mhurhangee/ep-ind-claims huggingface dataset:
A method for analyzing scans of a shoe part to generate dimension data, which is useable to model three-dimensional (3-D) features of the shoe part, the method comprising: projecting a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface; recording an image of the projected laser line, wherein the image comprises a representation of the projected laser line and comprises an extraneous depiction of light; determining coordinate points that define the representation of the line as depicted in the image, wherein a filtering method is applied to the coordinate points to remove one or more noisy coordinate points defining the light that is extraneously depicted; combining the coordinate points with a plurality of other coordinate points, which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface, thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part. projecting a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface; recording an image of the projected laser line, wherein the image comprises a representation of the projected laser line and comprises an extraneous depiction of light; determining coordinate points that define the representation of the line as depicted in the image, wherein a filtering method is applied to the coordinate points to remove one or more noisy coordinate points defining the light that is extraneously depicted; combining the coordinate points with a plurality of other coordinate points, which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface, thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part.
A point-of-sale custom color system for tinting white-pigmented and unpigmented base paints and stains, the system comprising an automated colorant dispenser having a minimum fluid dispensing quantity less than 0.01 fluid ounce (<0.3 cm 3) for placing colorant into the base paint or stain, the dispenser providing an array of colorants including: a) white colorant, b) black colorant, c) yellow-hued colorant, d) green-hued colorant having a color strength greater than that of a comparison colorant containing 12 wt. % PG7 pigment, e) blue-hued colorant having a color strength greater than that of a comparison colorant containing 7 wt. % PB15:2 pigment, and f) red-hued colorant having a color strength greater than that of a comparison colorant containing 17 wt. % PR209 pigment, wherein said green-hued or blue-hued colorant is dispensed into the base paint or stain whenever a green-hued or blue-hued tint is required. a) white colorant, b) black colorant, c) yellow-hued colorant, d) green-hued colorant having a color strength greater than that of a comparison colorant containing 12 wt. % PG7 pigment, e) blue-hued colorant having a color strength greater than that of a comparison colorant containing 7 wt. % PB15:2 pigment, and f) red-hued colorant having a color strength greater than that of a comparison colorant containing 17 wt. % PR209 pigment,
An article for forming an aerosol, the article (1, 11, 101, 201) comprising an aerosol-forming substrate (2, 12, 102, 202) and a first major surface which is substantially flat, the aerosol-forming substrate formed from an aerosol-forming material comprising a first region (20, 120, 1020, 2020) having a first density and a second region (21, 121, 1021, 2021) having a second density, where the first density is different to the second density, the article being insertable into the heating chamber of a device for generating an aerosol.
Manually operated dispenser for media, with a reservoir, with a pump part which is mounted on the reservoir and comprises a nozzle-shaped discharge portion with a discharge portion end having a discharge opening, with an actuation mechanism (6, 26) assigned to the pump part, and with a protective cap covering at least the discharge portion end, characterized in that a soft porous insert is inserted into the protective cap and can be pressed when the protective cap is fitted from above onto the discharge portion end, and the discharge portion forms a stand surface for a free end of a torsion spring, which is clamped in the protective cap and whose loading introduces a torque that turns the protective cap relative to the discharge portion.
A method of measuring a stall condition of a rotor of a wind turbine, the method comprising: measuring a power parameter indicative of a power generated by the rotor; measuring a thrust parameter indicative of a thrust force generated by the rotor; obtaining a stall parameter (γ) on the basis of the power parameter and the thrust parameter, obtaining the stall parameter comprising dividing the power parameter and the thrust parameter; and comparing the stall parameter with a threshold to determine a binary stall condition of the rotor, estimating of whether or not the rotor has stalled. measuring a power parameter indicative of a power generated by the rotor; measuring a thrust parameter indicative of a thrust force generated by the rotor; obtaining a stall parameter (γ) on the basis of the power parameter and the thrust parameter, obtaining the stall parameter comprising dividing the power parameter and the thrust parameter; and comparing the stall parameter with a threshold to determine a binary stall condition of the rotor, estimating of whether or not the rotor has stalled.
A confocal microscope imaging head comprising an integrated mechanical assembly of optical and electronic components in a common housing and wherein said assembly comprises a printed circuit board and a chassis plate attached in general parallel relationship, said chassis plate providing a mounting for said optical components, said optical components including an objective, a detector and source of illumination of said selected locations via said objective, an optical path for said illumination incident on said locations on said body from said source via said objective, said path returning through said objective to said detector, said incident and returning paths being over a first side of said chassis plate and said printed circuit board providing a mounting for said electronic components, wherein said printed circuit board is disposed facing the second side of said chassis plate opposite to said first side thereof, wherein said printed circuit board has mounted thereon a plurality of circuits for providing programmed operation and control of said head and creating signals providing images of selected locations of said body of a patient.
A method performed by a wireless device for optimized reconfiguration of radio link monitoring, RLM, and beam monitoring, the method comprising: receiving, from a first network node, a first message comprising at least one RLM parameter, wherein the first message is to configure the wireless device with one or more RLM configurations to be activated; receiving, from the first network node, a second message indicating activation of at least one RLM parameter associated with the first message, wherein the second message is a lower layer signal compared to the first message; and activating an RLM configuration indicated by the second message. receiving, from a first network node, a first message comprising at least one RLM parameter, wherein the first message is to configure the wireless device with one or more RLM configurations to be activated; receiving, from the first network node, a second message indicating activation of at least one RLM parameter associated with the first message, wherein the second message is a lower layer signal compared to the first message; and activating an RLM configuration indicated by the second message.
A process for straightening or relaxing hair comprising: (a) providing a hair straightening/relaxing composition containing: (i) from 0.2 to 10% by weight of at least one non-hydroxide base chosen from ethylenediamine, monoethanolamine, arginine and lysine and mixtures thereof; (ii) from greater than 0% to 50% of at least one protein denaturant chosen from guanidine, guanidine salts, and mixtures thereof; (iii) remainder, to 100%, a cosmetically acceptable medium, all weights based on the weight of the hair straightening/relaxing composition; (b) contacting the hair with the hair straightening/relaxing composition to form treated hair; (c) optionally, rinsing the hair straightening/relaxing composition from the treated hair; (d) optionally, contacting the treated hair with a non-volatile oil; and (e) smoothing the treated hair using a combination of heat and means for physically smoothing hair. (a) providing a hair straightening/relaxing composition containing: (i) from 0.2 to 10% by weight of at least one non-hydroxide base chosen from ethylenediamine, monoethanolamine, arginine and lysine and mixtures thereof; (ii) from greater than 0% to 50% of at least one protein denaturant chosen from guanidine, guanidine salts, and mixtures thereof; (iii) remainder, to 100%, a cosmetically acceptable medium, all weights based on the weight of the hair straightening/relaxing composition; (i) from 0.2 to 10% by weight of at least one non-hydroxide base chosen from ethylenediamine, monoethanolamine, arginine and lysine and mixtures thereof; (ii) from greater than 0% to 50% of at least one protein denaturant chosen from guanidine, guanidine salts, and mixtures thereof; (iii) remainder, to 100%, a cosmetically acceptable medium, all weights based on the weight of the hair straightening/relaxing composition; (b) contacting the hair with the hair straightening/relaxing composition to form treated hair; (c) optionally, rinsing the hair straightening/relaxing composition from the treated hair; (d) optionally, contacting the treated hair with a non-volatile oil; and (e) smoothing the treated hair using a combination of heat and means for physically smoothing hair.
A fixing system for fixing a textile in front of a wall opening in a wall, comprising - a plurality of fixing devices, the fixing devices each being adapted to be fixed to the textile, and - a plurality of retaining devices corresponding to the fixing devices, the retaining devices being adapted to be fixed to a periphery of the wall opening, wherein the fixing devices and the retaining devices are designed to establish a force-locking connection with each other, wherein the retaining devices can be arranged along a circumference of the wall opening in such a way that the textile is only fixed in sections along a circumference of the wall opening, characterized in that the fixing devices each have at least one magnetic or magnetizable element and the retaining devices are each magnetizable or magnetic in a manner corresponding to the magnetic or magnetizable element in such a way that the fixing devices can be attached to the respective retaining device in a magnetically force-locking manner. - a plurality of fixing devices, the fixing devices each being adapted to be fixed to the textile, and - a plurality of retaining devices corresponding to the fixing devices, the retaining devices being adapted to be fixed to a periphery of the wall opening, wherein the fixing devices and the retaining devices are designed to establish a force-locking connection with each other, wherein the retaining devices can be arranged along a circumference of the wall opening in such a way that the textile is only fixed in sections along a circumference of the wall opening, characterized in that the fixing devices each have at least one magnetic or magnetizable element and the retaining devices are each magnetizable or magnetic in a manner corresponding to the magnetic or magnetizable element in such a way that the fixing devices can be attached to the respective retaining device in a magnetically force-locking manner.
A quadrupole responder for an OQR-type gravity gradiometer comprising: (a) a housing, (b) a mass quadrupole positioned within the housing, said mass quadrupole having a pair of opposing sides, and also having a center of mass between said opposing sides, and (c) at least two torsion spring flexures, said torsion spring flexures provided by respective pins, characterized in that said pins connect each of said opposing sides of said mass quadrupole to the housing, said torsion spring flexures together providing an axis of rotation which passes through the center of mass of said mass quadrupole and through both torsion spring flexures. (a) a housing, (b) a mass quadrupole positioned within the housing, said mass quadrupole having a pair of opposing sides, and also having a center of mass between said opposing sides, and (c) at least two torsion spring flexures, said torsion spring flexures provided by respective pins,
Support element for humeral implant comprising a central body extending along an axis and at least three arms (3, 4a, 4b) extending outwardly from said central body, said arms being transversal to said axis and bearing a ring element at their ends opposite to said central body, characterized in that at least a first (3-4a; 3-4b) and a second (4a-4b) pair of adjacent arms form different angles (α, β) and at least one of said arms has an outer rim on the side opposite to ring element that is rectilinear.
A sand separator vessel to separate entrained liquor into solid particles and an essentially solid particles free liquor stream, comprising: at least an upper section of a cylindrical portion and at least a lower section; a tangential inlet to the upper section of the cylindrical portion to accept the entrained liquor; an outlet at the top of the upper section of the cylindrical portion to discharge an essentially solid particles free liquor; an outlet at the bottom of the lower section to discharge the solid particles; the lower section having a conical portion; the conical portion having a conically shaped replaceable insert (1363, 13630, 13631, 13632) surrounded by a solid particles collection region; wherein the conically shaped replaceable insert (1363, 13630, 13631, 13632) is a metal plate with perforations in the metal plate, and the metal plate is formed into a conical shape sized to fit within the conical portion of the lower section; characterized in that the perforations in the metal plate are slots (1363A, 13630A, 13631A, 13632A) having a length and a width; and the slots (1363A, 13630A, 13631A, 13632A) are arranged in a pattern of rows and columns such that the columns of slots (1363A, 13630A, 13631A, 13632A) are parallel to a line formed by the tangent of the conical axis of the replaceable insert (1363, 13630, 13631, 13632). at least an upper section of a cylindrical portion and at least a lower section; a tangential inlet to the upper section of the cylindrical portion to accept the entrained liquor; an outlet at the top of the upper section of the cylindrical portion to discharge an essentially solid particles free liquor; an outlet at the bottom of the lower section to discharge the solid particles; the lower section having a conical portion; the conical portion having a conically shaped replaceable insert (1363, 13630, 13631, 13632) surrounded by a solid particles collection region; wherein the conically shaped replaceable insert (1363, 13630, 13631, 13632) is a metal plate with perforations in the metal plate, and the metal plate is formed into a conical shape sized to fit within the conical portion of the lower section; characterized in that the perforations in the metal plate are slots (1363A, 13630A, 13631A, 13632A) having a length and a width; and the slots (1363A, 13630A, 13631A, 13632A) are arranged in a pattern of rows and columns such that the columns of slots (1363A, 13630A, 13631A, 13632A) are parallel to a line formed by the tangent of the conical axis of the replaceable insert (1363, 13630, 13631, 13632).
A method for providing an idle screen endowed with a visual effect in a mobile communication terminal, the method comprising the steps of: determining whether locational information is received when the mobile communication terminal moves; loading a landmark image corresponding to the locational information among landmark images stored in a memory, when it is determined that the locational information has been received; displaying an idle screen with the landmark image superimposed upon a background image when it is determined that the locational information has been received, the background image corresponding to a time zone at a current location of the mobile communication terminal; monitoring occurrence of an event in the mobile communication terminal while the idle screen is displayed; and displaying a predetermined animation effect when an event has occurred, the animation effect being superimposed upon the idle screen so as to inform of the event. determining whether locational information is received when the mobile communication terminal moves; loading a landmark image corresponding to the locational information among landmark images stored in a memory, when it is determined that the locational information has been received; displaying an idle screen with the landmark image superimposed upon a background image when it is determined that the locational information has been received, the background image corresponding to a time zone at a current location of the mobile communication terminal; monitoring occurrence of an event in the mobile communication terminal while the idle screen is displayed; and displaying a predetermined animation effect when an event has occurred, the animation effect being superimposed upon the idle screen so as to inform of the event.
Apparatus for mounting a stator of an electrical machine in a housing, comprising a housing and a stator which is mounted in the housing and has at least one recess on the periphery, an insert part for connecting the housing to the stator being provided in the said recess, wherein the insert part is connected in a materially-bonded manner to the housing, characterized in that the insert part is of L-shaped or T-shaped design, and the L-shaped or T-shaped insert part is arranged with a longitudinal section in the recess of the stator and with a transverse section, which runs transversely in relation to the longitudinal section, protruding beyond the at least one recess and resting against an end side of the stator.
Rotational rate sensor having a substrate and a Coriolis element (2a, 2b) which is arranged above a surface of a substrate, the Coriolis element (2a, 2b) being able to be excited to vibrate parallel to a first axis, a deflection of the Coriolis element (2a, 2b) being able to be detected on the basis of a Coriolis force in a second axis arranged substantially perpendicular to the first axis, the first and second axes (X, Y) being arranged parallel to the surface of the substrate, characterized in that force-conveying means (19, 20) are present, the means (19, 20) being configured in such a manner that a dynamic action of force is conveyed between the substrate and the Coriolis element (2a, 2b), the means (19, 20) having compensation structures with a first substructure and a second substructure, the substructures (19, 20) being configured to be asymmetrical in such a manner that at least one cutout of the Coriolis element (2a, 2b) is provided for each substructure, the cutout having a greater extent in a first cutout region than in a second cutout region in the direction of the second axis.
A system for determining a speed of a high pressure turbine (116;174) in a gas turbine engine (100;160), the system comprising: a fuel supply; a fuel pressure apparatus including a drive shaft, an input hydraulically coupled to the fuel supply, and an output; a combustion chamber (112;172) of the gas turbine engine (100;160) hydraulically coupled to the output of the fuel pressure apparatus; the high pressure turbine (116;174) of the gas turbine engine (100;160) mounted proximate to the combustion chamber (112;172); a drive unit mechanically coupling the high pressure turbine (116;174) to the drive shaft of the fuel pressure apparatus; and a processing unit (184;200) operably coupled to the input of the fuel pressure apparatus and to the output of the fuel pressure apparatus, characterised in that the processing unit (184;200) is configured to calculate a pressure difference between the input and the output of the fuel pressure apparatus, is configured to retrieve a constant corresponding to a nominal pressure difference and a nominal high pressure turbine speed, and is configured to calculate a speed of the high pressure turbine (116;174) as a quadratic function of the pressure difference between the input and the output of the fuel pressure apparatus and the constant. a fuel supply; a fuel pressure apparatus including a drive shaft, an input hydraulically coupled to the fuel supply, and an output; a combustion chamber (112;172) of the gas turbine engine (100;160) hydraulically coupled to the output of the fuel pressure apparatus; the high pressure turbine (116;174) of the gas turbine engine (100;160) mounted proximate to the combustion chamber (112;172); a drive unit mechanically coupling the high pressure turbine (116;174) to the drive shaft of the fuel pressure apparatus; and a processing unit (184;200) operably coupled to the input of the fuel pressure apparatus and to the output of the fuel pressure apparatus, characterised in that the processing unit (184;200) is configured to calculate a pressure difference between the input and the output of the fuel pressure apparatus, is configured to retrieve a constant corresponding to a nominal pressure difference and a nominal high pressure turbine speed, and is configured to calculate a speed of the high pressure turbine (116;174) as a quadratic function of the pressure difference between the input and the output of the fuel pressure apparatus and the constant.