mhurhangee/ep-ind-claims huggingface dataset:
A mirror drive device comprising: a support portion; a movable portion supported so as to be swingable relative to the support portion, through a coupling member (10a, 10b) and being of a circular shape; a mirror arranged on a principal surface of the movable portion; and a magnet forming a magnetic field around the movable portion, wherein the movable portion has a drive coil arranged below the mirror and arranged at least in part inside the mirror when viewed from a direction orthogonal to the principal surface, and characterized in that the drive coil is of a 2n-sided polygon shape, where n is a finite integer of three or more, when viewed from the direction orthogonal to the principal surface, and at least one side of the 2n-sided polygon is orthogonal to a direction of the magnetic field. a support portion; a movable portion supported so as to be swingable relative to the support portion, through a coupling member (10a, 10b) and being of a circular shape; a mirror arranged on a principal surface of the movable portion; and a magnet forming a magnetic field around the movable portion, wherein the movable portion has a drive coil arranged below the mirror and arranged at least in part inside the mirror when viewed from a direction orthogonal to the principal surface, and characterized in that the drive coil is of a 2n-sided polygon shape, where n is a finite integer of three or more, when viewed from the direction orthogonal to the principal surface, and at least one side of the 2n-sided polygon is orthogonal to a direction of the magnetic field.
An electronic device, comprising: a touchscreen; and processing circuitry configured to at least: receive a first touch interaction (203, 403, 503) while a first task execution screen for a first task is displayed on the touchscreen; in response to the first touch interaction (203, 403, 503), display a stack of visual elements on the touchscreen, wherein the visual elements in the stack respectively correspond to a plurality of tasks, including the first task, and a visual element corresponding to the first task is positioned on top of the stack; receive a second touch interaction for removing a visual element corresponding to a task from the stack; in response to the second touch interaction, remove the visual element selected by the second touch interaction from the stack, re-size each remaining visual element, and adjust an interval between two consecutive visual elements of the visual elements remaining in the stack after removing the visual element corresponding to the task; receive a third touch interaction for selecting a visual element from the stack of visual elements; and in response to the third touch interaction, display on the touchscreen, a second task execution screen for a second task corresponding to the selected visual element. a touchscreen; and processing circuitry configured to at least: receive a first touch interaction (203, 403, 503) while a first task execution screen for a first task is displayed on the touchscreen; in response to the first touch interaction (203, 403, 503), display a stack of visual elements on the touchscreen, wherein the visual elements in the stack respectively correspond to a plurality of tasks, including the first task, and a visual element corresponding to the first task is positioned on top of the stack; receive a second touch interaction for removing a visual element corresponding to a task from the stack; in response to the second touch interaction, remove the visual element selected by the second touch interaction from the stack, re-size each remaining visual element, and adjust an interval between two consecutive visual elements of the visual elements remaining in the stack after removing the visual element corresponding to the task; receive a third touch interaction for selecting a visual element from the stack of visual elements; and in response to the third touch interaction, display on the touchscreen, a second task execution screen for a second task corresponding to the selected visual element.
A method of forming a part, the method comprising: applying first fiber tows according to a pattern to form a first ply of a set of plies; and applying second fiber tows according to the pattern to form a second ply of the set of plies, the second ply overlying the first ply, wherein the pattern of the second ply is shifted longitudinally relative to the pattern of the first ply by an offset distance based on a period of the first fiber tows and a number of plies having the pattern in the set of plies, wherein the period corresponds to a length between an end of a first overlap of the first ply to an end of a second overlap of the first ply, and the offset distance is calculated by dividing the length of the period by the number of plies having the pattern in the set of plies, and wherein the first ply and the second ply have a same orientation. applying first fiber tows according to a pattern to form a first ply of a set of plies; and applying second fiber tows according to the pattern to form a second ply of the set of plies, the second ply overlying the first ply, wherein the pattern of the second ply is shifted longitudinally relative to the pattern of the first ply by an offset distance based on a period of the first fiber tows and a number of plies having the pattern in the set of plies, wherein the period corresponds to a length between an end of a first overlap of the first ply to an end of a second overlap of the first ply, and the offset distance is calculated by dividing the length of the period by the number of plies having the pattern in the set of plies, and wherein the first ply and the second ply have a same orientation.
A commercial vehicle wheel hub that is rotatable around a virtual hub rotation axis, having a center recess through which the virtual hub rotation axis passes and which is covered by a hub cover connected to the wheel hub, the hub cover being embodied in at least two parts and comprising a base body as well as a cover body embodied separately from the base body and connected to the base body nonrotatably relative to the base body; the base body comprising an installation side and a visible side located oppositely from the installation side; the base body being connected or connectable to the wheel hub on the installation side, and on the visible side being connected or connectable to an attachment portion of the cover body; a receiving space being constituted between the cover body and the base body, characterized in that one body (16, 18) from among the cover body and base body comprises a plurality of defined break points (28, 50, 58), which are embodied as local material thin points for separating out material configurations from the at least one body (16, 18) in order to facilitate the production of predetermined passages (29, 52, 60) through the at least one body (16, 18) from among the cover body and base body.
Composition comprising a. 0.01 wt.% - 2.0 wt.%, preferably 0.05 wt.% - 0.5 wt.%, ricinoleic acid and/ or its salt based on the total weight of the composition, and b. 0.01 wt.% - 2.0 wt.%, preferably 0.05 wt.% - 0.5 wt.%, arachidonate based on the total weight of the composition. a. 0.01 wt.% - 2.0 wt.%, preferably 0.05 wt.% - 0.5 wt.%, ricinoleic acid and/ or its salt based on the total weight of the composition, and b. 0.01 wt.% - 2.0 wt.%, preferably 0.05 wt.% - 0.5 wt.%, arachidonate based on the total weight of the composition.
A method for identifying at least one digital content element, the digital content element forming a part of a set of digital content, the method comprising: providing the digital content element; creating a second data set which comprises known data of interest to a searching entity; creating a third data set which comprises known, non-unique and non-identifying digital content elements; and creating a first dataset by subtracting the third dataset from the second data set; comparing the digital content element with the first dataset; and if the digital content element is detected within the first dataset, then identifying the digital content element as digital content of interest. providing the digital content element; creating a second data set which comprises known data of interest to a searching entity; creating a third data set which comprises known, non-unique and non-identifying digital content elements; and creating a first dataset by subtracting the third dataset from the second data set; comparing the digital content element with the first dataset; and
Lunar phase display device comprising: - an annular cover comprising four ring portions, two successive ring portions being separated by a convex lobe projecting radially towards the inside of the annular cover; - a moon indicator disc, - drive means arranged to move the moon indicator disc so that said disc makes a cycloidal trajectory between two successive lobes, the moon indicator disc being at least partially occulted by each of the two lobes during one portion of the cycloidal trajectory so as to reproduce the phases of the moon during a lunar month. - an annular cover comprising four ring portions, two successive ring portions being separated by a convex lobe projecting radially towards the inside of the annular cover; - a moon indicator disc, - drive means arranged to move the moon indicator disc so that said disc makes a cycloidal trajectory between two successive lobes, the moon indicator disc being at least partially occulted by each of the two lobes during one portion of the cycloidal trajectory so as to reproduce the phases of the moon during a lunar month.
An optical sensor, comprising - a substrate, ∘ wherein the substrate is an insulating substrate; or ∘ wherein the substrate is or comprises an electrically conducting substrate, wherein an additional insulating interlayer is arranged between the electrically conducting substrate and a layer of a photoconductive material; - the layer of at least one photoconductive material, wherein the layer of the photoconductive material is directly or indirectly applied to the substrate, wherein the layer comprises crystals comprising the photoconductive material selected from PbS or PbSe having sizes above 15 nm up to 300 nm, - at least two individual electrical contacts (136, 136') contacting the layer of the photoconductive material, and - a cover layer deposited on the photoconductive material, wherein the cover layer is an amorphous layer comprising at least one metal-containing compound, wherein the cover layer is a conformal layer with respect to an adjacent surface of the layer of the photoconductive material in a manner that a thickness of the conformal layer follows the surface of the photoconductive material within a deviation of ± 50 nm over at least 90% of a surface of the cover layer. - a substrate, ∘ wherein the substrate is an insulating substrate; or ∘ wherein the substrate is or comprises an electrically conducting substrate, wherein an additional insulating interlayer is arranged between the electrically conducting substrate and a layer of a photoconductive material; ∘ wherein the substrate is an insulating substrate; or ∘ wherein the substrate is or comprises an electrically conducting substrate, wherein an additional insulating interlayer is arranged between the electrically conducting substrate and a layer of a photoconductive material; - the layer of at least one photoconductive material, wherein the layer of the photoconductive material is directly or indirectly applied to the substrate, wherein the layer comprises crystals comprising the photoconductive material selected from PbS or PbSe having sizes above 15 nm up to 300 nm, - at least two individual electrical contacts (136, 136') contacting the layer of the photoconductive material, and - a cover layer deposited on the photoconductive material, wherein the cover layer is an amorphous layer comprising at least one metal-containing compound, wherein the cover layer is a conformal layer with respect to an adjacent surface of the layer of the photoconductive material in a manner that a thickness of the conformal layer follows the surface of the photoconductive material within a deviation of ± 50 nm over at least 90% of a surface of the cover layer.
An apparatus, comprising: sensor circuitry configured to provide an input vector (331, 431, 531, 631) as a plurality of bits (103, 503, 603) that corresponds to a plurality of color components for an image pixel; an image processor (104, 504-1, 604-2) formed in an array of memory cells; and wherein the image processor is: coupled to the sensor circuitry to receive the plurality of bits of the input vector; and configured to perform a color correction operation in the array by performance of matrix multiplication on the input vector and a parameter matrix to determine an output vector (334, 434, 534, 673) that is color corrected, wherein the image processor comprises a plurality of serially coupled matrix multiplication units, MMUs, formed in a pipeline configuration with each MMU comprising a number of memory cells, and wherein the plurality of serially coupled MMUs operate in a pipeline mode to perform respective different processing stages for different pixels substantially simultaneously. sensor circuitry configured to provide an input vector (331, 431, 531, 631) as a plurality of bits (103, 503, 603) that corresponds to a plurality of color components for an image pixel; an image processor (104, 504-1, 604-2) formed in an array of memory cells; and wherein the image processor is: coupled to the sensor circuitry to receive the plurality of bits of the input vector; and configured to perform a color correction operation in the array by performance of matrix multiplication on the input vector and a parameter matrix to determine an output vector (334, 434, 534, 673) that is color corrected, wherein the image processor comprises a plurality of serially coupled matrix multiplication units, MMUs, formed in a pipeline configuration with each MMU comprising a number of memory cells, and coupled to the sensor circuitry to receive the plurality of bits of the input vector; and configured to perform a color correction operation in the array by performance of matrix multiplication on the input vector and a parameter matrix to determine an output vector (334, 434, 534, 673) that is color corrected, wherein the image processor comprises a plurality of serially coupled matrix multiplication units, MMUs, formed in a pipeline configuration with each MMU comprising a number of memory cells, and wherein the plurality of serially coupled MMUs operate in a pipeline mode to perform respective different processing stages for different pixels substantially simultaneously.
A tension compensation device with brake function, which at least comprises a main shaft and a shell rotating relative to each other, wherein one of the main shaft and the shell is used for connecting with a tension part, and an elastic part is arranged between the main shaft and the shell so as to provide a torque therebetween which reacts on the tension part; wherein the tension compensation device also comprises an active brake part of a brake mechanism, a passive brake part of the brake mechanism, and a fixture; characterized in that when the tension compensation device fails due to the fracture of the tension part, the brake mechanism is triggered by gravity to implement the brake function; wherein a rotating arm is rotatably arranged on the fixture through a pivot shaft, one of the main shaft and the shell being fixedly arranged on the rotating arm; and wherein under a normal working state the shell and the main shaft are towed by the tension part to deviate from the center of gravity of the tension compensation device under a natural hanging state so as to be in posture of enabling the center of gravity to deviate upwards; whereby the tension compensation device is configured such that when the tension compensation device fails due to the fracture of the tension part, the shell and the main shaft move downwards and further trigger the active brake part to be in braking engagement with the passive brake part.
A riser-component assembly comprising: - a housing having a first housing member defining a first opening and having a first mating face, and a second housing member defining a second opening and having a second mating face, the second housing member configured to be releasably coupled to the first housing member to define a chamber in fluid communication with the first and second openings (144, 148), the chamber configured to receive an annular seal around a primary axis extending through the first and second openings (144, 148), the first housing member further having a peripheral portion defining a first passage that is distinct from the chamber and configured to receive a pin connector; and - a first pin connector extending through the first passage and coupled to the first housing member; characterized in that the second housing member includes a peripheral portion defining a second passage that is distinct from the chamber and configured to receive the first pin connector and in that a first end of the first pin connector extends beyond the first mating face such that the first pin connector extends through the first passage and the second passage and the first end of the first pin connector can be inserted into a box connector coupled to the second housing member as the first mating face is moved toward the second mating face. - a housing having a first housing member defining a first opening and having a first mating face, and a second housing member defining a second opening and having a second mating face, the second housing member configured to be releasably coupled to the first housing member to define a chamber in fluid communication with the first and second openings (144, 148), the chamber configured to receive an annular seal around a primary axis extending through the first and second openings (144, 148), the first housing member further having a peripheral portion defining a first passage that is distinct from the chamber and configured to receive a pin connector; and - a first pin connector extending through the first passage and coupled to the first housing member;
An edible composition for oral delivery of a retinide comprising, in the form of a dry flowable powder: (a) from 1 to 10 percent by weight of the retinide; (b) from 5 to 40 percent by weight of non-acidic lipid matrix composition, said matrix composition comprising at least one fatty acid, at least one monoglyceride, and lysophosphatidylcholine, and said lipid matrix composition containing not more than 4 moles water per mole of lipid matrix; (c) from 1 to 30 percent by weight of sweetener; (d) from 20 to 80 percent by weight flour; and (e) from 0 to 16 percent by weight of a humectant. (a) from 1 to 10 percent by weight of the retinide; (b) from 5 to 40 percent by weight of non-acidic lipid matrix composition, said matrix composition comprising at least one fatty acid, at least one monoglyceride, and lysophosphatidylcholine, and said lipid matrix composition containing not more than 4 moles water per mole of lipid matrix; (c) from 1 to 30 percent by weight of sweetener; (d) from 20 to 80 percent by weight flour; and (e) from 0 to 16 percent by weight of a humectant.
A rotation support device for a pinion shaft that supports a pinion shaft with a pinion gear provided on one end, inside a housing by way of a pair of rolling bearings (13,14) that are separated from each other in the axial direction such that the pinion shaft can rotate freely and can support an axial load from both directions; of the rolling bearings (13,14), the rolling bearing on the pinion gear side being a tandem double-row angular contact ball bearing (13a,13b) that is capable of supporting an axial load that acts on the pinion shaft in a direction from the pinion gear side to the side opposite from the pinion gear side, and the rolling bearing on the side opposite from the pinion gear side being a single-row angular contact ball bearing that is capable of supporting an axial load that acts on the pinion shaft in a direction from the side opposite from the pinion gear side to the pinion gear side; and when the radius of curvature of the outer raceway of this single-row angular contact ball bearing is taken to be Ro, the diameter of the balls is taken to be Bd, and the contact angle between the outer raceway and inner raceway and the balls is taken to be α, the relationships 0.52 < Ro/Bd ≤ 0.56 and 35° ≤ α being satisfied, the device being characterised in that: of both ball rows (20a,20b) of the tandem double-row angular contact ball bearing (13a,13b): the pitch-circle diameter of the ball row on the pinion gear side is larger than the pitch-circle diameter of the ball row on the side opposite from the pinion gear side; and the radial clearance (δa) of the ball row on the pinion gear side is less than the radial clearance (δb) of the ball row on the side opposite from the pinion gear side. the pitch-circle diameter of the ball row on the pinion gear side is larger than the pitch-circle diameter of the ball row on the side opposite from the pinion gear side; and the radial clearance (δa) of the ball row on the pinion gear side is less than the radial clearance (δb) of the ball row on the side opposite from the pinion gear side.
A bright pigment comprising: flaky particles; and a metal oxide layer coating at least a part of the surface of each flaky particle, wherein: the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.01 μm to 0.1 μm is 90% or more by volume. flaky particles; and a metal oxide layer coating at least a part of the surface of each flaky particle, wherein: the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.01 μm to 0.1 μm is 90% or more by volume. the flaky particles have a particle size distribution in which the particle size at 99% of the cumulative volume from the smaller particle size is 48 μm or less, and the maximum particle size is 62 μm or less; the flaky particles are made of glass having a refractive index in the range of 1.4 to 1.8; and the flaky particles have a thickness distribution in which the frequency of the particles having a thickness in the range of 0.01 μm to 0.1 μm is 90% or more by volume.