mhurhangee/ep-ind-claims huggingface dataset:
A method of abrading or slicing-off a high point of a surface, comprising the steps of: a. providing a stencil comprising a sheet of flexible, abrasion-resistant stainless steel, the masking stencil having a plurality of apertures therein, the apertures having been formed by chemical etching and the stencil having a thickness from 0.03mm to 0.05mm, b. locating the stencil with the high point being positioned within a selected aperture, and c. passing a blade or abrasive tool over the stencil, until the high point is reduced to the height of the stencil thickness. a. providing a stencil comprising a sheet of flexible, abrasion-resistant stainless steel, the masking stencil having a plurality of apertures therein, the apertures having been formed by chemical etching and the stencil having a thickness from 0.03mm to 0.05mm, b. locating the stencil with the high point being positioned within a selected aperture, and c. passing a blade or abrasive tool over the stencil, until the high point is reduced to the height of the stencil thickness.
A tool support for a pipe machining apparatus, the tool support comprising: a rotatable feed screw; a tool clamp coupled to the feed screw and adapted to support a tool, wherein the tool clamp is movable along the feed screw to move the tool in a first tool direction and a second tool direction; characterized by a worm gear movable between a first position, in which the worm gear couples with the feed screw and rotation of the worm gear in a first worm gear direction rotates the feed screw to move the tool in the first tool direction and rotation of the worm gear in a second worm gear direction rotates the feed screw to move the tool in the second tool direction, and a second position, in which the worm gear is uncoupled from the feed screw and the feed screw is rotatable independently of the worm gear. a rotatable feed screw; a tool clamp coupled to the feed screw and adapted to support a tool, wherein the tool clamp is movable along the feed screw to move the tool in a first tool direction and a second tool direction; characterized by a worm gear movable between a first position, in which the worm gear couples with the feed screw and rotation of the worm gear in a first worm gear direction rotates the feed screw to move the tool in the first tool direction and rotation of the worm gear in a second worm gear direction rotates the feed screw to move the tool in the second tool direction, and a second position, in which the worm gear is uncoupled from the feed screw and the feed screw is rotatable independently of the worm gear.
Procedure for filling a defined volume of a medium into a vessel with a feed pump, which is connected to a dosing valve via a flowmeter, wherein the fill quantity is regulated by opening and closing the dosing valve, wherein the fill volume is measured with the flowmeter and the fill volume is regulated by opening and closing the dosing valve, wherein at least one sensor is provided on the feed pump to record the conveyance position of the feed pump, and wherein the associated signal is reproduced with at least one pulse multiplier, and wherein the switch-off signal for the feed pump and the closing signal for the dosing valve are such that the pressure in a section of the supply line arranged between the feed pump and dosing valves is kept essentially constant when the dosing valve is closed, wherein the time delay between the switch-off signal for the feed pump and pump standstill is also taken into consideration.
Dimensional measurement apparatus (2;90;100;150;200;250) for use with a machine tool, comprising; a measurement probe comprising a measurement portion (6;158;254) for acquiring object measurements; and an output portion (8;46) for outputting measurement data relating to the acquired object measurements; wherein, during normal operation, the measurement apparatus can acquire object measurements and output measurement data relating to such measurements, wherein the apparatus also comprising a deactivation portion (10;58;260) for inhibiting normal operation of the measurement apparatus such that output of the measurement data is prevented; characterised in that the deactivation portion (10;58;260), in use, reads apparatus usage information from an apparatus usage module (18;114b;162;206;268), said apparatus usage information providing a measure of the amount of measurement apparatus usage and comprising information related to the amount of usage of the apparatus and/or the length of time that the apparatus has been operating, wherein the deactivation portion periodically compares the apparatus usage information against one or more predetermined criteria and inhibits normal operation of the measurement apparatus if said apparatus usage information fails to meet said one or more predetermined criteria, the deactivation portion thereby allowing the operational lifetime of the measurement apparatus to be predefined by a manufacturer.
System (400, 500) for digitizing the sound detected by a stethoscope equipped with replaceable and interchangeable eartips and a tube, and for sending the digitised sound to an electronic instrument, comprising: - a transducer-loudspeaker assembly (402, 502) suitable for placement at one end of the stethoscope and composed of a loudspeaker and a transducer, said transducer being configured to digitize the sound detected by of the stethoscope; and - a body (401, 501) configured to receive the digitized sound from the transducer and to amplify, filter and send it to the loudspeaker, said loudspeaker being configured to reproduce the sound processed by the body (401, 501); characterized in that the transducer-loudspeaker assembly (402, 502) is suitable for direct connection to the tube of the stethoscope so as to turn into a substitute electronic eartip. - a transducer-loudspeaker assembly (402, 502) suitable for placement at one end of the stethoscope and composed of a loudspeaker and a transducer, said transducer being configured to digitize the sound detected by of the stethoscope; and - a body (401, 501) configured to receive the digitized sound from the transducer and to amplify, filter and send it to the loudspeaker, said loudspeaker being configured to reproduce the sound processed by the body (401, 501);
A lampshade fixing structure for use with LED lamps, comprising an aluminum substrate, wherein LED light beads are distributed on one side surface of the aluminum substrate, wherein a lampshade is arranged on the aluminum substrate which is located on the periphery of the LED light beads, and a plurality of positioning bosses is circumferentially arranged at the edge of the aluminum substrate, and L-shaped positioning notches which correspond one-to-one to the positioning bosses are arranged on the lampshade, and the positioning bosses are located in the positioning notches, and a limiting seat is provided at an opening of the positioning notch, and the limiting seat is fixedly connected to the aluminum substrate.
A method performed by an apparatus, the method comprising: - obtaining a frequency transformed radiomap data set by applying a discrete frequency transform to an original radiomap data set; - maintaining a reduced number of transform coefficients obtained by applying the discrete frequency transform to the original radiomap data set in the frequency transformed radiomap data set, wherein the reduced number of transform coefficients to be maintained in the frequency transformed radiomap data set is adapted to attain a predetermined quality of the frequency transformed radiomap data set. - obtaining a frequency transformed radiomap data set by applying a discrete frequency transform to an original radiomap data set; - maintaining a reduced number of transform coefficients obtained by applying the discrete frequency transform to the original radiomap data set in the frequency transformed radiomap data set, wherein the reduced number of transform coefficients to be maintained in the frequency transformed radiomap data set is adapted to attain a predetermined quality of the frequency transformed radiomap data set.
Method for managing uplink channel estimation in a base station, which base station is comprised in a radio access network using Frequency Division Duplex, the base station being associated with a first cell of a number of cells within the radio access network, the base station being adapted to connect at least one mobile terminal (120,122,124) being situated in the first cell, to an infrastructure network, the method comprising the steps of: transmitting, from the base station, a reference signal (220,350) in an uplink band, the reference signal being directed to the at least one mobile terminal (120, 122, 124), said transmitted reference signal (220,350) being known to the at least one mobile terminal (120, 122, 124) by an amplitude and phase reference and intended for performing uplink channel estimation at the at least one mobile terminal (120, 122, 124) by comparing the known amplitude and phase reference of the transmitted reference signal to an amplitude and phase of the reference signal as received and estimated by the at least one mobile terminal (120, 122, 124).
A braking system (24, 80, 140,160) for an all terrain vehicle comprising a hand control; a foot control; a front brake assembly (28a, 28b); a rear brake assembly (68a, 68b; 100, 124); and a distribution block characterized in that the distribution block includes a cavity, a first inlet fluidly coupled to the cavity and the hand control, a second inlet fluidly coupled to the cavity and the foot control, a first outlet positioned in spaced relation to the first inlet and fluidly coupled to the cavity and the front brake assembly, and a second outlet positioned in spaced relation to the second inlet and fluidly coupled to the cavity and the rear brake assembly, the first inlet of the distribution block is configured to receive fluid pressure input from the hand control to actuate both of the front and rear brake assemblies by fluid pressure from the cavity passing through the first and second outlets; and the second inlet of the distribution block is configured to receive fluid pressure input from the foot control to actuate both of the front and rear brake assemblies by fluid pressure from the cavity passing through the first and second outlets.
A storage device comprising: a feature amount detection unit that detects a feature amount regarding an action of an occupant of a moving body; an excitement degree obtaining unit that obtains excitement degree information, the excitement degree information indicating an excitement degree of the occupant when the feature amount is detected; and a feature amount storage unit that calculates a first corresponding feature amount based on the feature amount and the excitement degree information, and stores the first corresponding feature amount in association with a first excitement degree, the first corresponding feature amount being a feature amount corresponding to the first excitement degree of the excitement degree, characterized in that the feature amount detection unit detects the feature amount while a predetermined content is played. a feature amount detection unit that detects a feature amount regarding an action of an occupant of a moving body; an excitement degree obtaining unit that obtains excitement degree information, the excitement degree information indicating an excitement degree of the occupant when the feature amount is detected; and a feature amount storage unit that calculates a first corresponding feature amount based on the feature amount and the excitement degree information, and stores the first corresponding feature amount in association with a first excitement degree, the first corresponding feature amount being a feature amount corresponding to the first excitement degree of the excitement degree, characterized in that the feature amount detection unit detects the feature amount while a predetermined content is played.
A seating structure comprising: a backrest member having an upper edge, opposite side edges and a lower edge, wherein said backrest member has a forwardly facing convex shape formed along a vertical centreline thereof between said upper and lower edges (86, 88), wherein said lower edge has a forwardly facing concave shape, wherein said lower edge is longer than said upper edge, and wherein said lower edge has outer portions positioned forwardly of an entirety of said upper edge; characterized by further comprising: a backrest support consisting of a molded plastic component having a cross member terminating in a pair of opposite, laterally spaced side uprights and a curved support connected to the side uprights and a center support, said curved support having a forwardly facing concave contour, with end portions thereof positioned higher than an intermediate portion or middle portion, the backrest support further including an upright having a central member received on a projection and coupled to the center support and the curved member, wherein the upright has a pair of arms that diverge outwardly and upwardly, with end portions configured as upper mounting portions to support the backrest member. a backrest member having an upper edge, opposite side edges and a lower edge, wherein said backrest member has a forwardly facing convex shape formed along a vertical centreline thereof between said upper and lower edges (86, 88), wherein said lower edge has a forwardly facing concave shape, wherein said lower edge is longer than said upper edge, and wherein said lower edge has outer portions positioned forwardly of an entirety of said upper edge; characterized by further comprising: a backrest support consisting of a molded plastic component having a cross member terminating in a pair of opposite, laterally spaced side uprights and a curved support connected to the side uprights and a center support, said curved support having a forwardly facing concave contour, with end portions thereof positioned higher than an intermediate portion or middle portion, the backrest support further including an upright having a central member received on a projection and coupled to the center support and the curved member, wherein the upright has a pair of arms that diverge outwardly and upwardly, with end portions configured as upper mounting portions to support the backrest member. a backrest support consisting of a molded plastic component having a cross member terminating in a pair of opposite, laterally spaced side uprights and a curved support connected to the side uprights and a center support, said curved support having a forwardly facing concave contour, with end portions thereof positioned higher than an intermediate portion or middle portion, the backrest support further including an upright having a central member received on a projection and coupled to the center support and the curved member, wherein the upright has a pair of arms that diverge outwardly and upwardly, with end portions configured as upper mounting portions to support the backrest member.
Composition which can be used in structural adhesives, characterized in that it essentially comprises a polymeric system capable of being used in a methacrylate matrix, said polymeric system comprising styrene-free block copolymers, formed from at least two blocks and advantageously from at least three blocks, and said polymeric system being solubilized in a matrix of linear or branched acrylic and/or methacrylic monomers, and/or of cyclic methacrylates and/or of aromatic methacrylates.
A mobile household appliance, particularly a floor treatment appliance, with an appliance housing, a display that forms part of an outer shell of the appliance housing, a detection device for detecting an operating parameter that characterizes an operating mode currently carried out by the household appliance and an evaluation and control unit for determining the operating mode based on the operating parameter and for depicting at least one piece of information concerning the current operating mode on the display, characterized in that the evaluation and control unit is designed for varying a depicting direction (r) of the information depicted on the display in dependence on the determined current operating mode of the household appliance, wherein the detection device has a sensor that is selected from the following group: a sensor that is designed for detecting a relative orientation of a handle of the household appliance, which can be adjusted relative to the appliance housing; a contact sensor for detecting mechanical contact of the household appliance with a service station; an accumulator monitoring device that is designed for detecting charging or discharging of the accumulator.
A method, executed by a computer, comprising: capturing images of a rotating marker with a camera of a viewing electronic device, the rotating marker presented on a video screen of a remote device; presenting a visual experience (902, 1248) on a display (802, 804) of the viewing electronic device, the visual experience (902, 1248) having an adjustable feature; detecting a parameter of the rotating marker from the images captured with the camera at the viewing electronic device the parameter characterizing the rotation of the rotating marker and corresponding to the adjustable feature; and updating the visual experience (902, 1248) presented on the display (802, 804) responsive to the detected parameter. capturing images of a rotating marker with a camera of a viewing electronic device, the rotating marker presented on a video screen of a remote device; presenting a visual experience (902, 1248) on a display (802, 804) of the viewing electronic device, the visual experience (902, 1248) having an adjustable feature; detecting a parameter of the rotating marker from the images captured with the camera at the viewing electronic device the parameter characterizing the rotation of the rotating marker and corresponding to the adjustable feature; and updating the visual experience (902, 1248) presented on the display (802, 804) responsive to the detected parameter.
A lubricating composition suitable for diesel and gasoline engines, the lubricating composition comprising: a detergent system providing both calcium and magnesium from one or more of a sulfonate, a phenate, a salicylate, or mixtures thereof and wherein a weight ratio of the calcium-to-magnesium provided by the detergent system is about 1.5: 1 to about 2:1; and an antiwear and friction system including two or more metal dialkyl dithiophosphates derived from primary and secondary alcohols, wherein a first metal dialkyl dithiophosphate is derived from primary alcohols and a second metal dialkyl dithiophosphate is derived from a mixture of primary and secondary alcohols, and wherein a weight ratio of primary to secondary alcohols from the two or more metal dialkyl dithiophosphates combined in the antiwear and friction system is at least about 3:1 to about 5.5:1; wherein the amount of magnesium from the detergent system is at least 500 ppm magnesium based on the lubricating composition; and wherein the amount of phosphorus from the antiwear and friction system is less than 1200 ppm phosphorus based on the lubricating composition and the amount of zinc from the antiwear and friction system is less than 1000 ppm zinc based on the lubricating composition. a detergent system providing both calcium and magnesium from one or more of a sulfonate, a phenate, a salicylate, or mixtures thereof and wherein a weight ratio of the calcium-to-magnesium provided by the detergent system is about 1.5: 1 to about 2:1; and an antiwear and friction system including two or more metal dialkyl dithiophosphates derived from primary and secondary alcohols, wherein a first metal dialkyl dithiophosphate is derived from primary alcohols and a second metal dialkyl dithiophosphate is derived from a mixture of primary and secondary alcohols, and wherein a weight ratio of primary to secondary alcohols from the two or more metal dialkyl dithiophosphates combined in the antiwear and friction system is at least about 3:1 to about 5.5:1; wherein the amount of magnesium from the detergent system is at least 500 ppm magnesium based on the lubricating composition; and wherein the amount of phosphorus from the antiwear and friction system is less than 1200 ppm phosphorus based on the lubricating composition and the amount of zinc from the antiwear and friction system is less than 1000 ppm zinc based on the lubricating composition.
An optical system for measuring pitch, yaw and roll angles of an element, said system comprising: a tunable laser source generating a laser beam; a spiral phase plate resonator, SPPR, device responsive to the laser beam, said SPPR device including opposing reflective surfaces (30, 32) that reflect the laser beam back and forth in the device, wherein one of the reflective surfaces includes a spiral step index that causes multiple reflected amplitudes having different phases to be combined and generate an optical vortex intensity pattern defined by the phases of the multiple amplitudes, where the intensity pattern includes a singularity and radial light peaks, said SPPR device reflecting a first beam back towards the laser source and transmitting a second beam away from the laser source; a first beam splitter receiving and splitting the first beam and generating a split measurement beam; a lens being responsive to and projecting the first split measurement beam onto the element and being responsive to a reflected beam from the element; a measurement detector responsive to the reflected beam from the element, where the reflected beam is imaged by the lens onto the measurement detector; and a processor receiving and processing image data from the measurement detector and generating the pitch, yaw and roll angles from the data, wherein the image data includes an orientation of the vortex intensity pattern. a tunable laser source generating a laser beam; a spiral phase plate resonator, SPPR, device responsive to the laser beam, said SPPR device including opposing reflective surfaces (30, 32) that reflect the laser beam back and forth in the device, wherein one of the reflective surfaces includes a spiral step index that causes multiple reflected amplitudes having different phases to be combined and generate an optical vortex intensity pattern defined by the phases of the multiple amplitudes, where the intensity pattern includes a singularity and radial light peaks, said SPPR device reflecting a first beam back towards the laser source and transmitting a second beam away from the laser source; a first beam splitter receiving and splitting the first beam and generating a split measurement beam; a lens being responsive to and projecting the first split measurement beam onto the element and being responsive to a reflected beam from the element; a measurement detector responsive to the reflected beam from the element, where the reflected beam is imaged by the lens onto the measurement detector; and a processor receiving and processing image data from the measurement detector and generating the pitch, yaw and roll angles from the data, wherein the image data includes an orientation of the vortex intensity pattern.