mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a micro light emitting diode (micro LED) array substrate having a plurality of micro LEDs, the method comprising: forming a plurality of signal lines on a base substrate; depositing a semiconductor material on the base substrate to form a semiconductor material layer; and patterning the semiconductor material layer to form a semiconductor layer of the plurality of micro LEDs; characterised in that a surface of the plurality of signal lines away from the base substrate is uncovered during depositing the semiconductor material, and the plurality of signal lines form a grid for facilitating epitaxial growth of the semiconductor material. forming a plurality of signal lines on a base substrate; depositing a semiconductor material on the base substrate to form a semiconductor material layer; and patterning the semiconductor material layer to form a semiconductor layer of the plurality of micro LEDs; characterised in that a surface of the plurality of signal lines away from the base substrate is uncovered during depositing the semiconductor material, and the plurality of signal lines form a grid for facilitating epitaxial growth of the semiconductor material.
Sensor array for determining a color value in a color image with: an image sensor for registering pixel color values in a color space for a number of pixels of the color image, where the color space is a RGB color space, Lab color space, LCh color space, HSV color space, XYZ color space or YUV color space and the pixel color values are RGB color values, Lab color values, LCh color values, HSV color values, XYZ color values or YUV color values; an evaluation device for generating a frequency distribution for each point in the color space based on the pixel color values; a parameter space generating device for creating a parameter space by summating the frequency distribution within a predetermined tolerance range about defined central color values, where the parameter space generating device is designed to weight the frequency distribution within the predetermined tolerance range with a weighting function, whereby the tolerance range is defined by a Euclidean distance from the central color values; and a determination device for determining the color value based on a maximum in the parameter space. an image sensor for registering pixel color values in a color space for a number of pixels of the color image, where the color space is a RGB color space, Lab color space, LCh color space, HSV color space, XYZ color space or YUV color space and the pixel color values are RGB color values, Lab color values, LCh color values, HSV color values, XYZ color values or YUV color values; an evaluation device for generating a frequency distribution for each point in the color space based on the pixel color values; a parameter space generating device for creating a parameter space by summating the frequency distribution within a predetermined tolerance range about defined central color values, where the parameter space generating device is designed to weight the frequency distribution within the predetermined tolerance range with a weighting function, whereby the tolerance range is defined by a Euclidean distance from the central color values; and a determination device for determining the color value based on a maximum in the parameter space.
A pH stable chromatographic media comprising a silica gel sorbent, wherein the sorbent has a coating made of one or more chemical modifiers present on its surface selected from the group consisting of organosilanes, wherein the organosilanes have the formula R 1 a R 2 b SiX 4-a-b or R (R 1 a SiX 3-a) n, wherein R is a substituted or unsubstituted aliphatic, cyclic, arylic or aromatic organic moiety containing 1 to 8 carbon atoms, R 1 and R 2 are organic ligands containing 1 to 4 carbon atoms, X is a leaving group attached to the silicon atom, a and b are positive integers equal to 0 or 1, a plus b equals to 1 or 2 but never 0, and n is a positive integer between 2 to 8 wherein the silica gel sorbent is produced by the steps of: a) interacting molecules of the modifier with primary silanol groups on the surface of the anhydrous silica gel sorbent and covalently bonding it by forming vertical siloxane bonds while losing corresponding leaving groups; b) hydrolyzing the surface when the unreacted leaving groups are hydrolyzed in the presence of moisture; c) dehydration to promote polycondensation by curing the sorbent for several hours at an elevated temperature and then at reduced pressure for crosslinking of sterically favorably located silanols for production of a horizontal and vertical polysiloxane network with water molecules leaving the surface; and further wherein the steps a-c are repeated multiple times. a) interacting molecules of the modifier with primary silanol groups on the surface of the anhydrous silica gel sorbent and covalently bonding it by forming vertical siloxane bonds while losing corresponding leaving groups; b) hydrolyzing the surface when the unreacted leaving groups are hydrolyzed in the presence of moisture; c) dehydration to promote polycondensation by curing the sorbent for several hours at an elevated temperature and then at reduced pressure for crosslinking of sterically favorably located silanols for production of a horizontal and vertical polysiloxane network with water molecules leaving the surface;
A watercraft with a rechargeable battery unit having a plurality of rechargeable batteries, which are connected to one another by means of a holder arrangement to form a rechargeable battery cell, wherein at least part of the rechargeable batteries are electrically coupled to each other in the region of their poles (11, 12) by means of a pole connector and wherein two or more rechargeable battery cells are arranged in series and electrically coupled to each other, characterised in that the holder arrangements of the rechargeable battery cells arranged in series each have at least two holders forming receptacles (21.1, 22.1) in which the rechargeable batteries are each held in the region of their pole ends, in that the receptacles (21.1, 22.1) are designed as plug-in receptacles in which the ends of the cylindrical housings of the rechargeable batteries are inserted, in that two or more accumulator cells arranged in series are inserted in a pipe section, in that the pipe section is closed at its front ends by means of a closure piece and a cover and in that the closure piece and the cover are connected to each other by means of a tensioning element running in the interior of the pipe section.
An image display device comprising: an image light generating unit which emits light including image information; and a light guide optical system which generates an image from the light which is emitted from the image light generating unit such that the image propagates toward a position of an exit pupil, wherein the light guide optical system is provided with a first deflection unit which deflects the light which is emitted from the image light generating unit, and a second deflection unit which further deflects the light which is deflected by the first deflection unit to guide the light to the position of the exit pupil and transmits a portion of external light, wherein an optical axis of the light which propagates from the first deflection unit toward the second deflection unit and an optical axis of the exit pupil form an acute angle (θ1); wherein the first deflection unit is a semi-transmitting reflecting mirror which reflects a portion of incident light and transmits another portion of the incident light; and wherein the second deflection unit is a holographic mirror which diffracts and deflects a portion of the incident light; the image generating unit comprising a light scanning device; characterised in that the light undergoes no intermediate reflections between the light scanning device and the first deflecting unit, and the first deflection unit deflects the light which is emitted from the image light generating unit directly to the second deflection unit. an image light generating unit which emits light including image information; and a light guide optical system which generates an image from the light which is emitted from the image light generating unit such that the image propagates toward a position of an exit pupil, wherein the light guide optical system is provided with a first deflection unit which deflects the light which is emitted from the image light generating unit, and a second deflection unit which further deflects the light which is deflected by the first deflection unit to guide the light to the position of the exit pupil and transmits a portion of external light, wherein an optical axis of the light which propagates from the first deflection unit toward the second deflection unit and an optical axis of the exit pupil form an acute angle (θ1); wherein the first deflection unit is a semi-transmitting reflecting mirror which reflects a portion of incident light and transmits another portion of the incident light; and wherein the second deflection unit is a holographic mirror which diffracts and deflects a portion of the incident light; the image generating unit comprising a light scanning device; characterised in that the light undergoes no intermediate reflections between the light scanning device and the first deflecting unit, and the first deflection unit deflects the light which is emitted from the image light generating unit directly to the second deflection unit.
A profile element assembly (1, 100) for attachment to a concrete component (30, 130), wherein the profile element assembly (1, 100) includes a main profile element (2, 102), which is embodied as an extruded profile and has an integrated mount, in particular for a balcony railing or stair railing, wherein anchoring means (10, 11, 110, 111) for securing the main profile element (2, 102) to the building component (30, 130) are provided, characterized in that the anchoring means are integrated with the main profile element and embodied as struts that extend from the main profile element at different angles.
A separator for an electricity storage device, comprising a base material containing at least a porous film, and a thermoplastic polymer arranged on at least one surface of the base material, characterized in that the thermoplastic polymer has a dispersion (σ 2) of 0.01 to 0.7 as defined by the following mathematical equation using the area (Si) of a Voronoi polygon obtained by Voronoi tessellation: σ 2 = ∑ i S i m − 1 2 n (wherein Si is the measured area of a Voronoi polygon, m is an average value of the measured areas of Voronoi polygons, and n is the total number of Voronoi polygons).
A method for mixing the fluid contents of a container (840, 890) while retarding evaporation of the fluid contents from the container (840, 890), the fluid contents of the container (840, 890) comprising solid supports, the method comprising: providing an evaporation-limiting insert (820,850, 870) within the container (840, 890), the evaporation-limiting insert (820,850, 870) comprising a hollow tubular body (822, 852, 872) configured to extend into the container (840, 890) from an opening of the container (840, 890), the tubular body (822, 852, 872) including a plurality of holes (828, 858, 878) formed through a wall of the tubular body (822, 852, 872) and distributed along at least a portion of the length of the tubular body (822, 852, 872), wherein the majority of the holes (828, 858, 878) are located on a lower portion of the tubular body (822, 852, 872); and agitating the fluid contents of the container (840, 890) to keep the solid supports in suspension, whereby the holes (828, 858, 878) formed through the wall of the tubular body (822, 852, 872) of the evaporation-limiting insert (820,850, 870) permit fluid to flow through a space inside the tubular body (822, 852, 872). providing an evaporation-limiting insert (820,850, 870) within the container (840, 890), the evaporation-limiting insert (820,850, 870) comprising a hollow tubular body (822, 852, 872) configured to extend into the container (840, 890) from an opening of the container (840, 890), the tubular body (822, 852, 872) including a plurality of holes (828, 858, 878) formed through a wall of the tubular body (822, 852, 872) and distributed along at least a portion of the length of the tubular body (822, 852, 872), wherein the majority of the holes (828, 858, 878) are located on a lower portion of the tubular body (822, 852, 872); and agitating the fluid contents of the container (840, 890) to keep the solid supports in suspension, whereby the holes (828, 858, 878) formed through the wall of the tubular body (822, 852, 872) of the evaporation-limiting insert (820,850, 870) permit fluid to flow through a space inside the tubular body (822, 852, 872).
Device for monitoring a rail vehicle having wheels, comprising: An acceleration sensor being suitable for determining a static acceleration along at least a first axis or shaft of a vehicle axle of the rail vehicle, and an evaluation unit, which is set to receive an output signal of the acceleration sensor representing the measured acceleration, and, based on this output signal, to determine a mileage, characterized in that the acceleration sensor is disposed on a body rotating proportionally to the vehicle velocity in response to a traveling movement of the rail vehicle such that the acceleration sensor moves such that the proportion of the measured static acceleration to be assigned to the gravity varies due to an angular variation of the at least first axis or shaft with respect to the gravitational field of the earth, and that, based on this output signal, the evaluation unit is set to determine at least one error state of the rail vehicle.
A method of charging a lithium battery in a lithium battery system, wherein the lithium battery comprises at least one lithium electrode having at least one cell, and an electrolyte comprising (i) at least one compound selected from the polyphenoxy polyphenylene glycol (PPPG) group or selected from the group of fluoro-surfactants, and (ii) lithium borate, calcium borate, or compounds added to said electrolyte having ions in molar equivalents to form at least one of lithium borate or calcium borate; said method comprising charging the battery with a charging cycle having a continuous oscillating ripple effect, said charging cycle having an optimal charge which has an optimal charging voltage or charging current during each portion of said charging cycle, said ripple effect having a charging cycle variance which varies at least the charging voltage or the charging amperage within a range of above 0 % to not more than 30 % of the optimal charge; wherein in said charging cycle having a continuous oscillating ripple effect cell voltages are compared intermittently with prior optimal charging voltages and cell voltages are compared with each other to determine if any one cell varies by more than 100 mV from any other cell through a battery management system, and wherein cells exceeding designated parameters of temperature, voltage or amperage input are cut out by said battery management system. (i) at least one compound selected from the polyphenoxy polyphenylene glycol (PPPG) group or selected from the group of fluoro-surfactants, and (ii) lithium borate, calcium borate, or compounds added to said electrolyte having ions in molar equivalents to form at least one of lithium borate or calcium borate;
A disposable visualization device suitable for one-time use, comprising: an elongate tubular needle extending along a longitudinal axis between a proximal end suitable for fixing to a handpiece and a distal end having a sharpened tip; an optical hypotube extending through the needle, the optical hypotube comprising a proximal end and a distal end; characterised in that the optical hypotube comprises a first segment comprising a first bend in a first direction and a second segment comprising a second bend in a second direction; and wherein the first bend and the second bend are configured to bias the distal end of the optical hypotube against the sharpened tip. an elongate tubular needle extending along a longitudinal axis between a proximal end suitable for fixing to a handpiece and a distal end having a sharpened tip; an optical hypotube extending through the needle, the optical hypotube comprising a proximal end and a distal end; characterised in that the optical hypotube comprises a first segment comprising a first bend in a first direction and a second segment comprising a second bend in a second direction; and wherein the first bend and the second bend are configured to bias the distal end of the optical hypotube against the sharpened tip.
A method of decoding video data, the method comprising: obtaining an encoded video bitstream comprising one or more layer sets and one or more additional layer sets, wherein each of a layer set and an additional layer set includes one or more layers, the encoded video bitstream including a video parameter set defining parameters of the encoded video bitstream, wherein the one or more layer sets are defined in a base part of the VPS, and wherein the one or more additional layer sets are defined in a VPS extension part of the VPS; deriving a variable from syntax elements of the VPS, the variable indicating a total number of layer sets that are signaled in the base part of the VPS and the VPS extension part of the VPS; and decoding one or more syntax elements from the video usability information, VUI, portion of the VPS extension part of the VPS using the variable, the one or more syntax elements including bit rate information (504, 508, 510) and picture rate information (506, 512, 514) for the one or more layer sets defined in the base part of the VPS and for the one or more additional layer sets defined in the VPS extension part of the VPS indicated by the variable. obtaining an encoded video bitstream comprising one or more layer sets and one or more additional layer sets, wherein each of a layer set and an additional layer set includes one or more layers, the encoded video bitstream including a video parameter set defining parameters of the encoded video bitstream, wherein the one or more layer sets are defined in a base part of the VPS, and wherein the one or more additional layer sets are defined in a VPS extension part of the VPS; deriving a variable from syntax elements of the VPS, the variable indicating a total number of layer sets that are signaled in the base part of the VPS and the VPS extension part of the VPS; and decoding one or more syntax elements from the video usability information, VUI, portion of the VPS extension part of the VPS using the variable, the one or more syntax elements including bit rate information (504, 508, 510) and picture rate information (506, 512, 514) for the one or more layer sets defined in the base part of the VPS and for the one or more additional layer sets defined in the VPS extension part of the VPS indicated by the variable.
An electricity storage module comprising a power storage element group obtained by stacking a plurality of power storage elements each having a lead terminal that protrudes from a side edge, wherein the lead terminals are each provided with a terminal connection portion for electrically connecting the lead terminals that are adjacent in a direction in which the power storage elements are stacked, and a detection terminal portion that is electrically connectable to a device for detecting and controlling states of the respective power storage element, the lead terminals each include a protruding portion that protrudes from the side edge of the power storage element, the terminal connection portions are located on a protruding end of the protruding portions, and the detection terminal portion is located on a frontward end of the protruding portions, and one end portion of the detection terminal portion that is orthogonal to a direction in which the lead terminals protrude is provided with a terminal portion having a tab shape that is electrically connectable to the device, characterized in that the detection terminal portion is provided with the terminal portion to be fitted to a terminal connected to the device.
A cladding element for damping a component, in particular a vehicle component, comprising - a damping layer extending substantially along a main extension plane, and - a stiffening element, wherein the stiffening element is arranged in or on the damping layer and is grid-shaped, characterized in that the damping layer comprises butyl rubber. - a damping layer extending substantially along a main extension plane, and - a stiffening element,
Binding agent for cellulose-containing materials, containing a) hydroxy aldehyde, b) protein-containing components of animal origin, and c) phenolic oligomers comprising component wherein: the phenolic oligomers have a medium weight molar mass in a range of 1000 to 5000 g/mol and in particular of 2000 to 3000 g/mol and the phenolic oligomers comprising component is a kraft lignin. a) hydroxy aldehyde, b) protein-containing components of animal origin, and c) phenolic oligomers comprising component the phenolic oligomers have a medium weight molar mass in a range of 1000 to 5000 g/mol and in particular of 2000 to 3000 g/mol and the phenolic oligomers comprising component is a kraft lignin.
Assembly for producing a motor vehicle windscreen wiping system, including an end fitting of a wiper arm adapted to move a wiper, said assembly further including a connection interface, said end fitting being configured to accept an adapter allowing rotation between said arm and the wiper, said end fitting internally accommodating said connection interface, characterized in that said end fitting is configured to engage said connection interface in an oriented manner, relative to the end fitting, via at least one folded tab (43, 43') from the end fitting, in a so-called service position, allowing the disconnection and/or the connection of the wiper on the arm, said tab (43, 43') being folded toward the inside of the end fitting toward the inside of the end fitting and being in the same material from the end fitting.