mhurhangee/ep-ind-claims huggingface dataset:
In an encoding or decoding video system, an image prediction method with a processor, the method comprising: receiving a first image; receiving prediction parameters for a multi-channel multiple-regression prediction model, wherein the MMR model is used to predict a second image from the first image, wherein the second image represents the same scene as the first image and wherein a dynamic range of the first image is lower than a dynamic range of the second image; and applying the first image and the prediction parameters to the MMR prediction model to generate an output image approximating the second image, wherein pixel values of at least one color component of the output image are computed based on pixel values of at least two color components in the first image, wherein for generating a predicted output pixel value ( v̂ i) for a luma and/or chroma component the MMR model comprises a first order MMR model with cross products comprising: a constant value ( n), at least a linear combination of pixel values of two different color components, and at least one product term of pixel values of two different color components. receiving a first image; receiving prediction parameters for a multi-channel multiple-regression prediction model, wherein the MMR model is used to predict a second image from the first image, wherein the second image represents the same scene as the first image and wherein a dynamic range of the first image is lower than a dynamic range of the second image; and applying the first image and the prediction parameters to the MMR prediction model to generate an output image approximating the second image, wherein pixel values of at least one color component of the output image are computed based on pixel values of at least two color components in the first image, wherein for generating a predicted output pixel value ( v̂ i) for a luma and/or chroma component the MMR model comprises a first order MMR model with cross products comprising: a constant value ( n), at least a linear combination of pixel values of two different color components, and at least one product term of pixel values of two different color components.
A method for producing a spar cap segment for a wind turbine rotor blade, wherein the wind turbine rotor blade is assembled from a longitudinal section, which comprises the spar cap segment, and at least one additional longitudinal section, which comprises an additional segment, wherein the spar cap segment is produced in a forming tool and comprises a connecting section for connecting to the additional spar cap segment, and characterized in that the method includes the following steps: a) providing a first forming tool part, b) arranging a first layer stack of reinforcing fibers in the first forming tool part and arranging a second forming tool part, so that a first intermediate space is configured between the first forming tool part and the second forming tool part, in which intermediate space a part of the first layer stack of the reinforcing fibers is arranged, c) arranging a second layer stack of reinforcing fibers and arranging a third forming tool part, so that a second intermediate space is configured between the third forming tool part and the second forming tool part, in which intermediate space a part of the second layer stack of the reinforcing fibers is arranged, d) curing a plastic material surrounding the reinforcing fibers, and e) demolding the spar cap segment, wherein the first and second intermediate spaces are formed and arranged relative to one another such that the sections of the spar cap segment produced therein form the connecting section for connecting to the additional connecting section of the additional spar cap segment. a) providing a first forming tool part, b) arranging a first layer stack of reinforcing fibers in the first forming tool part and arranging a second forming tool part, so that a first intermediate space is configured between the first forming tool part and the second forming tool part, in which intermediate space a part of the first layer stack of the reinforcing fibers is arranged, c) arranging a second layer stack of reinforcing fibers and arranging a third forming tool part, so that a second intermediate space is configured between the third forming tool part and the second forming tool part, in which intermediate space a part of the second layer stack of the reinforcing fibers is arranged, d) curing a plastic material surrounding the reinforcing fibers, and e) demolding the spar cap segment,
Wiper blade for a screen wiper, having a wiper strip and an adapter unit for articulating the wiper strip on a wiper arm (1018, 1118, 1218, 1218, 1818), wherein the adapter unit is configured for connecting to a connecting member which is assigned to the wiper arm (1018, 1118, 1218, 1318, 1818), wherein the connecting member has a base element and an adapter element, wherein the base element is configured for articulating the wiper strip on a first multiplicity of different wiper arm types (1018, 1118, 1818) and, for enabling the wiper strip to be articulated on a second multiplicity of different wiper arm types (1218, 1318, 1818) which are at least partially different from the wiper arm types of the first multiplicity of wiper arm types (1018, 1118, 1818), is connectable to the adapter element, characterized in that the connecting member has a cover member by way of which the adapter element is able to be fixed to the base element, wherein the cover member has claw-type fixing elements which are able to be latched to a bearing shaft of the base element, in that the cover member is rotatable about the bearing shaft, wherein the rotation axis defined by the bearing shaft lies approximately parallel to the axial extent of the wiper strip.
An audio signal processing method comprising: receiving, by a terminal, a backtalk input instruction from a performer; obtaining, by a microphone connected to the terminal, first voice information from the performer; outputting, in a case where the backtalk input instruction has been received by the terminal, a backtalk signal corresponding to the first voice information obtained by the microphone connected to the terminal to a monitor bus of a mixer; and outputting a talkback signal corresponding to second voice information from an engineer obtained by a talkback microphone to a bus comprised in the mixer different from the monitor bus, wherein the talkback microphone is connected to the mixer, characterized in that the audio signal processing method further comprises: receiving, by the terminal, specification of an outgoing destination of the backtalk signal; and outputting, by the mixer, the backtalk signal to the specified outgoing destination, wherein the specification of an outgoing destination of the backtalk signal is done by the performer. receiving, by a terminal, a backtalk input instruction from a performer; obtaining, by a microphone connected to the terminal, first voice information from the performer; outputting, in a case where the backtalk input instruction has been received by the terminal, a backtalk signal corresponding to the first voice information obtained by the microphone connected to the terminal to a monitor bus of a mixer; and outputting a talkback signal corresponding to second voice information from an engineer obtained by a talkback microphone to a bus comprised in the mixer different from the monitor bus, wherein the talkback microphone is connected to the mixer, characterized in that the audio signal processing method further comprises: receiving, by the terminal, specification of an outgoing destination of the backtalk signal; and outputting, by the mixer, the backtalk signal to the specified outgoing destination, wherein the specification of an outgoing destination of the backtalk signal is done by the performer.
A method for reclaiming Carbon Dioxide from air, comprising: absorbing solar radiation using a solar photovoltaic panel comprising at least two thermally conductive plates, a back-support plate and at least one heating plate, the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; contacting the heated air with a coolant liquid comprising potassium hydroxide chemically removing the Carbon Dioxide from the heated air, forming a bicarbonate; and releasing air that has had the Carbon Dioxide chemically removed. absorbing solar radiation using a solar photovoltaic panel comprising at least two thermally conductive plates, a back-support plate and at least one heating plate, the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; contacting the heated air with a coolant liquid comprising potassium hydroxide chemically removing the Carbon Dioxide from the heated air, forming a bicarbonate; and releasing air that has had the Carbon Dioxide chemically removed.
A battery cell (100, 200) in which an electrode assembly (130, 230) is mounted in a battery case made of a laminate sheet including a metal layer and a resin layer, and the battery case is thermally welded along the edge of a receiving part thereof to form a sealing part, wherein electrode leads (110, 210, 120, 220) are connected to the electrode assembly (130, 230) and extend through the sealing part to the outside of the battery case, characterized in that a weakened part is formed in a portion of the sealing part in which one (120, 220) of the electrode leads (110, 210, 120, 220) is located, the weakened part being physically deformed, such that internal gas is discharged outside through the weakened part when a predetermined pressure is applied to the weakened part, while no such weakened part is formed in a portion of the sealing part in which the other electrode lead (110, 210) is located, wherein the weakened part is formed in a slit structure which includes slits (142, 242) which are arranged in the lateral direction or width direction of the electrode assembly (130, 230).
A method comprising: forming a plurality of perforations in a ceramic mastercard by means of a first laser process, wherein forming the plurality of perforations comprises reducing a first thickness of the ceramic mastercard to a second thickness along first predefined lines; the method being characterised by: cutting through the entire thickness of the ceramic mastercard along a plurality of second predefined lines by means of a second laser process, wherein the first predefined lines and the second predefined lines overlap only partly.
A weaving assembly comprising: a weaving apparatus that includes a rotatable base and a weave control grid for warp fibers to pass through during weaving; a warp fiber support for locating warp fibers during weaving; warp fiber arms for manipulating warp fibers; a fill fiber wand for positioning a fill fiber between warp fibers during weaving; a base positional controller configured to move the weaving apparatus relative to the fill fiber wand and the warp fiber arms; and a warp fiber arm positional controller configured to move the warp fiber arms relative to the fill fiber wand and the weaving apparatus; wherein the warp fiber support comprises movable segments, the movable segments of the warp fiber support passing through an opening in a rim; and wherein the movable segments have a slot with a pin to prevent the movable segments from being removed from the rim. a weaving apparatus that includes a rotatable base and a weave control grid for warp fibers to pass through during weaving; a warp fiber support for locating warp fibers during weaving; warp fiber arms for manipulating warp fibers; a fill fiber wand for positioning a fill fiber between warp fibers during weaving; a base positional controller configured to move the weaving apparatus relative to the fill fiber wand and the warp fiber arms; and a warp fiber arm positional controller configured to move the warp fiber arms relative to the fill fiber wand and the weaving apparatus; wherein the warp fiber support comprises movable segments, the movable segments of the warp fiber support passing through an opening in a rim; and wherein the movable segments have a slot with a pin to prevent the movable segments from being removed from the rim.
A closure for a beverage cup, the closure comprising: a lid having a drinking opening; and a rotatable member in rotatable engagement with the lid, wherein the rotatable member swivels laterally of the lid between an open and a closed position, the rotatable member being adapted to close the opening in the lid when the rotatable member is in a closed position; wherein a vent in the lid vents into a void under the rotatable member; characterized in that when the rotatable member is in the closed position the void is sealed to an outside of the closure and when the rotatable member is in the open position the void is open to the outside. a lid having a drinking opening; and a rotatable member in rotatable engagement with the lid, wherein the rotatable member swivels laterally of the lid between an open and a closed position, the rotatable member being adapted to close the opening in the lid when the rotatable member is in a closed position; wherein a vent in the lid vents into a void under the rotatable member; characterized in that when the rotatable member is in the closed position the void is sealed to an outside of the closure and when the rotatable member is in the open position the void is open to the outside.
Device for the attaching of two objects (F1, F2) together in a position that can be adjusted in terms of separation, said device comprising at least one first and one second part, - said first part comprising means for linking (709, 704a, 704b, 909a, 909b, 904a, 904b) with a first object, and comprising a tube that extends along a first axis (X-X') and comprising a first notched inside surface, - said second part comprising means for linking (716, 711) with a second object, characterised in that: the device further comprises a third part separate from said first and second parts, that extends along a second axis (Y-Y'), comprising a rod comprising a second notched surface, said third part and said second part comprising means that cooperate in order to axially clip onto one another and in order to make them integral in rotation, said tube and said third part being provided, when their respective axes are substantially confounded, to, in a first relative angular position, slide into one another and to, in a second relative angular position, immobilise in translation the first part and the third part with respect to one another, in such a way as to adjust the separation between said objects. - said first part comprising means for linking (709, 704a, 704b, 909a, 909b, 904a, 904b) with a first object, and comprising a tube that extends along a first axis (X-X') and comprising a first notched inside surface, - said second part comprising means for linking (716, 711) with a second object, the device further comprises a third part separate from said first and second parts, that extends along a second axis (Y-Y'), comprising a rod comprising a second notched surface, said third part and said second part comprising means that cooperate in order to axially clip onto one another and in order to make them integral in rotation, said tube and said third part being provided, when their respective axes are substantially confounded, to, in a first relative angular position, slide into one another and to, in a second relative angular position, immobilise in translation the first part and the third part with respect to one another, in such a way as to adjust the separation between said objects.
A flight obstruction light, comprising, - a body having sides forming attachment surfaces - at least two light sectors attached to the body and arranged one above the other in vertical direction, the sectors being arranged so that the total number of sectors is at least four and the lens of each light sector is wider than the side of the body, comprising: - at least one LED and at least one lens for directing the light, characterized in that the lenses and the LEDs are attached to a printed circuit board, the extension of which in the horizontal direction of the lens corresponds with the width of the lens and is larger than the attachment side of the body. - a body having sides forming attachment surfaces - at least two light sectors attached to the body and arranged one above the other in vertical direction, the sectors being arranged so that the total number of sectors is at least four and the lens of each light sector is wider than the side of the body, comprising: - at least one LED and at least one lens for directing the light,
A suspension device of a fabric provided with a lower edge and with an upper edge, said device comprising: (i) a carrying structure intended to be fixed on a wall, (ii) a shaft, connected to the carrying structure by a pivot connection of axis, (iii) means for connecting the shaft to the upper edge of the fabric, (iv) means for rotating the shaft relative to the axis, in view of raising or lowering the fabric, in which the device further comprises blocking means of the lower edge of the fabric allowing to stop the upstroke of said lower edge when the fabric is raised, characterized in that the connecting means comprise a primer fabric provided with an upper edge connected to the shaft and with a lower edge, and a connection beam fixed to the lower edge of the primer fabric on the one hand and to the upper edge of the fabric on the other hand. (i) a carrying structure intended to be fixed on a wall, (ii) a shaft, connected to the carrying structure by a pivot connection of axis, (iii) means for connecting the shaft to the upper edge of the fabric, (iv) means for rotating the shaft relative to the axis, in view of raising or lowering the fabric, in which the device further comprises blocking means of the lower edge of the fabric allowing to stop the upstroke of said lower edge when the fabric is raised, characterized in that the connecting means comprise a primer fabric provided with an upper edge connected to the shaft and with a lower edge, and a connection beam fixed to the lower edge of the primer fabric on the one hand and to the upper edge of the fabric on the other hand.
System for use in freezing, storing and thawing biopharmaceutical materials, said system comprising: a flexible sterile container means for holding biopharmaceutical material therein; a holder more rigid than said container means and having a cavity, said container means received in said cavity, said holder extending along a perimeter of said container means and fixedly connected to said container means; said cavity is bounded by an inner surface, a first opening and a second opening on an opposite side of holder from opening; said holder comprising opposing sides defining an opening, said container means extending between said opposing sides of said holder defining said opening and said container means comprising a substantially smooth exterior surface extending between said opposing sides, said holder comprising a first portion and a second portion having the cavity therebetween when fixedly connected to one another, the flexible sterile container means being non-separably connected to first portion and/or second portion, said holder further comprises a rim extending from said opposing sides around said opening to support said container when said container is filled with the biopharmaceutical material first opening and second opening are surrounded by the rim which abuts an exterior surface of container and inhibit movement of container through opening or opening toward an exterior of holder. a flexible sterile container means for holding biopharmaceutical material therein; a holder more rigid than said container means and having a cavity, said container means received in said cavity, said holder extending along a perimeter of said container means and fixedly connected to said container means;
A system configured to process an input data signal from a photomultiplier (102, 104, 106, 152) of a flow cytometer comprising: an analog amplifier to amplify the input data signal by a gain factor; a first analog-to-digital converter to digitize the amplified input data signal; characterized by a second analogue-to-digital converter to digitize the input data signal; a binary multiplier configured to multiply the digitized input data signal by an amount equal to the gain factor; and a selection circuit to select between the multiplied digitized input data signal and the digitized amplified input data signal as an output data signal, based upon a comparison of the digitized amplified input data signal against a predetermined limit. an analog amplifier to amplify the input data signal by a gain factor; a first analog-to-digital converter to digitize the amplified input data signal; characterized by a second analogue-to-digital converter to digitize the input data signal; a binary multiplier configured to multiply the digitized input data signal by an amount equal to the gain factor; and a selection circuit to select between the multiplied digitized input data signal and the digitized amplified input data signal as an output data signal, based upon a comparison of the digitized amplified input data signal against a predetermined limit.