mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly, comprising: a plurality of first electrode plates, at least one second electrode plate and a separator, wherein the polarity of the first electrode plate is opposite to the polarity of the second electrode plate, the plurality of first electrode plates, the at least one second electrode plate and the separator are wound around a winding axis to form a winding structure, in the winding structure, the plurality of first electrode plates, the at least one second electrode plate and the separator are arranged in a superimposing manner along a direction vertical to the winding axis, the separator is arranged between any adjacent one first electrode plate and one electrode plate and the separator is configured to separate the adjacent first electrode plate from the second electrode plate; each first electrode plate in the plurality of first electrode plates comprises a first current collector and a first active substance layer arranged on a superimposing surface of the first current collector, and the first current collector comprises a first main body portion provided with the first active substance layer and at least one first tab which protrudes from the first main body portion along the direction of the winding axis; and wherein the first tab and the first main body portion are arranged in parallel along the winding axis, and the positions of the winding initial ends of at least two first electrode plates in the plurality of first electrode plates are different, and the winding initial ends of at least two first electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure. each first electrode plate in the plurality of first electrode plates comprises a first current collector and a first active substance layer arranged on a superimposing surface of the first current collector, and the first current collector comprises a first main body portion provided with the first active substance layer and at least one first tab which protrudes from the first main body portion along the direction of the winding axis; and wherein the first tab and the first main body portion are arranged in parallel along the winding axis, and the positions of the winding initial ends of at least two first electrode plates in the plurality of first electrode plates are different, and the winding initial ends of at least two first electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure.
A light emitting device comprising: a substrate; and a plurality of light emitting cells disposed on the substrate to be spaced apart from each other, wherein the light emitting cell comprises a n-type semiconductor layer on the substrate, a p-type semiconductor layer on the n-type semiconductor layer and an active layer between the n-type semiconductor layer and the p-type semiconductor layer, the n-type semiconductor layer of at least one of the light emitting cells is electrically connected to the p-type semiconductor layer of an adjacent another light emitting cell, wherein each one of the light emitting cells has at least one side surface that is not perpendicular, but inclined at a slope with respect to a horizontal plane parallel to the substrate on which the plurality of light emitting cells are disposed, said side surface being outer side surface of the light emitting cell, wherein the internal angle between an inclined side surface and said horizontal plane is 20° to 80°, wherein light can be emitted to the outside of the light emitting device through the side surface, wherein the inclined surface of the light emitting cell is formed from a side surface of the p-type semiconductor layer via the side surface of the active layer to a side surface of the n-type semiconductor layer, wherein the electrical connection is configured to electrically connect the n-type semiconductor layer of at least one of the light emitting cells to the p-type semiconductor layer of the adjacent another light emitting cell, and wherein the electrical connection is an air-bridge connection. a substrate; and a plurality of light emitting cells disposed on the substrate to be spaced apart from each other, wherein the light emitting cell comprises a n-type semiconductor layer on the substrate, a p-type semiconductor layer on the n-type semiconductor layer and an active layer between the n-type semiconductor layer and the p-type semiconductor layer, the n-type semiconductor layer of at least one of the light emitting cells is electrically connected to the p-type semiconductor layer of an adjacent another light emitting cell, wherein each one of the light emitting cells has at least one side surface that is not perpendicular, but inclined at a slope with respect to a horizontal plane parallel to the substrate on which the plurality of light emitting cells are disposed, said side surface being outer side surface of the light emitting cell,
A method for thermal management of a battery module through use of a battery loop having a battery loop coolant flowing through the battery loop, wherein a thermal management system includes the battery loop, a heating loop, a cooling loop, a refrigerant loop, a liquid cooled gas cooler, LCGC, and a chiller, and the refrigerant loop includes a refrigerant flowing therethrough and flowing to the LCGC and to the chiller, the method comprising: measuring a temperature of the battery loop coolant; increasing the temperature of the battery loop coolant flowing to the battery module by directing a flow of the battery loop coolant to one of a heating loop heat exchanger in thermal communication with the heating loop or the LCGC; and decreasing the temperature of the battery loop coolant flowing to the battery module by directing the flow of the battery loop coolant to one of a cooling loop heat exchanger in thermal communication with the cooling loop or the chiller. measuring a temperature of the battery loop coolant; increasing the temperature of the battery loop coolant flowing to the battery module by directing a flow of the battery loop coolant to one of a heating loop heat exchanger in thermal communication with the heating loop or the LCGC; and decreasing the temperature of the battery loop coolant flowing to the battery module by directing the flow of the battery loop coolant to one of a cooling loop heat exchanger in thermal communication with the cooling loop or the chiller.
A machine-implemented method for reducing reverberation in an audio signal, the method comprising: (a) the machine (1110) generating a main audio signal ( y 1) using a main beamformer having a main beampattern; (b) the machine (1110) generating a secondary audio signal ( y 2) using a secondary beamformer having a secondary beampattern, wherein the main beampattern is directed towards a desired sound source and the secondary beampattern is directed away from the desired sound source; (c) the machine processing the main and secondary audio signals to generate suppression factors corresponding to the reverberation, and (d) the machine applying the suppression factors to the main audio signal to suppress the reverberant part of the main audio signal; characterised in that step (c) comprises: the machine (1126) generating a short-time estimate (1127) of the envelope of the main audio signal; the machine (1126) generating a long-time estimate (1127) of the envelope of the secondary audio signal; and the machine generating the suppression factors from the short-time and long-time envelope estimates. (a) the machine (1110) generating a main audio signal ( y 1) using a main beamformer having a main beampattern; (b) the machine (1110) generating a secondary audio signal ( y 2) using a secondary beamformer having a secondary beampattern, wherein the main beampattern is directed towards a desired sound source and the secondary beampattern is directed away from the desired sound source; (c) the machine processing the main and secondary audio signals to generate suppression factors corresponding to the reverberation, and (d) the machine applying the suppression factors to the main audio signal to suppress the reverberant part of the main audio signal; the machine (1126) generating a short-time estimate (1127) of the envelope of the main audio signal; the machine (1126) generating a long-time estimate (1127) of the envelope of the secondary audio signal; and the machine generating the suppression factors from the short-time and long-time envelope estimates.
A method of remediating soil including organic contaminants, the method comprising the steps of: excavating soil from the ground; treating the excavated soil with a chemical surfactant such as natural oils or terpenes; primary stockpiling the excavated soil treated with the chemical surfactant to promote liberation of any organic contaminants from the excavated soil by microbial degradation of the bond between the organic contaminants and the excavated soil to provide cured soil; further treating the cured soil with an aliphatic or aromatic hydrocarbon to degrade bonds between the cured soil and at least some of the remaining organic contaminants to separate said organic contaminants from the cured soil; and after treatment, recovering or providing soil having a reduced concentration of organic contaminants. excavating soil from the ground; treating the excavated soil with a chemical surfactant such as natural oils or terpenes; primary stockpiling the excavated soil treated with the chemical surfactant to promote liberation of any organic contaminants from the excavated soil by microbial degradation of the bond between the organic contaminants and the excavated soil to provide cured soil; further treating the cured soil with an aliphatic or aromatic hydrocarbon to degrade bonds between the cured soil and at least some of the remaining organic contaminants to separate said organic contaminants from the cured soil; and after treatment, recovering or providing soil having a reduced concentration of organic contaminants.
An apparatus configured for illuminating a defined area of a moving web of material (102, 302, 402) with collimated light having one or more controllable geometries of illumination comprising: a light pipe (106, 306, 406, 506, 706) configured to transport and mix light from multiple light emitting diodes (LEDs) (116a-116c) to produce collimated light, multiple reflective optical devices placed on a wall or other surface within the light pipe configured to receive the collimated light and redirect the light at specific angles, and multiple optical shutters formed as integral parts of the light pipe or installed on a surface of the light pipe configured to receive the collimated light from the multiple reflective optical devices and to selectively control exit of the collimated light at specific angles from the light pipe towards a defined area of a moving web of material (102, 302, 402). a light pipe (106, 306, 406, 506, 706) configured to transport and mix light from multiple light emitting diodes (LEDs) (116a-116c) to produce collimated light, multiple reflective optical devices placed on a wall or other surface within the light pipe configured to receive the collimated light and redirect the light at specific angles, and multiple optical shutters formed as integral parts of the light pipe or installed on a surface of the light pipe configured to receive the collimated light from the multiple reflective optical devices and to selectively control exit of the collimated light at specific angles from the light pipe towards a defined area of a moving web of material (102, 302, 402).
Processing machine for the surface processing of products, comprising: - at least one sealed chamber (12, 112, 13), provided with at least one opening (15, 16, 115, 116), that can be closed, for inserting and removing a plurality of products to be processed, - a device for reducing the pressure inside said at least one chamber (12, 112, 13) up to a value lower than the ambient pressure, - in said at least one chamber (12, 112, 13), a moving device which, in use, moves said products from the bottom upwards and in reverse, so as to accumulate in said chamber at least two said products on levels arranged over one another, - a plan moving device for moving said products from and towards said at least one opening (15, 16, 115, 116) when the products are arranged at the same level of said at least one opening, wherein, from an operational viewpoint, a plurality (L I, L II, L III, L IV) of said products are inserted into said at least one chamber (12, 112, 13), and at least two products of said plurality of products are put over one another for a span of processing, and wherein, once all the products to be processed have been inserted into said at least one chamber (12, 112, 13), said chamber (12, 112, 13) is closed and the pressure inside is decreased up to an operational processing pressure, and then said at least one chamber (12, 112, 13) is opened again and the products (L I, L II, L III, L IV) are removed therefrom. - at least one sealed chamber (12, 112, 13), provided with at least one opening (15, 16, 115, 116), that can be closed, for inserting and removing a plurality of products to be processed, - a device for reducing the pressure inside said at least one chamber (12, 112, 13) up to a value lower than the ambient pressure, - in said at least one chamber (12, 112, 13), a moving device which, in use, moves said products from the bottom upwards and in reverse, so as to accumulate in said chamber at least two said products on levels arranged over one another, - a plan moving device for moving said products from and towards said at least one opening (15, 16, 115, 116) when the products are arranged at the same level of said at least one opening,
Tyre comprising a directional tread of width, said tread comprising two edges (25A, 25B) and a centre dividing said tread into two parts of substantially equal width, said tread comprising, on one of the two parts of said tread, a plurality of sets of blocks (21A, 21B) succeeding one another in a circumferential direction, each set of blocks (21A, 21B) extending from one of the edges (25A, 25B) of the tread towards the centre of said tread with a certain non-zero curvature, each set of blocks (21A, 21B) comprising a leading-edge face and a trailing-edge face, said tyre comprises, for at least one set of blocks (21A, 21B), at least one set of cavities extending over the trailing-edge face of said set of blocks (21A, 21B), said set of cavities comprising at least one cavity, said tread having a bottom surface radially on the inside of said tread, said set of blocks having a height H, wherein the set of cavities is between the bottom surface of the tread and half of said height H, said tyre is characterized in that the set of blocks comprises a sipe extending along the length of said set of blocks and wherein said set of blocks comprises another set of cavities extending from the median sipe towards the leading-edge face of the set of blocks, said other set of cavities being radially at the same level as the set of cavities of the trailing-edge face of said set of blocks.
A method of allocating resources for a transmission of pilot signals of a plurality of terminals (36, 41) of a cellular multiple-input and multiple-output, MIMO, system, the cellular MIMO system comprising a base station having a plurality of antennas and a logic which analyzes pilot signals received from a terminal at the plurality of antennas to obtain information about a radio channel property of the radio channel between the terminal and the plurality of antennas, the method comprising: - determining, by the base station, whether the radio channel property between the terminal and the plurality of antennas is constant over a period of time, and if the radio channel property between the terminal and the plurality of antennas is constant over a period of time: - configuring, by the base station, receiving parameters of the plurality of antennas of the base station for nulling pilot signals from the terminal, and - allocating a resource, which is assigned to the terminal for a transmission of pilot signals of the terminal, to another terminal for a transmission of pilot signals of the other terminal during the nulling of the pilot signals from the terminal. - determining, by the base station, whether the radio channel property between the terminal and the plurality of antennas is constant over a period of time, and - configuring, by the base station, receiving parameters of the plurality of antennas of the base station for nulling pilot signals from the terminal, and - allocating a resource, which is assigned to the terminal for a transmission of pilot signals of the terminal, to another terminal for a transmission of pilot signals of the other terminal during the nulling of the pilot signals from the terminal.
An image processing device comprising: an image acquisition unit for acquiring a normal light observation image captured by an endoscope using white light as observation light and a special light observation image captured by the endoscope simultaneously with the normal light observation image using predetermined narrowband light as the observation light; and an image processing unit, characterised in that said image processing unit is configured for extracting at least one of blood vessels in a superficial layer and blood vessels in a middle and deep layers from the normal light observation image acquired by the image acquisition unit, subjecting the extracted blood vessels to predetermined processing to generate a compositing image, and compositing the compositing image to the special light observation image. an image acquisition unit for acquiring a normal light observation image captured by an endoscope using white light as observation light and a special light observation image captured by the endoscope simultaneously with the normal light observation image using predetermined narrowband light as the observation light; and an image processing unit, characterised in that said image processing unit is configured for extracting at least one of blood vessels in a superficial layer and blood vessels in a middle and deep layers from the normal light observation image acquired by the image acquisition unit, subjecting the extracted blood vessels to predetermined processing to generate a compositing image, and compositing the compositing image to the special light observation image.
A method of processing media content, comprising: receiving, using a receiver (102, 202 or 404) associated with a unique identifier, a data signal including a plurality of media content streams of a same event and signaling information, wherein each media content stream of the plurality of the media content streams includes a visually unique rendering of the media content stream; selecting, using the receiver, based on the signaling information and the unique identifier, at least one media content stream of the plurality of media content streams; and providing, to a display interface, the selected at least one media content stream of the plurality of media content streams, characterized in that, each media content stream of said plurality of media content streams being assigned to a corresponding symbol, the unique identifier being a string of these symbols, said selection is a sequence of switching corresponding to a toggling between media content streams in an order corresponding to each successive symbol of the unique identifier.
A method of zooming an omnidirectional video which is represented by image data and which is viewable in virtual or augmented reality on the basis of the image data being i) projected onto a virtual body in a virtual environment and ii) rendered from a viewpoint within or facing the virtual body, thereby obtaining a rendered image for display, the method comprising: - obtaining user input comprising obtaining a measurement from a head-tracking system which is indicative of a translational and/or rotational movement of a head of a user; - determining a region to be zoomed in the omnidirectional video; - selecting the region to be zoomed, or adjusting a parameter of said zooming, based on the user input; and - providing in the rendered image: a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image. - obtaining user input comprising obtaining a measurement from a head-tracking system which is indicative of a translational and/or rotational movement of a head of a user; - determining a region to be zoomed in the omnidirectional video; - selecting the region to be zoomed, or adjusting a parameter of said zooming, based on the user input; and - providing in the rendered image: a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image. a zoomed portion which provides a zoomed view of the region, wherein the size of the zoomed portion is inversely proportional to the amount of head movement or acceleration of head movement of the user, and simultaneously with the zoomed portion, a non-zoomed portion which provides a default non-zoomed view or a view having a lower zoom factor than the zoomed view of the zoomed portion, wherein the zoomed portion is a center portion of the rendered image, and wherein the non-zoomed portion is a periphery of the center portion in the rendered image.