directed towards the ramp and can be introduced by means of a pivoting movement into a depression formed on the ramp.
A permanent magnet motor, comprising a case, a stator and a rotor; the stator and the rotor are installed in the case, and separate an inner cavity of the case into a first inner cavity and a second inner cavity; an air gap is formed between an inner circle surface of the stator and the outer circle surface of the rotor; the stator comprises a stator core, and axial ventilation holes in communication with the first inner cavity and with the second inner cavity are disposed in teeth of the stator core; the rotor comprises a rotor core and rotor pressing rings arranged axially at both sides of the rotor core; wherein, a partition is provided between the rotor core and at least one rotor pressing ring; and an outer edge of the partition extends into the air gap; characterized in that, each axial ventilation hole is a taper hole extending in a height direction of each tooth; the width of the end of each axial ventilation hole, which is closer to the head of the tooth, is greater than the width of the other end of the axial ventilation hole, which is closer to the root of the tooth.
A process for the production of cellulose ethers which are etherified with allyl groups, aryl groups, aryl (C1-C3)alkyl groups or (C1-C20)alkyl groups which may be substituted with one or more functional groups selected from the group consisting of alkoxy, aryloxy, halogen, hydroxyl, amino, ammonium, carbamoyl, sulfo, phosphono and silyl groups, comprising the steps of dissolving cellulose in a solvent comprising an ionic liquid, adding at least one etherifying agent to the solution, reacting the cellulose with the etherifying agent in the absence of additional organic or inorganic bases in order to produce a cellulose ether, adding the reaction mixture to a non-solvent for the cellulose ether obtained in the etherifying reaction, and thereby precipitating the cellulose ether, separating off the cellulose ether and purifying the cellulose ether.
Device for heating and emulsifying beverages comprising a pump, an air and water meeting zone, a device for producing steam and a first conduit for steam mixed with air communicating with a steam wand adapted to be immersed in a beverage to be heated and emulsified, said meeting zone being positioned before said device for producing steam, characterized in that said device for producing steam comprises an instant steam generator.
A composition, comprising: an aqueous medium; a lipophilic porous powder dispersed in the aqueous medium; an oil having a viscosity of 100 mPa·s or less, measured with the method disclosed in the present description, the oil being kept by at least some of pores of the lipophilic porous powder; and a dispersing agent for dispersing the lipophilic porous powder in the aqueous medium, wherein a maximum allowable oil absorption of the lipophilic porous powder, measured with the method disclosed in the present description, is 100% by mass or more based on the powder, and wherein the composition satisfies the following formula: Oil content % by mass of composition / Lipophilic porous powder content % by mass of composition × 100 / Maximum oil absorption % by mass of lipophilic porous powder ≤ 1. an aqueous medium; a lipophilic porous powder dispersed in the aqueous medium; an oil having a viscosity of 100 mPa·s or less, measured with the method disclosed in the present description, the oil being kept by at least some of pores of the lipophilic porous powder; and a dispersing agent for dispersing the lipophilic porous powder in the aqueous medium, wherein a maximum allowable oil absorption of the lipophilic porous powder, measured with the method disclosed in the present description, is 100% by mass or more based on the powder, and wherein the composition satisfies the following formula: Oil content % by mass of composition / Lipophilic porous powder content % by mass of composition × 100 / Maximum oil absorption % by mass of lipophilic porous powder ≤ 1.
A rigid connector for use with a plurality of piezoelectric active elements to form a multi-level axial displacement piezoelectric actuator of large overall axial displacement and blocking forces, said connector comprising: a substantially cylindrical component having a first base, and a second base in an opposed, substantially parallel relationship to said first base; a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said first base, perpendicular to said first base; and a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said second base, perpendicular to said second base, which intersperse with the set of recesses extending from the first base at approximately equal angular separation along the circumference of the connector; wherein each connector recess can house a piezoelectric active element; wherein the cross-section of each connector recess is substantially equal to that of the piezoelectric active element that it can house; wherein the base of each connector recess is firmly connected to the connector body to avoid cantilever loading during use; wherein the depth of each connector recess is preferably slightly shorter than the length of the piezoelectric active element that it can house; and wherein the piezoelectric active elements when housed in both sets of connector recesses can operate in unison to produce an overall axial displacement approximately twice that of respective piezoelectric active elements and of blocking force comparable to or larger than that of respective piezoelectric active elements. a substantially cylindrical component having a first base, and a second base in an opposed, substantially parallel relationship to said first base; a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said first base, perpendicular to said first base; and a set of multiple connector recesses equally spaced and arranged circumferentially extending substantially through the connector from said second base, perpendicular to said second base, which intersperse with the set of recesses extending from the first base at approximately equal angular separation along the circumference of the connector;
A personal care composition comprising water, sodium alkyl sulfate, propanediol, and a synthetic amphoteric surfactant selected from the group consisting of cocamidopropyl hydroxysultaine and cocamidopropyl betaine, further comprising a surfactant selected from the group consisting of disodium oleamido MIPA sulfosuccinate and disodium oleamido MEA sulfosuccinate, wherein the sodium alkyl sulfate is sodium cocosulfate, the composition being non-irritating to eyes and free of ethoxylated components.