mhurhangee/ep-ind-claims huggingface dataset:
A phase shift transformer in multi-level medium voltage inverter including a plurality of power cells (52a∼52f); for driving a motor, the phase shift transformer comprising: a plurality of modularized phase shift transformers (51a, 51b), wherein primary windings of the plurality of modularized phase shift transformers (51a, 51b) are phase-shifted to each other at a predetermined angle; characterized in that the predetermined angle is determined by the following Equation: α prim = 360 N m _ T 1 N sec _ out 1 N diode _ pulse deg ree, where, N m_T is the number of modules (51a, 51b) of the modularized phase shift transformer, N sec _out is the number of outputs at a secondary winding of the modularized phase shift transformer (51a, 51b), and N diode_pulse is the number of pulses of a diode rectifier of the power cell.
An adapter sleeve for adapting a polygonal mandrel in particular a handling means to a polygonal opening of a nut in particular a lock or a drive gear of a drive rod fitting, having several longitudinal members (2 - 5) connected with one another and adjacent to edges of the polygonal mandrel, characterized in that the longitudinal members (2 - 5) have a greater material thickness on their ends than in their middle areas and the greater material thickness extends in the direction of the polygonal mandrel.
A check valve comprising: a valve housing having at least one valve opening; at least one petal disposed in the valve housing, the at least one petal being configured to substantially cover the at least one valve opening when the at least one petal is in a closed position and rotatable about a hinge axis toward an open position thereby allowing fluid to flow through the at least one valve opening; and at least one compliant petal stop (36; 50) to prevent rotation of the at least one petal beyond the open position; wherein the compliant petal stop comprises: a stop pin extending from a first post to a second post of the valve housing; and at least one compliant stop pin collar disposed at the stop pin, the or each stop pin collar being configured to absorb impact loads from impact between the at least one petal and the stop pin collar; characterized in that the at least one stop pin collar includes a cylindrical section having an inner wall disposed at a radial distance from the stop pin collar; and the at least one stop pin collar includes at least one conical section in which the inner wall of the stop pin collar tapers from the radial distance from the stop pin toward the stop pin. a valve housing having at least one valve opening; at least one petal disposed in the valve housing, the at least one petal being configured to substantially cover the at least one valve opening when the at least one petal is in a closed position and rotatable about a hinge axis toward an open position thereby allowing fluid to flow through the at least one valve opening; and at least one compliant petal stop (36; 50) to prevent rotation of the at least one petal beyond the open position; wherein the compliant petal stop comprises: a stop pin extending from a first post to a second post of the valve housing; and at least one compliant stop pin collar disposed at the stop pin, the or each stop pin collar being configured to absorb impact loads from impact between the at least one petal and the stop pin collar; a stop pin extending from a first post to a second post of the valve housing; and at least one compliant stop pin collar disposed at the stop pin, the or each stop pin collar being configured to absorb impact loads from impact between the at least one petal and the stop pin collar; characterized in that the at least one stop pin collar includes a cylindrical section having an inner wall disposed at a radial distance from the stop pin collar; and the at least one stop pin collar includes at least one conical section in which the inner wall of the stop pin collar tapers from the radial distance from the stop pin toward the stop pin.
A non-transitory computer-readable medium, in which are recorded a base video stream that is encoded video information, the base video stream including base pictures of base frames, an enhanced video stream that is encoded video information, for enhancing luminance of the base video stream by being played synchronously with the base video stream, the enhanced video stream including enhanced pictures of enhancement frames, and a management information file in which is described a playback path of the base video stream, wherein a playback path of the enhanced video stream is further described in the management information file so that the enhanced video stream is played synchronously with the base video stream, wherein the base video stream includes High Dynamic Range, HDR, and wherein an enhanced picture of an enhancement frame is added to the base picture of the base frame corresponding to the enhancement frame, such that the enhanced video stream, by being played synchronously with the base video stream, realizes a higher luminance than the base video stream. a base video stream that is encoded video information, the base video stream including base pictures of base frames, an enhanced video stream that is encoded video information, for enhancing luminance of the base video stream by being played synchronously with the base video stream, the enhanced video stream including enhanced pictures of enhancement frames, and a management information file in which is described a playback path of the base video stream, wherein a playback path of the enhanced video stream is further described in the management information file so that the enhanced video stream is played synchronously with the base video stream, wherein the base video stream includes High Dynamic Range, HDR, and wherein an enhanced picture of an enhancement frame is added to the base picture of the base frame corresponding to the enhancement frame, such that the enhanced video stream, by being played synchronously with the base video stream, realizes a higher luminance than the base video stream.
Motorcycle or motorcycle-like vehicle, with a bench seat which can be folded between a closed and an open position, and with a locking apparatus for locking the bench seat in the closed position, the locking apparatus for locking the bench seat comprises a locking element for locking the bench seat and a Bowden cable for actuating the locking apparatus, the Bowden cable being connected by way of a first end to the locking element, a second end of the Bowden cable being connected to an actuating lever for the actuation of the Bowden cable, characterized in that the actuating lever is arranged within a lockable luggage compartment.
Opening device molded on a sheet packaging material, said sheet packaging material comprising at least a first layer and a second layer (5a, 5b, 6, 5c), and having a hole formed through said first layer and sealed by a cover portion of said second layer (5a, 5b, 6, 5c), said opening device being made of plastic material molded onto said cover portion, and in turn comprising a spout extending through said cover portion so as to project from both a first side of said cover portion and a second side of said cover portion, opposite to said first side, and defining a pouring opening, and a wall portion closing said pouring opening, said wall portion defining, together with said cover portion, a user-removable sealing portion of said spout, a weakening region being interposed between said wall portion and said spout, characterized in that said cover portion covers said weakening region and in that said cover portion extends up to an inner wall of said spout delimiting said pouring opening.
A method for imaging a sample, comprising: repetitively scanning a region of interest of the sample by directing an electron beam towards multiple impact points of the ROI and detecting electrons scattered from the multiple impact points; during the repetitive scan, updating a signal quality of the ROI after each single scan of the ROI; terminating the repetitive scan responsive to the signal quality of the ROI higher than a threshold signal quality; forming an electron backscattered diffraction (EBSD) pattern for each impact point of the multiple impact points; and forming a structural image of the ROI based on the EBSD patterns of the multiple impact points, characterized in that: the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan. repetitively scanning a region of interest of the sample by directing an electron beam towards multiple impact points of the ROI and detecting electrons scattered from the multiple impact points; during the repetitive scan, updating a signal quality of the ROI after each single scan of the ROI; terminating the repetitive scan responsive to the signal quality of the ROI higher than a threshold signal quality; forming an electron backscattered diffraction (EBSD) pattern for each impact point of the multiple impact points; and forming a structural image of the ROI based on the EBSD patterns of the multiple impact points, characterized in that: the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan. the signal quality of the ROI is updated based on a signal quality of each impact point, and the signal quality of each impact point is calculated based on the detected electrons scattered from the impact point; and the EBSD pattern for each impact point is formed based on all of the detected electrons scattered from the impact point during the repetitive scan.
An identification device having an exposed direct thermal layer with inherent antimicrobial properties, comprising: a substrate; an exposed direct thermal layer bonded to the substrate by an adhesive and configured to receive identifying indicia by direct thermal printing; a release coating between the substrate and the adhesive; and an antimicrobial material embedded within the direct thermal layer so as to impart antimicrobial properties thereto, wherein the antimicrobial material comprises an inorganic silver-containing compound, characterised in that the antimicrobial material comprises 0.5% to 2% by weight of the identification device, and in that the inorganic silver-containing compound comprises silver chloride-coated titanium dioxide or silver-containing glass particles. a substrate; an exposed direct thermal layer bonded to the substrate by an adhesive and configured to receive identifying indicia by direct thermal printing; a release coating between the substrate and the adhesive; and an antimicrobial material embedded within the direct thermal layer so as to impart antimicrobial properties thereto, wherein the antimicrobial material comprises an inorganic silver-containing compound, characterised in that the antimicrobial material comprises 0.5% to 2% by weight of the identification device, and in that the inorganic silver-containing compound comprises silver chloride-coated titanium dioxide or silver-containing glass particles.
An aqueous agrochemical spray solution comprising at least one agrochemical active and at least one nitrogen containing surfactant, wherein said at least one surfactant comprises a di-alkyl di-methyl quaternary surfactant with a counterion of chloride, bromide, methylsulfate, carbonate, or bicarbonate, wherein each alkyl group is a C12-C22, saturated or non-saturated, linear or branched alkyl group derived from the oil of coco, soy, palm, castor, tallow, corn, lard, peanut or tall, including the epoxydized version of the oil, and wherein said spray solution comprises a dispersed phase comprising dispersed particles which have an average particle size between 1 to 100 microns, and wherein the concentration of said dispersed particles is from 0.01 to 1 wt%, said aqueous agrochemical spray solution is capable of reducing the volume of the fine droplets in mist whose size is less than 150 microns during spraying by at least 20% compared to the same aqueous spray solution without the presence of said surfactant.
Floor construction for an insulation floor for a floor, particularly a ground floor, for buildings, comprising floor parts comprising a substantially block-shaped floor element of synthetic foam provided with an top and bottom face and opposing longitudinal sides, and wherein along the opposing longitudinal sides the floor element is provided with shape-retaining, substantially rectangular U-profile parts provided with a body and flanges, wherein the bodies substantially abut the longitudinal sides, a flange substantially abuts a top face, and a flange is substantially embedded in the floor element spaced apart from the bottom face, wherein the floor construction comprises a series of the floor parts adjacent to each other in longitudinal direction, characterized in that the U-profile parts in longitudinal direction extend beyond the synthetic foam floor elements, and wherein the floor construction furthermore comprises a circumferential formwork border provided with a support ledge for supporting the outer ends of the U-profile parts and with an upright edge, wherein the floor construction is furthermore provided with a concrete finishing layer wherein the upright edge extends above the U-profile parts and the floor elements as formwork border when pouring the concrete finishing layer.
An image processing apparatus comprising: an aberration table generation section configured to generate an aberration table as a table including converging ray vectors derived from aberrations of a lens selected through a user interface and targeted for emulation; and a light focusing processing section configured tc perform a light focusing process to generate a virtual captured image taken of an object through the selected lens, by use of the aberration table and a multi-view image; further comprising: a display control section configured to display the user interface on a display section, wherein the user interface includes icons (181-1,181-2,181-3,181-4,351-1,351-2,351-3,351-4) each corresponding to lenses as a candidate targeted for emulation, characterised in that the aberration table generation section generates the aberration table by use of a lens parameter corresponding to a corresponding one of the icons selected through the user interface; wherein the user interface includes a user interface for updating the lens parameter corresponding to the selected icon, and the aberration table generation section generates the aberration table by use of the lens parameters updated through the user interface. an aberration table generation section configured to generate an aberration table as a table including converging ray vectors derived from aberrations of a lens selected through a user interface and targeted for emulation; and a light focusing processing section configured tc perform a light focusing process to generate a virtual captured image taken of an object through the selected lens, by use of the aberration table and a multi-view image; further comprising: a display control section configured to display the user interface on a display section, wherein the user interface includes icons (181-1,181-2,181-3,181-4,351-1,351-2,351-3,351-4) each corresponding to lenses as a candidate targeted for emulation, characterised in that the aberration table generation section generates the aberration table by use of a lens parameter corresponding to a corresponding one of the icons selected through the user interface; wherein the user interface includes a user interface for updating the lens parameter corresponding to the selected icon, and the aberration table generation section generates the aberration table by use of the lens parameters updated through the user interface. a display control section configured to display the user interface on a display section, wherein the user interface includes icons (181-1,181-2,181-3,181-4,351-1,351-2,351-3,351-4) each corresponding to lenses as a candidate targeted for emulation, characterised in that the aberration table generation section generates the aberration table by use of a lens parameter corresponding to a corresponding one of the icons selected through the user interface; wherein the user interface includes a user interface for updating the lens parameter corresponding to the selected icon, and the aberration table generation section generates the aberration table by use of the lens parameters updated through the user interface.
A component evaluation method, comprising: a measurement step, in a component mounting machine, for measuring electrical characteristics of multiple selected components, including a component positioned in the middle among many components held side by side in a longitudinal direction on a component tape, the component positioned in the middle being a component, among the many components held on a new component tape, excluding the component at the leading end of the component tape and a component at the tail of the component tape, wherein a number of the multiple selected components is less than a number of the many components held on the component tape, by using an electrical characteristic measurement device that is provided in the component mounting machine, when a mounting work is performed such that a component, being supplied by the component tape with holding the many components side by side in the longitudinal direction, is picked up and carried so as to be mounted on a circuit board; and a processing step for performing statistical processing on measured values of the electrical characteristics of the multiple selected components measured in the measurement step. a measurement step, in a component mounting machine, for measuring electrical characteristics of multiple selected components, including a component positioned in the middle among many components held side by side in a longitudinal direction on a component tape, the component positioned in the middle being a component, among the many components held on a new component tape, excluding the component at the leading end of the component tape and a component at the tail of the component tape, wherein a number of the multiple selected components is less than a number of the many components held on the component tape, by using an electrical characteristic measurement device that is provided in the component mounting machine, when a mounting work is performed such that a component, being supplied by the component tape with holding the many components side by side in the longitudinal direction, is picked up and carried so as to be mounted on a circuit board; and a processing step for performing statistical processing on measured values of the electrical characteristics of the multiple selected components measured in the measurement step.
An apparatus for forming stacks of panels from a vertical pile of panels and feeding said stacks to a user station, said apparatus comprising at least: - a crossbar mobile in a feed direction, above the pile of panels, to and from at least between two limits respectively corresponding to a position where the stack is selected and formed and a position where the stack is placed in the user station; - at least one selector unit mounted on the crossbar and designed to separate a certain number of panels from the top of the pile to form the stack, thus creating a gap by a relative movement between the pile and the selector unit in a vertical direction, the selector unit comprising a stop element that references the top of the pile and a first wedge shaped element which can move transversally to the pile in the crossbar direction of feed and is designed to be inserted in the pile; the apparatus also comprising presser elements which can be inserted between the top of the pile and the selected stack, and acting on the top of the pile after the gap has been created, thus generating a compression force on the pile to hold the panels at the top of the pile during stack feed by the crossbar; the apparatus being characterized in that the presser elements are connected to the crossbar and can move, independently of the crossbar, at least parallel with the first wedge-shaped element along the direction of feed. - a crossbar mobile in a feed direction, above the pile of panels, to and from at least between two limits respectively corresponding to a position where the stack is selected and formed and a position where the stack is placed in the user station; - at least one selector unit mounted on the crossbar and designed to separate a certain number of panels from the top of the pile to form the stack, thus creating a gap by a relative movement between the pile and the selector unit in a vertical direction, the selector unit comprising a stop element that references the top of the pile and a first wedge shaped element which can move transversally to the pile in the crossbar direction of feed and is designed to be inserted in the pile;
A fastener system for coupling a part to a composite structure, the fastener system comprising: a receptacle configured to be embedded at least partially within the composite structure, wherein the receptacle comprises a receiving portion configured to receive at least a portion of a torque nail; a structural connector configured to engage the receptacle and the part; the torque nail, wherein the torque nail is configured to be received at least partially within the receptacle, wherein the torque nail is sized and shaped with respect to the receptacle such that it expands the receiving portion of the receptacle when pressed into the receiving portion; and a collar plate configured to be embedded within the composite structure and configured to distribute forces from the torque nail being pressed into the receiving portion, wherein the fastener system is configured to engage the part and the composite structure such that it couples the part to the composite structure. a receptacle configured to be embedded at least partially within the composite structure, wherein the receptacle comprises a receiving portion configured to receive at least a portion of a torque nail; a structural connector configured to engage the receptacle and the part; the torque nail, wherein the torque nail is configured to be received at least partially within the receptacle, wherein the torque nail is sized and shaped with respect to the receptacle such that it expands the receiving portion of the receptacle when pressed into the receiving portion; and a collar plate configured to be embedded within the composite structure and configured to distribute forces from the torque nail being pressed into the receiving portion, wherein the fastener system is configured to engage the part and the composite structure such that it couples the part to the composite structure.