mhurhangee/ep-ind-claims huggingface dataset:
An adjustable shadow mask implantation system comprising: an ion source configured to provide ions; and a shadow mask assembly configured to selectively allow ions from the ion source to pass there through to a substrate where they are implanted, wherein the shadow mask assembly is configured to adjust between a first position and a second position, wherein the shadow mask assembly enables ion implantation of multiple substantially parallel lines absent any lines with an intersecting orientation with respect to the multiple substantially parallel lines when set in the first position, and wherein the shadow mask assembly enables ion implantation of multiple substantially parallel lines and a line with an intersecting orientation with respect to the multiple substantially parallel lines when set in the second position. an ion source configured to provide ions; and a shadow mask assembly configured to selectively allow ions from the ion source to pass there through to a substrate where they are implanted, wherein the shadow mask assembly is configured to adjust between a first position and a second position, wherein the shadow mask assembly enables ion implantation of multiple substantially parallel lines absent any lines with an intersecting orientation with respect to the multiple substantially parallel lines when set in the first position, and wherein the shadow mask assembly enables ion implantation of multiple substantially parallel lines and a line with an intersecting orientation with respect to the multiple substantially parallel lines when set in the second position.
Insert for connecting a water metering device to a pipeline, comprising a pipe system with an inlet orifice for connecting to the pipeline, an outlet orifice for connecting to the pipeline, a water metering device insert orifice lying in between and a sampling orifice disposed between the water metering device insert orifice and the outlet orifice, characterised in that the pipe system is accommodated in a cuboid flush-mounted housing, which flush-mounted housing is provided with at least one inlet recess and at least one outlet recess on its periphery and with a water metering device insert recess and a sampling recess on a wall-side surface, and the insert contains a shut-off valve mount disposed between the inlet orifice and the water metering device insert orifice having a shut-off valve mounting orifice with a diameter that is greater than the sampling orifice.
A document provided with a security device for confidential information contained in the document, the latter comprising: - a window cut into said document, - at least two areas of structural weakness (11, 12) situated adjacent to two edges (81, 83) of the window, - an information-bearing element formed by at least a first label secured on a face of the document such that the confidential information printed on said label is situated within the window, - an element for masking the confidential information, which masking element has dimensions at least equal to those of the window, is permanently secured to the areas of structural weakness (11, 12), and is removably mounted at the window, characterised in that a second label forming a constituent part of the information-bearing element, adapted to protect the first label and to enable the confidential information to be read in the window through the two labels (16, 19) when the masking element is removed, is arranged in the window of the document, from the face of the document opposite that provided with the first label on which the confidential information is printed, the dimensions of said second label being smaller than those of the window, and in that the masking element is also located on the face of the document opposite that provided with the first label on which the confidential information is printed, said masking element further having dimensions such that it is permanently secured, by all its sides (5, 50 to 52, 9, 10) on the document, adjacent to all the edges (80 to 83) of the window, including those (80, 82) without areas of structural weakness (11, 12). - a window cut into said document, - at least two areas of structural weakness (11, 12) situated adjacent to two edges (81, 83) of the window, - an information-bearing element formed by at least a first label secured on a face of the document such that the confidential information printed on said label is situated within the window, - an element for masking the confidential information, which masking element has dimensions at least equal to those of the window, is permanently secured to the areas of structural weakness (11, 12), and is removably mounted at the window,
A refill unit configured for use with a base unit for a dispenser having a cap at one end which, in use, is the lowermost end, an outlet in the cap with an outlet valve and associated valve seat for allowing selective dispensing of liquid from the unit, a pressure relief valve within the cap for allowing air to enter the unit if the internal pressure drops below a certain level, characterized in that a shroud (44,57) in the form of a wall surrounds at least the side of the pressure relief valve facing the outlet and extending to a location above the valve seat when the unit is in its usual orientation with the cap at the lowermost end, the pressure relief valve comprising a substantially conical body extending into the refill unit, and tapering inwardly away from an external wall of the unit, at least one air inlet passage through the substantially conical body, and a flexible diaphragm extending over the conical body, being attached at its outer periphery around the substantially conical body and having a central opening surrounding the substantially conical body above the air inlet passage so as to seal the air inlet passage until the pressure within the refill unit falls below a predetermined level, and wherein a cylindrical post is upstanding form the conical body and wherein the central opening in the flexible diaphragm is a tight fit against the post to form the seal.
A flame retardant composition comprising a substrate and a flame retardant polymer chemically bonded to at least a portion of the substrate; wherein the flame retardant polymer is derived from a phosphorus compound; and the flame retardant polymer is chemically bonded to at least a portion of the substrate by a multifunctional coupling agent.
A load weight and balance system for passenger luggage storage bins in an aircraft, comprising: at least one sensor configured to be coupled to each of the passenger luggage storage bins in the aircraft for providing an output signal proportional to a weight of any luggage in an associated passenger luggage storage bin; a main display (140, 150) for providing a visual indication of a storage status of all of the passenger luggage storage bins; and a processor coupled to receive the output signals from each of the at least one sensors and configured to calculate, based upon the output signals from the at least one sensors, whether or not each of the associated passenger luggage storage bins is within a predetermined weight value or weight range and which is configured to provide a signal to the main display causing the main display to indicate whether or not each of the passenger luggage storage bins is within a predetermined weight value or weight range, wherein the processor is configured to determine instructions on how to adjust a contents of at least some of the passenger luggage storage bins in the aircraft to achieve balance when the processor determines that the weight distribution of all of the passenger luggage storage bins in the aircraft is not balanced. at least one sensor configured to be coupled to each of the passenger luggage storage bins in the aircraft for providing an output signal proportional to a weight of any luggage in an associated passenger luggage storage bin; a main display (140, 150) for providing a visual indication of a storage status of all of the passenger luggage storage bins; and a processor coupled to receive the output signals from each of the at least one sensors and configured to calculate, based upon the output signals from the at least one sensors, whether or not each of the associated passenger luggage storage bins is within a predetermined weight value or weight range and which is configured to provide a signal to the main display causing the main display to indicate whether or not each of the passenger luggage storage bins is within a predetermined weight value or weight range, wherein the processor is configured to determine instructions on how to adjust a contents of at least some of the passenger luggage storage bins in the aircraft to achieve balance when the processor determines that the weight distribution of all of the passenger luggage storage bins in the aircraft is not balanced.
A computer-implemented method of enhancing a geologic model of a subsurface region, comprising: (a) obtaining a bed topography of the subsurface region, the bed topography defined by a plurality of cells (108, 110, 112, 114, 116, 118), each of the plurality of cells (108, 110, 112, 114, 116, 118) having an elevation associated with its cell center, (b) representing the bed topography as a cell-centered piecewise constant representation based on the elevations associated with the plurality of cells (108, 110, 112, 114, 116, 118); (c) reconstructing the bed topography to produce a spatially continuous surface; (d) calculating flux and gravitational force-related source terms based on the reconstructed bed topography (202, 302, 402); (e) calculating fluxes between at least two of the cells (406, 408), taking into account variations of the bed topography (202, 302, 402) across a face between the at least two of the cells (406, 408); (f) predicting at least one of fluid flow, deposition of sediments onto the bed, and erosion of sediments from the bed using the fluxes and gravitational force-related source terms; (g) inputting the predicted at least one of fluid flow, deposition and erosion into the geologic model of the subsurface region; (h) using the geologic model to predict characteristics of the subsurface region; and (i) outputting the predicted characteristics of the subsurface region. (a) obtaining a bed topography of the subsurface region, the bed topography defined by a plurality of cells (108, 110, 112, 114, 116, 118), each of the plurality of cells (108, 110, 112, 114, 116, 118) having an elevation associated with its cell center, (b) representing the bed topography as a cell-centered piecewise constant representation based on the elevations associated with the plurality of cells (108, 110, 112, 114, 116, 118); (c) reconstructing the bed topography to produce a spatially continuous surface; (d) calculating flux and gravitational force-related source terms based on the reconstructed bed topography (202, 302, 402); (e) calculating fluxes between at least two of the cells (406, 408), taking into account variations of the bed topography (202, 302, 402) across a face between the at least two of the cells (406, 408); (f) predicting at least one of fluid flow, deposition of sediments onto the bed, and erosion of sediments from the bed using the fluxes and gravitational force-related source terms; (g) inputting the predicted at least one of fluid flow, deposition and erosion into the geologic model of the subsurface region; (h) using the geologic model to predict characteristics of the subsurface region; and (i) outputting the predicted characteristics of the subsurface region.
A method for synthesizing propylene glycol phenyl ether, comprising the steps of: preparing a mixture by mixing phenol with a quaternary phosphonium salt compound which is selected from the group consisting of methyltriphenylphosphonium bromide, ethyltriphenylphosphonium bromide, propyltriphenylphosphonium bromide and any combination thereof, and carrying out a polymerization reaction of the phenol and a propylene oxide by adding the propylene oxide into the mixture under oxygen-free conditions, the quaternary phosphonium salt compound being added in an amount of from 0.05% to 0.3% by mass based on a total mass of the phenol and the propylene oxide, producing a propylene glycol phenyl ether. preparing a mixture by mixing phenol with a quaternary phosphonium salt compound which is selected from the group consisting of methyltriphenylphosphonium bromide, ethyltriphenylphosphonium bromide, propyltriphenylphosphonium bromide and any combination thereof, and carrying out a polymerization reaction of the phenol and a propylene oxide by adding the propylene oxide into the mixture under oxygen-free conditions, the quaternary phosphonium salt compound being added in an amount of from 0.05% to 0.3% by mass based on a total mass of the phenol and the propylene oxide, producing a propylene glycol phenyl ether.
An image display apparatus comprising: a display; a signal processing device to output a video signal to the display; a first speaker unit disposed on a front surface of the signal processing device and to output a first sound in a front direction; and a second speaker unit disposed on top of the signal processing device, wherein the second speaker unit includes an array speaker with a plurality of speakers, and wherein, after a cover on the top of the signal processing device is opened, the second speaker unit is popped up and tilted, and outputs a second sound toward a direction between the front direction and a ceiling direction. a display; a signal processing device to output a video signal to the display; a first speaker unit disposed on a front surface of the signal processing device and to output a first sound in a front direction; and a second speaker unit disposed on top of the signal processing device, wherein the second speaker unit includes an array speaker with a plurality of speakers, and wherein, after a cover on the top of the signal processing device is opened, the second speaker unit is popped up and tilted, and outputs a second sound toward a direction between the front direction and a ceiling direction.
A wind turbine blade for a rotor of a wind turbine comprising a profiled contour formed by a hollow shell body made of fibre-reinforced resin, wherein the hollow shell body comprises - a first shell body part and a second shell body part being interconnected and at least one prefabricated longitudinally extending beam having an I-shaped cross-section and being formed of fibre-reinforced resin comprising a number of fibre layers, said beam comprising a first beam flange and a second beam flange and a beam body extending between the flanges, said beam body comprising a beam core having a first and a second mutually interspaced outer lateral faces and a first and a second mutually interspaced end faces, each of the lateral faces being covered by a web of fibre-reinforced polymer, the first end face being covered by fibre-reinforced polymer of the first beam flange and the second end face being covered by fibre-reinforced polymer of the second beam flange, the beam body being integrally formed with and connected to the first beam flange by two opposite first transition areas comprising fibre-reinforced resin and integrally formed with and connected to the second beam flange by two opposite second transition areas comprising fibre-reinforced resin, the first beam flange being connected to an inner surface of the first shell part and the second beam flange being connected to an inner surface of the second shell part, characterised in that the transition areas (32a, 32b) comprise notch-reducing means comprising a rounded or chamfered connection between each of the lateral faces (24a, 24b) and each of the adjacent end faces (52, 53) of the beam core. - a first shell body part and a second shell body part being interconnected and at least one prefabricated longitudinally extending beam having an I-shaped cross-section and being formed of fibre-reinforced resin comprising a number of fibre layers, said beam comprising a first beam flange and a second beam flange and a beam body extending between the flanges,
A medicated patch comprising a support and a pressure-sensitive adhesive layer provided on the support and having an acid value of no greater than 28, wherein the pressure-sensitive adhesive layer comprises a composition containing, as a medicinal agent, varenicline in its free base form, a metal salt, an adhesive base material and an adsorbent that adsorbs a polar solvent in the composition, wherein varenicline in its free base form and the metal salt are obtainable by a neutralization reaction between a varenicline acid addition salt and an alkali metal hydroxide, which is added in an amount to convert all or a portion of the varenicline to free base form, wherein the medicinal agent acid addition salt is selected from hydrochloride, acetic acid salt, sulfuric acid salt, maleic acid salt, oxalic acid salt, citric acid salt, hydroiodic acid salt, hydrobromic acid salt, mesylic acid salt, tartaric acid salt or succinic acid salt of the medicinal agent, wherein the composition has a pH of 7.5 or greater, the pH being the pH of an aqueous solution obtained by mixing the medicated patch in water to dissolve the water-soluble components, and wherein the adhesive base material is an acrylic-based polymer containing no carboxyl groups.
An image forming apparatus having a first power state and a second power state, which is lower in power consumption than the first power state, the image forming apparatus comprising: a detection means configured to detect a person and which includes a plurality of elements each of which is configured to output data corresponding to a detection result of the respective element; and a control means arranged to acquire a detection result from elements of a first group of the plurality of elements (5101-5116, 6101) and to determine whether data indicating a value equal to or higher than a predetermined value is present in the detection result acquired from the elements of the first group of the plurality of elements, and in a case where it is determined that the data indicating the value equal to or higher than the predetermined value is present, the control means is further arranged to determine that a person is present in a detection range of the detection means, to acquire a detection result from elements of a second group of the plurality of elements and to determine whether to shift the image forming apparatus from the second power state to the first power state based on the detection result acquired from the elements of the second group of the plurality of elements; wherein the second group of the plurality of elements is dynamically determined according to the position of an element of the first group of the plurality of elements from which the data indicating the value equal to or higher than the predetermined value is acquired. a detection means configured to detect a person and which includes a plurality of elements each of which is configured to output data corresponding to a detection result of the respective element; and a control means arranged to acquire a detection result from elements of a first group of the plurality of elements (5101-5116, 6101) and to determine whether data indicating a value equal to or higher than a predetermined value is present in the detection result acquired from the elements of the first group of the plurality of elements, and in a case where it is determined that the data indicating the value equal to or higher than the predetermined value is present, the control means is further arranged to determine that a person is present in a detection range of the detection means, to acquire a detection result from elements of a second group of the plurality of elements and to determine whether to shift the image forming apparatus from the second power state to the first power state based on the detection result acquired from the elements of the second group of the plurality of elements; wherein the second group of the plurality of elements is dynamically determined according to the position of an element of the first group of the plurality of elements from which the data indicating the value equal to or higher than the predetermined value is acquired.
Method for producing a foundation pile for offshore structures, comprising the following method steps: - supplying and arranging a drop anchor at a predetermined height above the seabed, - fastening at least one anchor cable to the drop anchor, - fastening at least one casting material line to the anchor cable, - dropping the drop anchor such that it penetrates into the seabed on account of its kinetic energy, and - introducing a curable casting material into the shot channel produced by the drop anchor upon penetration into the seabed. - supplying and arranging a drop anchor at a predetermined height above the seabed, - fastening at least one anchor cable to the drop anchor, - fastening at least one casting material line to the anchor cable, - dropping the drop anchor such that it penetrates into the seabed on account of its kinetic energy, and - introducing a curable casting material into the shot channel produced by the drop anchor upon penetration into the seabed.
Rotating support for the orientation of a shaft supporting a solar panel: - a clamp which comprises an internal surface that is rotationally symmetrical about a main axis; - a rotating element mounted in the clamp, and provided with a peripheral surface that is rotationally symmetrical about the main axis, - controllable, advantageously mechanical, friction means, characterised in that the controllable friction means are configured to impose a friction associated with a first or a second static friction torque on the peripheral surface and/or the internal surface and opposing the rotation of the rotating element, the first static friction torque being less than the second static friction torque. - a clamp which comprises an internal surface that is rotationally symmetrical about a main axis; - a rotating element mounted in the clamp, and provided with a peripheral surface that is rotationally symmetrical about the main axis, - controllable, advantageously mechanical, friction means, characterised in that the controllable friction means are configured to impose a friction associated with a first or a second static friction torque on the peripheral surface and/or the internal surface and opposing the rotation of the rotating element, the first static friction torque being less than the second static friction torque.
A rib assembly that can be packaged retractably for an outdoor umbrella, comprising long ribs and short ribs, wherein when disassembly and packaging are needed, the long ribs or/and the short ribs can be superimposed and contracted along the length direction; locking mechanisms are arranged on the long ribs or/and the short ribs,and when full extension is needed, the long ribs or/and the short ribs are locked through the locking mechanisms, wherein the long ribs comprise long rib bodies and long retractable ribs, and the long retractable ribs can be fully or partially superimposed and contracted in cavities of the long rib bodies, and wherein the number of the long retractable ribs is two, which are located at two ends of the long rib bodies. wherein the long ribs comprise long rib bodies and long retractable ribs, and the long retractable ribs can be fully or partially superimposed and contracted in cavities of the long rib bodies, and wherein the number of the long retractable ribs is two, which are located at two ends of the long rib bodies.