mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a polymer nanocomposite masterbatch, comprising the steps: a) dispersing a nano filler material having a geometric size of primary particle from 0.01 to 100 nm with respect to at least one dimension thereof in an organic solvent; b) contacting the nano filler material in the organic solvent with a surface functionalizing agent to form a surface functionalized nano filler material suspension, wherein the surface functionalizing agent is selected from the group consisting of quaternary ammonium salts, silanes, titanates, organic acid, grafted oligomer or grafted polymer; c) mixing the surface functionalized nano filler material suspension with a polymer solution to form a dissolved polymer nanocomposite masterbatch suspension; d) precipitating the dissolved polymer nanocomposite masterbatch suspension to produce a precipitation of polymer nanocomposite masterbatch; e) optionally, filtering and drying the precipitation of polymer nanocomposite masterbatch to form a polymer nanocomposite masterbatch. a) dispersing a nano filler material having a geometric size of primary particle from 0.01 to 100 nm with respect to at least one dimension thereof in an organic solvent; b) contacting the nano filler material in the organic solvent with a surface functionalizing agent to form a surface functionalized nano filler material suspension, wherein the surface functionalizing agent is selected from the group consisting of quaternary ammonium salts, silanes, titanates, organic acid, grafted oligomer or grafted polymer; c) mixing the surface functionalized nano filler material suspension with a polymer solution to form a dissolved polymer nanocomposite masterbatch suspension; d) precipitating the dissolved polymer nanocomposite masterbatch suspension to produce a precipitation of polymer nanocomposite masterbatch; e) optionally, filtering and drying the precipitation of polymer nanocomposite masterbatch to form a polymer nanocomposite masterbatch.
A method for connecting by gluing a first component made of metal to a second component, i.e. a profile component, made of metal, wherein the first component is a metallic casting node made of metal and the second component is a tube made of metal which encompasses said first component, characterized in that at least one of the components (1, 2) is provided with spacer lugs, and the two components (1, 2) to be glued together are connected to each other in adjoining fashion during or before the gluing in the region of the spacer lugs and are thus fixed at a defined distance with respect to each other.
A pipette tip consisting of plastics material having an elongate, tubular body having a lower opening at a lower end for the passage of liquid and an upper opening at an upper end for being clamped onto an attachment of a pipetting device, wherein a seat region is provided for the attachment next to the upper opening on the inner periphery of the tubular body, characterized in that the tubular body comprises multiple flattened portions that extend in the axial direction on the outer periphery next to the upper opening and the tubular body has the contour of a curved polygon on the outer periphery in a cross-section through the flattened portions.
Method for correcting a feeding distance (F1, F2, F3) of a strip for cutting, wherein the strip has a strip body extending in a longitudinal direction, a first longitudinal edge extending at first side of the strip body and a second longitudinal edge extending at a second side of the strip body opposite to the first side, wherein the method comprises the steps of: - feeding the strip over the feeding distance (F1, F2, F3) in a feeding direction towards a cutting line that extends at an oblique cutting angle to said feeding direction; - detecting a lateral position (P1, P2) of the first longitudinal edge along a measuring line; characterized in that, when the detected lateral position (P1, P2) is offset over an offset distance (D1, D2, D3) in a lateral direction perpendicular to the feeding direction with respect to a reference position for the first longitudinal edge at the measuring line, the method further comprises the step of: - adjusting the feeding distance (F1, F2, F3) with a correction distance (E1, E2, E3) that is related to the offset distance (D1, D2) in a ratio that is defined by the cutting angle. - feeding the strip over the feeding distance (F1, F2, F3) in a feeding direction towards a cutting line that extends at an oblique cutting angle to said feeding direction; - detecting a lateral position (P1, P2) of the first longitudinal edge along a measuring line; - adjusting the feeding distance (F1, F2, F3) with a correction distance (E1, E2, E3) that is related to the offset distance (D1, D2) in a ratio that is defined by the cutting angle.
A robot module having a cell frame and a robot, wherein the cell frame has a base plate at which the robot is installed and at least one cell wall (42, 43) connected to the base plate and wherein the robot module is equipped with a control module for the robot, wherein the cell frame has vertically extending corner struts, with the corner struts being connected via horizontally extending cross-struts, characterized in that mechanical connections points for connection to at least one further module are provided at the corner struts, and with the robot having a working range that is greater than the base area of the base plate, with the working range being so large that it extends beyond its base area on both sides of the cell frame and a gripper of the robot module being able to remove workpieces from a zone that is arranged outside a first open side of the cell frame and being able to place them into a second zone that is arranged outside a second open side of the cell frame.
A method for attaching a tower-like structure to a foundation, in which method a circular element is anchored to the concrete forming the foundation, the circular element is fitted on the surface of the foundation such that the circular element remains partially inside the concrete such that the circular element is anchored to the foundation with anchoring bolts, and that the lowest part of the tower-like structure is attached by a screw connection to the circular element, characterized in that the circular element is placed to the correct position by turning screws in threaded holes of the screw connection to the required points, and the screws are tightened against the concrete surface to lift the circular element from the surface of the concrete into the correct position, and the gap between the concrete and the circular element is soldered shut, when the circular element is in the correct position.
Etherified tributylphenol alkoxylate of the formula, wherein R is methyl, and A is an ethylene radical, a 1,2-propylene radical, a 1,2-butylene radical, or mixtures of ethylene and 1,2-propylene radicals or mixtures of 1,2-ethylene and 1,2-butylene radicals, and m is a number from 2 to 30. R is methyl, and A is an ethylene radical, a 1,2-propylene radical, a 1,2-butylene radical, or mixtures of ethylene and 1,2-propylene radicals or mixtures of 1,2-ethylene and 1,2-butylene radicals, and m is a number from 2 to 30.
A method for sequencing a population of nucleic acids, comprising subjecting a population of primer-template nucleic acid hybrids to multiple cycles of a nucleic acid sequencing process, wherein the templates share a common sequence, wherein each of the cycles comprises: (a) forming a mixed population comprising primer-template nucleic acid hybrids that are bound to a first nucleotide type and primer-template nucleic acid hybrids that are bound to a second nucleotide type, wherein the first nucleotide type comprises an exogenous label that produces a first signal and wherein the second nucleotide type is substantially devoid of labels that produce the first signal, wherein the first and second nucleotide types are cognates for the same base type in the template, and (b) detecting the signal from the mixed population, wherein the fraction of the first nucleotide type is increased in the mixed population over at least two of the cycles of the nucleic acid sequencing process. subjecting a population of primer-template nucleic acid hybrids to multiple cycles of a nucleic acid sequencing process, wherein the templates share a common sequence, wherein each of the cycles comprises: (a) forming a mixed population comprising primer-template nucleic acid hybrids that are bound to a first nucleotide type and primer-template nucleic acid hybrids that are bound to a second nucleotide type, wherein the first nucleotide type comprises an exogenous label that produces a first signal and wherein the second nucleotide type is substantially devoid of labels that produce the first signal, wherein the first and second nucleotide types are cognates for the same base type in the template, and (b) detecting the signal from the mixed population, (a) forming a mixed population comprising primer-template nucleic acid hybrids that are bound to a first nucleotide type and primer-template nucleic acid hybrids that are bound to a second nucleotide type, wherein the first nucleotide type comprises an exogenous label that produces a first signal and wherein the second nucleotide type is substantially devoid of labels that produce the first signal, wherein the first and second nucleotide types are cognates for the same base type in the template, and (b) detecting the signal from the mixed population, wherein the fraction of the first nucleotide type is increased in the mixed population over at least two of the cycles of the nucleic acid sequencing process.
A trigger tray, comprising: a substantially circular head mount portion for mounting on a drum shell wall or drum pad wall, a trigger mount portion within said head mount portion; and a plurality of arms connecting said trigger mount portion to said head mount portion, wherein each of said plurality of arms comprises a mount surface configured to hold an alternative playing surface, a plurality of adjustment elements, each of said adjustment elements slidable along at least a portion of one of said arms so as to adjust to a size of said alternative playing surface; wherein each of said adjustment elements can be locked into place so as to substantially secure said alternative playing surface, wherein each of said mount surfaces is a flat surface formed by two or more prongs of its respective arm, and wherein the adjustment elements include walls configured to contain and/or secure the alternative playing surface. a substantially circular head mount portion for mounting on a drum shell wall or drum pad wall, a trigger mount portion within said head mount portion; and a plurality of arms connecting said trigger mount portion to said head mount portion, wherein each of said plurality of arms comprises a mount surface configured to hold an alternative playing surface, a plurality of adjustment elements, each of said adjustment elements slidable along at least a portion of one of said arms so as to adjust to a size of said alternative playing surface; wherein each of said adjustment elements can be locked into place so as to substantially secure said alternative playing surface, wherein each of said mount surfaces is a flat surface formed by two or more prongs of its respective arm, and wherein the adjustment elements include walls configured to contain and/or secure the alternative playing surface.
A mast lift comprising: a device frame including a wheel at a rear end and a post at a front end; a mast coupled with the device frame; a platform connected to the mast and movable on the mast between a lowered position and a raised position; characterized in that it comprises: a self-propel accessory selectively attachable to the device frame, the self-propel accessory including: an accessory frame attachable to the device frame via a bracket, a driving wheel connected to the accessory frame, a motor operatively coupled with the driving wheel, and a handle connected to the accessory frame, wherein the accessory frame is pivotable between a disengaged position and an engaged position, and wherein a weight of the device frame, the mast and the platform biases the accessory frame toward the disengaged position. a device frame including a wheel at a rear end and a post at a front end; a mast coupled with the device frame; a platform connected to the mast and movable on the mast between a lowered position and a raised position; characterized in that it comprises: a self-propel accessory selectively attachable to the device frame, the self-propel accessory including: an accessory frame attachable to the device frame via a bracket, a driving wheel connected to the accessory frame, a motor operatively coupled with the driving wheel, and a handle connected to the accessory frame, wherein the accessory frame is pivotable between a disengaged position and an engaged position, and wherein a weight of the device frame, the mast and the platform biases the accessory frame toward the disengaged position. a self-propel accessory selectively attachable to the device frame, the self-propel accessory including: an accessory frame attachable to the device frame via a bracket, a driving wheel connected to the accessory frame, a motor operatively coupled with the driving wheel, and a handle connected to the accessory frame, an accessory frame attachable to the device frame via a bracket, a driving wheel connected to the accessory frame, a motor operatively coupled with the driving wheel, and a handle connected to the accessory frame, wherein the accessory frame is pivotable between a disengaged position and an engaged position, and wherein a weight of the device frame, the mast and the platform biases the accessory frame toward the disengaged position.
Apparatus (60, 66, 72, 74) for continuous tempering of chocolate mass comprising a cooling stage, a crystallisation stage and a mixing stage arranged as a tempering column with a central shaft (61, 67, 77) with stirring tools as well as pump means for the chocolate mass, characterised in, that a primary conduit (62,70,76) for chocolate mass is arranged by-passing the stage for creating crystals, which conduit is arranged in the shaft (61, 67, 77), which is hollow.
An apparatus comprising: a first digital camera including an image sensor optically coupled to a first lens, the first lens having a first magnification, wherein the first lens is a rectilinear lens; a second digital camera including an image sensor optically coupled to a second lens, wherein the second lens is a non-rectilinear lens having a magnification gradient in which magnification is highest at the center of the second lens and lowest at the edges of the second lens, wherein the second lens has an average magnification that is greater than the magnification of the first lens; and a processor configured to fuse a first digital image captured by the first digital camera with a second digital image captured by the second digital camera to create a third digital image with a magnification between the first magnification and the average magnification of the second lens. a first digital camera including an image sensor optically coupled to a first lens, the first lens having a first magnification, wherein the first lens is a rectilinear lens; a second digital camera including an image sensor optically coupled to a second lens, wherein the second lens is a non-rectilinear lens having a magnification gradient in which magnification is highest at the center of the second lens and lowest at the edges of the second lens, wherein the second lens has an average magnification that is greater than the magnification of the first lens; and a processor configured to fuse a first digital image captured by the first digital camera with a second digital image captured by the second digital camera to create a third digital image with a magnification between the first magnification and the average magnification of the second lens.
A composition for use in treating, preventing, or ameliorating dominant optic atrophy in an individual suffering from dominant optic atrophy, said composition comprising a therapeutically effective amount of a compound selected from the group consisting of tocotrienol quinones and tocotrienol hydroquinones.
A backlight unit (17, 120) comprising: a plurality of light sources arranged in a plurality of lines, the light sources comprising blue light emitting diodes that emit blue light, green light and red light, the blue light having a greater intensity than the green light and the red light; and a reflecting plate on which light radiated from the light sources is incident, wherein the reflecting plate includes: a reflecting surface configured to reflect the incident light from the light sources; and a plurality of selective light absorbing parts disposed on the reflecting surface and configured to selectively absorb light in a wavelength range from 510nm to 640nm from the incident light, and wherein the selective light absorbing parts are arranged in straight bands on the reflecting surface of the reflecting plate in a predefined pattern; and a quantum dot sheet into which light emitted by the light sources without being absorbed by the selective light absorbing parts and the light emitted by the light sources and reflected by the reflecting plate is incident, wherein the quantum dot sheet comprising green quantum dots and red quantum dots arranged to convert incident blue light into green and red light respectively, wherein the straight bands of the selective light absorbing parts are respectively disposed between adjacent lines of the light sources. a plurality of light sources arranged in a plurality of lines, the light sources comprising blue light emitting diodes that emit blue light, green light and red light, the blue light having a greater intensity than the green light and the red light; and a reflecting plate on which light radiated from the light sources is incident, wherein the reflecting plate includes: a reflecting surface configured to reflect the incident light from the light sources; and a plurality of selective light absorbing parts disposed on the reflecting surface and configured to selectively absorb light in a wavelength range from 510nm to 640nm from the incident light, and wherein the selective light absorbing parts are arranged in straight bands on the reflecting surface of the reflecting plate in a predefined pattern; and a quantum dot sheet into which light emitted by the light sources without being absorbed by the selective light absorbing parts and the light emitted by the light sources and reflected by the reflecting plate is incident, wherein the quantum dot sheet comprising green quantum dots and red quantum dots arranged to convert incident blue light into green and red light respectively, wherein the straight bands of the selective light absorbing parts are respectively disposed between adjacent lines of the light sources.
Folding roof for a motor vehicle, which is formed by a folding top which is adjustable from a closed position into an open position and vice versa, can be mounted on a body of the passenger vehicle and has a folding-top cover held by a front roof cap, wherein a sealing body is fastened to a supporting strip held on the roof cap, said sealing body being supportable on a wall of an upper crossmember of a windscreen frame of the body in the closed position of the movable roof, characterized in that the roof cap consists of an outer shell and an inner shell, wherein an outer shell portion has a rounding which, together with a wedge-shaped, weatherstrip-like holding element, determines a bend in the folding-top cover, and the weatherstrip-like holding element is composed of plastic, and therefore awell defined edge arises in an overall view with the rounding of the outer shell portion.
A catheter comprising: - an elongate shaft having a longitudinal drainage bore for conveying fluid along the shaft; - an elongate tip portion extending from an end of the shaft, the tip portion having a distal end furthest from the shaft; - a drainage aperture provided in the tip portion, said aperture being in fluid communication with said bore; and - an inflatable balloon element attached to said tip portion, the balloon element being configured such that, when fully inflated, the balloon element fully surrounds and is spaced from the distal end of the tip portion and extends around the circumference of the catheter save the drainage aperture and along the tip portion to a point on a side of the drainage aperture opposite to said distal end and the bottom of the balloon being where the drainage aperture is located, a surface of the balloon element including a depression providing a passageway in fluid communication with the drainage aperture, wherein, when the balloon element is inflated, the depression in the surface of the balloon element does not extend beyond the distal end of the tip portion. - an elongate shaft having a longitudinal drainage bore for conveying fluid along the shaft; - an elongate tip portion extending from an end of the shaft, the tip portion having a distal end furthest from the shaft; - a drainage aperture provided in the tip portion, said aperture being in fluid communication with said bore; and - an inflatable balloon element attached to said tip portion, the balloon element being configured such that, when fully inflated, the balloon element fully surrounds and is spaced from the distal end of the tip portion and extends around the circumference of the catheter save the drainage aperture and along the tip portion to a point on a side of the drainage aperture opposite to said distal end and the bottom of the balloon being where the drainage aperture is located, a surface of the balloon element including a depression providing a passageway in fluid communication with the drainage aperture, wherein, when the balloon element is inflated, the depression in the surface of the balloon element does not extend beyond the distal end of the tip portion.
An organic light-emitting diode, OLED, display, wherein the OLED display comprises an OLED substrate and a thin film encapsulation layer disposed on the OLED substrate; the thin film encapsulation layer comprising a first inorganic passivation layer disposed on the OLED substrate, a high thermal conductivity layer directly disposed on the first inorganic passivation layer, a first organic buffer layer directly disposed on the first inorganic passivation layer and the high thermal conductivity layer, and a second inorganic passivation layer directly disposed on the first organic buffer layer; the OLED substrate comprising a plurality of pixel units arranged in an array, each of the pixel units comprising a plurality of sub-pixel areas arranged in the array; the high thermal conductivity layer comprising a plurality of openings formed therein to correspond, in a one to one manner, to the plurality of the sub-pixel areas of the plurality of pixel units, the first organic buffer layer completely filling up the plurality of openings formed in the high thermal conductivity layer. display comprises an OLED substrate and a thin film encapsulation layer disposed on the OLED substrate; the thin film encapsulation layer comprising a first inorganic passivation layer disposed on the OLED substrate, a high thermal conductivity layer directly disposed on the first inorganic passivation layer, a first organic buffer layer directly disposed on the first inorganic passivation layer and the high thermal conductivity layer, and a second inorganic passivation layer directly disposed on the first organic buffer layer; the OLED substrate comprising a plurality of pixel units arranged in an array, each of the pixel units comprising a plurality of sub-pixel areas arranged in the array; the high thermal conductivity layer comprising a plurality of openings formed therein to correspond, in a one to one manner, to the plurality of the sub-pixel areas of the plurality of pixel units, the first organic buffer layer completely filling up the plurality of openings formed in the high thermal conductivity layer.