mhurhangee/ep-ind-claims huggingface dataset:
An attachment device configured for attaching onto a robotic arm, a sprayer for products for coating workpieces, the attachment device including: - a cover configured to be attached to one amongst the sprayer and the robotic arm, having a substantially cylindrical shape extending along a longitudinal axis, - a nut mounted, with a possibility to side and rotate, on the cover, having a first helical portion, and a cover stop configured to axially stop the nut relative to the cover, - a flange configured for being attached to another amongst the sprayer and the robotic arm, including a second helical portion arranged for mating with the first helical portion of the nut, characterized in that the device further includes a deformable ring mounted on the nut, the ring comprising a deformable portion and an annular portion, the annular portion having at least one stop member configured for interacting with a ring stop formed on the nut, so as to provide an axial stop of the ring with respect to the nut, and in that the flange includes a interfacing portion arranged for interacting with the deformable ring in such a way that, when tightening the nut for locking the flange onto the cover, the deformable portion is deformed so as to interact with the interfacing portion of the flange so as to provide a connection between the flange and the ring. - a cover configured to be attached to one amongst the sprayer and the robotic arm, having a substantially cylindrical shape extending along a longitudinal axis, - a nut mounted, with a possibility to side and rotate, on the cover, having a first helical portion, and a cover stop configured to axially stop the nut relative to the cover, - a flange configured for being attached to another amongst the sprayer and the robotic arm, including a second helical portion arranged for mating with the first helical portion of the nut, characterized in that the device further includes a deformable ring mounted on the nut, the ring comprising a deformable portion and an annular portion, the annular portion having at least one stop member configured for interacting with a ring stop formed on the nut, so as to provide an axial stop of the ring with respect to the nut, and in that the flange includes a interfacing portion arranged for interacting with the deformable ring in such a way that, when tightening the nut for locking the flange onto the cover, the deformable portion is deformed so as to interact with the interfacing portion of the flange so as to provide a connection between the flange and the ring.
Light module for a motor vehicle headlight, with a light source, a primary lens unit, an arrangement of micromirrors (16.4), the mirror positioning of which can be adjusted, and with a secondary lens unit comprising at least one secondary optic lens (18.1), whereby the light source, primary lens unit, arrangement of micromirrors (16.4), and secondary lens unit are arranged relative to one another such that light emitted by the light source and directed by the primary lens unit to the arrangement of micromirrors (16.4) can be reflected by the arrangement of micromirrors (16.4) onto the refractive secondary lens unit, characterised in that the light module comprises a dust-proof interior, the light source, primary lens unit, and arrangement of micromirrors are located in the dust-proof interior, and the dust-proof interior is enclosed by an anterior casing, a central bearing element, a DMD chip, an initial conductor plate, the secondary lens (18.1), and a dust-proof pressure regulation membrane. the light module comprises a dust-proof interior, the light source, primary lens unit, and arrangement of micromirrors are located in the dust-proof interior, and the dust-proof interior is enclosed by an anterior casing, a central bearing element, a DMD chip, an initial conductor plate, the secondary lens (18.1), and a dust-proof pressure regulation membrane.
Addition-curable silicone rubber composition, comprising: at least one polyorganosiloxane having at least two unsaturated hydrocarbyl residues, at least one polyorganohydrogensiloxane, at least one hydrosilylation catalyst, comprising a transition metal, at least one organosilicon compound containing at least one polyvalent aromatic group, which is not directly attached to a silicon atom, and at least one Si-H group, different from compound B), at least one aromatic compound with at least two unsaturated hydrocarbyl groups, which aromatic compound does not contain a siloxane group, and does not contain an ester group, optionally one or more reinforcing fillers, optionally one or more auxiliary additives. at least one polyorganosiloxane having at least two unsaturated hydrocarbyl residues, at least one polyorganohydrogensiloxane, at least one hydrosilylation catalyst, comprising a transition metal, at least one organosilicon compound containing at least one polyvalent aromatic group, which is not directly attached to a silicon atom, and at least one Si-H group, different from compound B), at least one aromatic compound with at least two unsaturated hydrocarbyl groups, which aromatic compound does not contain a siloxane group, and does not contain an ester group, optionally one or more reinforcing fillers, optionally one or more auxiliary additives.
A self-adaptive baud rate method, comprising the steps of: a) receiving first data and second data; b) determining whether or not a falling edge of a start bit in a synchronization code of the first data and second data is detected; c) if the falling edge is not detected, returning to step b); if the falling edge is detected, starting a first counting from a rising edge following the start bit based on a reference clock, stopping the first counting at a next falling edge, and obtaining a first count value; starting a second counting from the falling edge where the first counting was stopped, and stopping the second counting at a next rising edge, and obtaining a second count value; d) obtaining a baud rate according to the relation between the first count value and the second count value and a first threshold; the self-adaptive baud rate method further comprising: e) obtaining an encoding mode according to the relation between the first count value, C1, and the second count value, C2, and a second threshold value, Cenc, and f) determining whether a falling edge of an actual data start bit of the first data and the second data is detected; wherein if the falling edge is not detected, returning to step f); and if the falling edge is detected, starting a third counting based on the reference clock; meanwhile, outputting a first enable signal if the falling edge is from the first data, and outputting a second enable signal if the falling edge is from the second data. a) receiving first data and second data; b) determining whether or not a falling edge of a start bit in a synchronization code of the first data and second data is detected; c) if the falling edge is not detected, returning to step b); if the falling edge is detected, starting a first counting from a rising edge following the start bit based on a reference clock, stopping the first counting at a next falling edge, and obtaining a first count value; starting a second counting from the falling edge where the first counting was stopped, and stopping the second counting at a next rising edge, and obtaining a second count value; d) obtaining a baud rate according to the relation between the first count value and the second count value and a first threshold; e) obtaining an encoding mode according to the relation between the first count value, C1, and the second count value, C2, and a second threshold value, Cenc, and f) determining whether a falling edge of an actual data start bit of the first data and the second data is detected;
A process for minimizing the potential for explosions in the direct chill casting of aluminum lithium alloys wherein molten metal is introduced into a casting mold and cooled by the impingement of a liquid coolant on the solidifying metal in a casting pit having top, intermediate and bottom portions and including a movable platen, characterised in that the method comprises detecting a bleed out or a run out; and after detecting, halting any flow of molten metal, halting a flow of liquid coolant into the casting mold, and stopping any motion of the platen; exhausting generated gas from the casting pit at an enhanced flow volume rate; and introducing an inert gas into the casting pit, the inert gas having a density less than a density of air.
A cable actuator comprising: • a frame; • a screw mounted on the frame and extending along a first axis (Ox); • a nut co-operating with the screw; • a motor arranged to drive the screw in rotation; • a first cable strand (6.1) and a second cable strand (9.1) coupled directly to the nut and extending on a first side (8.1) of a first plane orthogonal to the first axis (Ox) and containing the nut, the first cable strand (6.1) and the second cable strand (9.1) extending in a second plane; • a third cable strand (6.4) and a fourth cable strand (9.4) coupled directly to the nut and extending on a second side (8.2) of the first plane, the third cable strand (6.4) and the fourth cable strand (9.4) extending in a third plane; • the second plane and the third plane being distinct; and • the first cable strand (6.1) and/or the second cable strand (9.1) and/or the third cable strand (6.4) and/or the fourth cable strand (9.4) being functionally connected to an element that is to be moved, the cable actuator being caracterized in that the first plane subdivides the second plane into a first half-plane in which the first cable strand (6.1) and the second cable strand (9.1) extend, and into a second half-plane not having any cable strands that are directly connected to the nut; and in that • the first plane subdivides the third plane into a third half-plane in which the third cable strand (6.4) and the fourth cable strand (9.4) extend, and into a fourth half-plane not having any cable strands that are directly connected to the nut. • a frame; • a screw mounted on the frame and extending along a first axis (Ox); • a nut co-operating with the screw; • a motor arranged to drive the screw in rotation; • a first cable strand (6.1) and a second cable strand (9.1) coupled directly to the nut and extending on a first side (8.1) of a first plane orthogonal to the first axis (Ox) and containing the nut, the first cable strand (6.1) and the second cable strand (9.1) extending in a second plane; • a third cable strand (6.4) and a fourth cable strand (9.4) coupled directly to the nut and extending on a second side (8.2) of the first plane, the third cable strand (6.4) and the fourth cable strand (9.4) extending in a third plane; • the second plane and the third plane being distinct; and • the first cable strand (6.1) and/or the second cable strand (9.1) and/or the third cable strand (6.4) and/or the fourth cable strand (9.4) being functionally connected to an element that is to be moved, the cable actuator being caracterized in that the first plane subdivides the second plane into a first half-plane in which the first cable strand (6.1) and the second cable strand (9.1) extend, and into a second half-plane not having any cable strands that are directly connected to the nut; and in that • the first plane subdivides the third plane into a third half-plane in which the third cable strand (6.4) and the fourth cable strand (9.4) extend, and into a fourth half-plane not having any cable strands that are directly connected to the nut.
An oral thin film comprising at least one matrix layer, wherein the at least one matrix layer comprises at least one pharmaceutically active agent, at least one polyvinyl alcohol, and at least one polyvinyl alcohol-polyethylene glycol graft copolymer, wherein the at least one pharmaceutically active agent comprises ketamine or a pharmaceutically acceptable salt thereof.
A method for determining a linearization curve for determining the filling level in a container from a filling height (h) with a radar measuring device, wherein the radar measuring device is configured as a radar level measuring device, characterized by the following steps: - acquiring three-dimensional data of the container with the radar measuring device by systematically scanning an interior space of the container by means of the radar measuring device by varying a main emission direction of the radar measuring device, wherein the varying takes place by correspondingly controlling an antenna of a radar measuring device, - determining a three-dimensional model of the container, wherein the three-dimensional acquisition of the container is supported by a database with three-dimensional data of possible installations, - acquiring a position of the container, - determining the linearization curve from the three-dimensional model and the position, wherein effects on the filling level caused by more or less immersed installations due to the changed position of the container are taken into account. - acquiring three-dimensional data of the container with the radar measuring device by systematically scanning an interior space of the container by means of the radar measuring device by varying a main emission direction of the radar measuring device, wherein the varying takes place by correspondingly controlling an antenna of a radar measuring device, - determining a three-dimensional model of the container, wherein the three-dimensional acquisition of the container is supported by a database with three-dimensional data of possible installations, - acquiring a position of the container, - determining the linearization curve from the three-dimensional model and the position,
Method for the production of an inlay for a film composite of a security document or document of value, - wherein a carrier film having one or more electronic components (15, 16) that are allocated to one another, is fed to an image acquisition device, wherein the electronic components (15, 16) comprise at least one antenna and one microchip for communication with the antenna, which are connected to each other by an adhesive, - wherein a compensation film that is applied to the carrier film is firstly fed to a cutting device, which is used for the production of one or more recesses in the compensation film, wherein the recess is adapted to the position of the electronic component(s) (15, 16), - wherein the compensation film after having produced one or more recesses therein is provided on the carrier film, characterised in that, - a contour of an adhesive meniscus that surrounds the microchip at least in some regions is detected by the image acquisition device, or is assumed to be known, and - the contour of the recess in the compensation film is adapted to the contour of the adhesive meniscus that is detected or assumed to be known. - wherein a carrier film having one or more electronic components (15, 16) that are allocated to one another, is fed to an image acquisition device, wherein the electronic components (15, 16) comprise at least one antenna and one microchip for communication with the antenna, which are connected to each other by an adhesive, - wherein a compensation film that is applied to the carrier film is firstly fed to a cutting device, which is used for the production of one or more recesses in the compensation film, wherein the recess is adapted to the position of the electronic component(s) (15, 16), - wherein the compensation film after having produced one or more recesses therein is provided on the carrier film, characterised in that, - a contour of an adhesive meniscus that surrounds the microchip at least in some regions is detected by the image acquisition device, or is assumed to be known, and - the contour of the recess in the compensation film is adapted to the contour of the adhesive meniscus that is detected or assumed to be known.
A computer-implemented method for dynamically adjusting a gain of an eddy current device, the eddy current device communicatively coupled to a probe having at least a first coil and a second coil, the method implemented using a computer-controlled eddy current device coupled to a user interface and a memory device, the method comprising: providing calibration information to the eddy current device using the probe; switching at a rate between a first mode and a second mode of the eddy current device, the first mode exciting only the first coil to measure liftoff of the probe from a surface of a workpiece, the second mode exciting the first and second coils (114, 116) to measure dimensions of a flaw within the workpiece; determining a thickness of a non-conductive coating covering at least a portion of the workpiece using the first coil; adjusting a gain setting of the eddy current device based on the determined thickness and the calibration information; and determining dimensions of the flaw using the first and second coils (114, 116) and the adjusted gain setting. providing calibration information to the eddy current device using the probe; switching at a rate between a first mode and a second mode of the eddy current device, the first mode exciting only the first coil to measure liftoff of the probe from a surface of a workpiece, the second mode exciting the first and second coils (114, 116) to measure dimensions of a flaw within the workpiece; determining a thickness of a non-conductive coating covering at least a portion of the workpiece using the first coil; adjusting a gain setting of the eddy current device based on the determined thickness and the calibration information; and determining dimensions of the flaw using the first and second coils (114, 116) and the adjusted gain setting.
Sealing system for sealing off a shaft that is located under water, having a liner which can be placed on the shaft and rotationally fixedly connected to the latter and which is enclosed by a housing that is stationary relative to the liner, at least one lubricant chamber that is open to the liner and an air chamber that is open to the liner being formed in the housing, the chambers (28, 30) being sealed off relative to each other via a sealing ring, having a feed line and a discharge line for feeding and discharging air into and out of the air chamber, the at least one lubricant chamber being filled with a lubricating oil which has a fluid connection to a lubricant tank via at least one oil line (82, 84), an air pressure in the air chamber being higher than an oil pressure in the lubricant chamber, characterized in that the sealing system has a sliding ring seal engaging around the liner, and in that, on its side opposite the air chamber, the lubricant chamber is sealed off with respect to an internal space in which there prevails an internal pressure which is lower than the oil pressure.
An image display device comprising: an optical film having an in-plane birefringence; and a polarizer in this order, wherein the optical film and the polarizer are disposed to form an angle of about 45° between a slow axis of the optical film and an absorption axis of the polarizer, the optical film has a retardation of 3000 nm or more, light incident on the optical film provides at least 50% coverage of ITU-R BT.2020, and the optical film has a light transmittance of 20 to 80% at a wavelength of a maximum peak intensity in a wavelength range from 580 nm to 780 nm. an optical film having an in-plane birefringence; and a polarizer in this order, wherein the optical film and the polarizer are disposed to form an angle of about 45° between a slow axis of the optical film and an absorption axis of the polarizer, the optical film has a retardation of 3000 nm or more, light incident on the optical film provides at least 50% coverage of ITU-R BT.2020, and the optical film has a light transmittance of 20 to 80% at a wavelength of a maximum peak intensity in a wavelength range from 580 nm to 780 nm.
Apparatus for advancing and supplying bars to a machine tool, comprising: - a plurality of tubular elements each suitable for containing longitudinally a respective bar; - at least one first carriage unit and a second carriage unit supporting said plurality of tubular elements and movable longitudinally on a drum structure to move said tubular elements parallel to an advancement direction of said bars, said drum structure extending from a front end (E A), suitable for being placed in a position adjacent to a spindle of said machine tool, to a rear end (E R), suitable for being further from said machine tool, - said drum structure comprising, at said front end (E A), a front end flange, provided with respective openings, - each tubular element of said plurality of tubular elements being provided with a feed finger unit that is suitable for clamping and pulling a respective bar to advance the bar in said advancement direction, CHARACTERIZED IN THAT said tubular elements slidably traverse said front end flange through said respective openings to protrude, beyond said front end (E A), to the spindle of said machine tool. - a plurality of tubular elements each suitable for containing longitudinally a respective bar; - at least one first carriage unit and a second carriage unit supporting said plurality of tubular elements and movable longitudinally on a drum structure to move said tubular elements parallel to an advancement direction of said bars, said drum structure extending from a front end (E A), suitable for being placed in a position adjacent to a spindle of said machine tool, to a rear end (E R), suitable for being further from said machine tool, - said drum structure comprising, at said front end (E A), a front end flange, provided with respective openings, - each tubular element of said plurality of tubular elements being provided with a feed finger unit that is suitable for clamping and pulling a respective bar to advance the bar in said advancement direction,
A method of manufacturing a three-dimensional structure with an additive manufacturing technology comprising: forming a film including a light curable resin as a resin layer, the light curable resin including a coloring compound, a color developing-reducing agent, and a photothermal conversion agent; stacking a plurality of the resin layers; and wherein the colouring compound comprises a leuco dye. forming a film including a light curable resin as a resin layer, the light curable resin including a coloring compound, a color developing-reducing agent, and a photothermal conversion agent; stacking a plurality of the resin layers; and wherein the colouring compound comprises a leuco dye.
A multilayer graphene composite (412, 612) characterized in comprising a plurality of stacked graphene layers (414, 614) separated from one another by an ion gel (415, 615), wherein the ion gel (415, 615) is intercalated between adjacent graphene layers (414, 614) such that ions (411, 611) within the ion gel (415, 615) are able to arrange themselves at the surfaces of the graphene layers (414, 614) to cause a detectable change in one or more of an electrical and optical property of the graphene layers (414, 614) when a gate voltage, is applied to a gate electrode (418, 618) in proximity to the ion gel (415, 615).
A biological treatment method comprising introducing subject water containing a COD component, wherein the COD component is at least one of phenol and thiocyanate, into a biological treatment tank containing sludge containing bacteria capable of decomposing the COD component to thereby biologically treat the COD component with the bacteria, wherein before the introduction of the subject water into the biological treatment tank, a step of counting the total number of bacteria contained in the sludge is carried out, and a step of controlling the amount of the COD component loaded per unit time on each of the counted bacteria is carried out by controlling at least one of the amount of the COD component introduced into the biological treatment tank and the amount of sludge contained in the biological treatment tank, thereby controlling the concentration of the COD component in the treated water discharged from the biological treatment tank to 100 mg/liter or less, wherein the amount of COD component supplied into the biological treatment tank is in the range of 10-100 pg/copies/day.