mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding video data, the method comprising: receiving one or more reference layer identifier IDs in a three-dimensional 3D lookup table for color gamut scalability, wherein the 3D lookup table is for an enhancement layer and wherein the one or more reference layer IDs identifies at least one reference layer of a plurality of reference layers of the video data to which the 3D lookup table is to be applied; applying the 3D lookup table to color components of a reference layer picture, only if the reference layer is identified by the one or more reference layer IDs, to convert the color components from a first color gamut for the reference layers of the video data to a second color gamut for the enhancement layer of the video data; generating an inter-layer reference picture for an enhancement layer picture in the enhancement layer of the video data based on the converted color components; and decoding video blocks of the enhancement layer picture based on the inter-layer reference picture generated using the 3D lookup table. receiving one or more reference layer identifier IDs in a three-dimensional 3D lookup table for color gamut scalability, wherein the 3D lookup table is for an enhancement layer and wherein the one or more reference layer IDs identifies at least one reference layer of a plurality of reference layers of the video data to which the 3D lookup table is to be applied; applying the 3D lookup table to color components of a reference layer picture, only if the reference layer is identified by the one or more reference layer IDs, to convert the color components from a first color gamut for the reference layers of the video data to a second color gamut for the enhancement layer of the video data; generating an inter-layer reference picture for an enhancement layer picture in the enhancement layer of the video data based on the converted color components; and decoding video blocks of the enhancement layer picture based on the inter-layer reference picture generated using the 3D lookup table.
An intraoral X-ray image sensor comprising: a sensor panel configured to detect an X-ray and generate an electrical signal, wherein the sensor panel is thin so as to be bendable; a printed circuit board configured to transfer the electrical signal to an external element, wherein the printed circuit board is made of a flexible material; and an elasticity adjustment member made of an elastic material, characterized in that the elasticity of the sensor panel and the printed circuit board is equal to or higher than the elasticity of the elasticity adjustment member, wherein the elasticity adjustment member is disposed between the sensor panel and the printed circuit board and has the same shape and size, and is bonded to both the sensor panel and the printed circuit board, provided to the front side and rear side thereof, such that the image sensor has a stacked structure and the elasticity adjustment member controls the extent of bending or the elasticity of the sensor panel and the printed circuit board, such that the image sensor can be bent to a degree within an elastic limit of the elasticity adjustment member. a sensor panel configured to detect an X-ray and generate an electrical signal, wherein the sensor panel is thin so as to be bendable; a printed circuit board configured to transfer the electrical signal to an external element, wherein the printed circuit board is made of a flexible material; and an elasticity adjustment member made of an elastic material, characterized in that the elasticity of the sensor panel and the printed circuit board is equal to or higher than the elasticity of the elasticity adjustment member, wherein the elasticity adjustment member is disposed between the sensor panel and the printed circuit board and has the same shape and size, and is bonded to both the sensor panel and the printed circuit board, provided to the front side and rear side thereof, such that the image sensor has a stacked structure and the elasticity adjustment member controls the extent of bending or the elasticity of the sensor panel and the printed circuit board, such that the image sensor can be bent to a degree within an elastic limit of the elasticity adjustment member.
Implantable device for improving or rectifying a heart valve insufficiency, comprising a closure body which can be positioned in the passage area of a heart valve, in particular in the area between an atrium and a ventricle of the heart, or which has an upper, upstream end and a lower, downstream end, wherein at least one contact band is arranged on at least one of the ends (1a, lb) of the closure body, extends away from the closure body, is guided back in at least one loop to the closure body and can be applied to the inner heart wall along at least a part of its extent, characterized in that at least one contact band forms at least one loop which is arranged in the atrium of the heart, and at least one contact band forms at least one loop which is arranged in the ventricle, wherein at least one of the loops is shaped convexly towards the heart wall and at least one of the loops, which is assigned to the ventricle, forms a tip which is distal to the closure body and which is oriented towards the heart wall.
An audio encoder (100; 200) for providing an encoded audio information (112; 212) on the basis of an input audio information (110; 210), the audio encoder comprising: a low frequency encoder (120; 220) configured to encode a low frequency portion of the input audio information to obtain an encoded representation (122; 222) of the low frequency portion; and a bandwidth extension information provider (130; 230) configured to provide bandwidth extension information (132; 232) on the basis of the input audio information; wherein the audio encoder is configured to selectively include bandwidth extension information into the encoded audio information in a signal-adaptive manner; characterised in that the audio encoder comprises a detector configured to determine a spectral tilt of portions of the input audio information, and to identify portions of the input audio information in dependence on whether the determined spectral tilt is larger than or equal to a fixed or variable tilt threshold value; and wherein the audio encoder is configured to selectively include bandwidth extension information into the encoded audio information for portions of the input audio information identified by the detector. a low frequency encoder (120; 220) configured to encode a low frequency portion of the input audio information to obtain an encoded representation (122; 222) of the low frequency portion; and a bandwidth extension information provider (130; 230) configured to provide bandwidth extension information (132; 232) on the basis of the input audio information; wherein the audio encoder is configured to selectively include bandwidth extension information into the encoded audio information in a signal-adaptive manner; characterised in that the audio encoder comprises a detector configured to determine a spectral tilt of portions of the input audio information, and to identify portions of the input audio information in dependence on whether the determined spectral tilt is larger than or equal to a fixed or variable tilt threshold value; and wherein the audio encoder is configured to selectively include bandwidth extension information into the encoded audio information for portions of the input audio information identified by the detector.
A table saw comprising: a table; a saw unit including a saw blade extendable through a slot in the table, and a riving knife positioned behind the saw blade and having a first mating interface; a storage mount bracket having a second mating interface complimentary to the first mating interface; and a blade guard assembly attachable to the first mating interface of the riving knife to cover at least a portion of the saw blade, the blade guard assembly being additionally attachable with the second mating interface to attach the blade guard assembly to the storage mount bracket when the blade guard assembly is removed from the riving knife; characterized in that: the second mating interface is identical to the first mating interface. a table; a saw unit including a saw blade extendable through a slot in the table, and a riving knife positioned behind the saw blade and having a first mating interface; a saw blade extendable through a slot in the table, and a riving knife positioned behind the saw blade and having a first mating interface; a storage mount bracket having a second mating interface complimentary to the first mating interface; and a blade guard assembly attachable to the first mating interface of the riving knife to cover at least a portion of the saw blade, the blade guard assembly being additionally attachable with the second mating interface to attach the blade guard assembly to the storage mount bracket when the blade guard assembly is removed from the riving knife; characterized in that: the second mating interface is identical to the first mating interface.
A metrology target comprising at least two segmented periodic structures, having a same coarse pitch, a same line to space (L:S) ratio of 1:1 and that are segmented into fine elements at a same fine pitch, characterized in that the segmented periodic structures differ from each other in that one thereof: lacks at least one of its corresponding fine elements while maintaining the same L:S ratio; or comprises two groups of the fine elements which are separated from each other by an integer multiple of the fine pitch while maintaining the same L:S ratio. lacks at least one of its corresponding fine elements while maintaining the same L:S ratio; or comprises two groups of the fine elements which are separated from each other by an integer multiple of the fine pitch while maintaining the same L:S ratio.
A method of monitoring a fluid process control system having a control loop for controlling the flow of a material through a path in the fluid process control system, the control loop including a control valve disposed in the path and that is movable between an open position and a closed position by a valve actuator, a valve controller for controlling movement of the control valve, and a fluid control line coupling the valve controller to the valve actuator, the method comprising: detecting a first pressure at a location in the control loop with a first pressure sensor disposed on-board the valve controller; detecting a second pressure at a location in the fluid process control system that is external to the control loop with a second pressure sensor disposed on-board the valve controller, wherein the second pressure is not needed for controlling the control valve; and determining a characteristic of the control loop based on the first pressure. detecting a first pressure at a location in the control loop with a first pressure sensor disposed on-board the valve controller; detecting a second pressure at a location in the fluid process control system that is external to the control loop with a second pressure sensor disposed on-board the valve controller, wherein the second pressure is not needed for controlling the control valve; and determining a characteristic of the control loop based on the first pressure.
A binary logic circuit for determining the ratio x / d in accordance with a rounding scheme, where x is a variable integer input of bit length w and d is a fixed positive integer of the form 2 n ± 1, the binary logic circuit being configured to form the ratio as a plurality of bit slices, the bit slices collectively representing the ratio, wherein the binary logic circuit is configured to generate each bit slice according to a first modulo operation for calculating mod (2 n ± 1) of a respective bit selection of the input x and in dependence on a check for a carry bit, wherein the binary logic circuit is configured to, responsive to the check, selectively combine a carry bit with the result of the first modulo operation.
A liquid discharge head comprising: an element substrate including an energy generation element configured to generate energy for discharging liquid from a discharge port; and a supporting member which supports the element substrate and in which a liquid chamber configured to supply liquid to the discharge port is formed, wherein a recessed portion communicating with the liquid chamber is formed in the supporting member at a position above the liquid chamber in a vertical direction from the element substrate to the liquid chamber, wherein at least one of surfaces forming the recessed portion is formed of a flexible member configured to absorb vibration of liquid in the liquid chamber, and wherein a width of the liquid chamber in a horizontal direction perpendicular to the vertical direction gradually decreases in the vertical direction. an element substrate including an energy generation element configured to generate energy for discharging liquid from a discharge port; and a supporting member which supports the element substrate and in which a liquid chamber configured to supply liquid to the discharge port is formed, wherein a recessed portion communicating with the liquid chamber is formed in the supporting member at a position above the liquid chamber in a vertical direction from the element substrate to the liquid chamber, wherein at least one of surfaces forming the recessed portion is formed of a flexible member configured to absorb vibration of liquid in the liquid chamber, and wherein a width of the liquid chamber in a horizontal direction perpendicular to the vertical direction gradually decreases in the vertical direction.
Method for producing hoselines and pipelines with RFID chips, characterized in that electrically conductive structures of predetermined geometry are applied to the outer surface of a hoseline or pipeline blank in a manner spaced at predetermined axial distances, and respective RFID chips are placed onto these electrically conductive structures, in which case the RFID chips become electrically conductively connected to the respective electrically conductive structure, and the hoseline or pipeline blank with the applied electrically conductive structures and the placed RFID chips is vulcanized together or cured and subsequently divided into sections of predetermined length.
An optical filtering coating composition, comprising: - at least one absorbing dye that is selected from a porphyrin and a quinoline, has a conjugated chromophore and selectively and at least partially inhibits transmission of light within the 400-500 nm wavelength range, - one or more epoxy compounds comprising at least one cycloaliphatic or aryl group, the ratio: number of carbon atoms / number of oxygen atoms in said at least one epoxy compound is higher than or equal to 3, and the dry extract weight of such epoxy compounds represents more than 33 % of the dry extract weight of the composition. - at least one absorbing dye that is selected from a porphyrin and a quinoline, has a conjugated chromophore and selectively and at least partially inhibits transmission of light within the 400-500 nm wavelength range, - one or more epoxy compounds comprising at least one cycloaliphatic or aryl group, the ratio: number of carbon atoms / number of oxygen atoms in said at least one epoxy compound is higher than or equal to 3, and the dry extract weight of such epoxy compounds represents more than 33 % of the dry extract weight of the composition.
Automatic cash machine, automatic cash register system and/or secure automatic cash register for handling banknotes, having a transport unit for transporting a bundle of banknotes, wherein the transport unit comprises at least one belt (36, 60) which can be driven with the aid of a drive unit, wherein the transport unit comprises a clamping unit, and wherein the clamping unit comprises a clamping element which can be pivoted about an axis of rotation and which, in a first position, is arranged in such a way that a bundle of banknotes can be fed into and/or removed from a receiving area arranged between the clamping element and the belt (36, 60), and which, in a second position, is arranged in such a way that a bundle of banknotes received in the receiving area is clamped in between the belt (36, 60) and the clamping element, characterized in that a roller that can be rotated about its longitudinal axis relative to the clamping element is arranged on the clamping element, via which roller the bundle of banknotes is guided as it is fed to the receiving area and/or as it is removed from the receiving area.
A system for use in a downhole environment, comprising: a pair of electrical cable sections joined via a coupling to form an electrical cable; and a connector slid over the coupling to ensure a secure, sealed connection of the pair of electrical cable sections, the connector comprising: an external housing joined to a pair of coupler ends, each coupler end being combined with a sealing system and a separate retainer system, characterized by the sealing system and the separate retainer system, each being formed at least in part of a shape memory alloy material selectively activatable to seal against and grip the pair of electrical cable sections. a pair of electrical cable sections joined via a coupling to form an electrical cable; and a connector slid over the coupling to ensure a secure, sealed connection of the pair of electrical cable sections, the connector comprising: an external housing joined to a pair of coupler ends, each coupler end being combined with a sealing system and a separate retainer system, characterized by the sealing system and the separate retainer system, each being formed at least in part of a shape memory alloy material selectively activatable to seal against and grip the pair of electrical cable sections.
Vehicle door having a window part located above a box part, in which door contains in the window part a frame with two side posts, an antenna for receiving electromagnetic waves attached to one of the side posts and powered by an electric beam characterized in that case by outer panel and an inner panel form the said box, in that the door includes a cross in the box, the said cross having a receiving hole to secure equipment and two reliefs longilines forming a guide corridor between them, at least part of the receiving hole being in the alignment of the said corridor of guidance, the inner panel, which also includes an access opening to access the inside of the aisle, preferably offset from the crossover, and the harness has a connector attached to the crossover by a fastening interface cooperating with the reception hole.
An apparatus for examining the visual function comprising a portion having a positioning location capable of receiving the face of a patient and a device for determining and/or analyzing the visual field of a patient, said device comprising: - a fixed portion secured to the portion of the apparatus for examining the patient visual function which has the positioning location, - a movable portion provided with two sectors (31, 33) each comprising a plurality of point light sources arranged to be turned on and off, the movable portion being displaceable between a deployed position in which each sector is located facing a corresponding eye of the patient when the patient's face is disposed in the positioning location, and a retracted position, the sectors (31, 33) being symmetrical relative to a vertical plane passing through the segment of the positioning location intended to receive the bridge of the patient's nose, - means for displacing the movable portion between the retracted position and the deployed position. - a fixed portion secured to the portion of the apparatus for examining the patient visual function which has the positioning location, - a movable portion provided with two sectors (31, 33) each comprising a plurality of point light sources arranged to be turned on and off, the movable portion being displaceable between a deployed position in which each sector is located facing a corresponding eye of the patient when the patient's face is disposed in the positioning location, and a retracted position, the sectors (31, 33) being symmetrical relative to a vertical plane passing through the segment of the positioning location intended to receive the bridge of the patient's nose, - means for displacing the movable portion between the retracted position and the deployed position.
A method for forming a plastic blow molded container, comprising: injection molding a preform from a plastic material, the preform comprising: a sidewall; an interior cavity; an open end; a closed end; and a neck adjacent the closed end of the preform, the neck of the preform including an engagement structure; providing a blow mold system, the blow mold system including a blow mold cavity; heating the preform prior to blow molding; placing at least a portion of the preform into the blow mold cavity; stretching the preform within the blow mold cavity, wherein the preform is stretched via a stretch rod extending through the open end of the preform into the interior cavity of the preform; and blow molding a plastic one-piece container body from the preform by inflating the stretched preform within the blow mold cavity, the container body comprising: an open end; a closed end; and a neck adjacent to the closed end, the neck of the container body including the engagement structure; wherein the open end of the container body is formed from the open end of the preform, and the closed end of the container body is formed from the closed end of the preform; and creating a dispensing opening through the closed end of the container body. injection molding a preform from a plastic material, the preform comprising: a sidewall; an interior cavity; an open end; a closed end; and a neck adjacent the closed end of the preform, the neck of the preform including an engagement structure; a sidewall; an interior cavity; an open end; a closed end; and a neck adjacent the closed end of the preform, the neck of the preform including an engagement structure; providing a blow mold system, the blow mold system including a blow mold cavity; heating the preform prior to blow molding; placing at least a portion of the preform into the blow mold cavity; stretching the preform within the blow mold cavity, wherein the preform is stretched via a stretch rod extending through the open end of the preform into the interior cavity of the preform; and blow molding a plastic one-piece container body from the preform by inflating the stretched preform within the blow mold cavity, the container body comprising: an open end; a closed end; and a neck adjacent to the closed end, the neck of the container body including the engagement structure; an open end; a closed end; and a neck adjacent to the closed end, the neck of the container body including the engagement structure; wherein the open end of the container body is formed from the open end of the preform, and the closed end of the container body is formed from the closed end of the preform; and creating a dispensing opening through the closed end of the container body.