mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: requesting, by a client, an independently coded first representation of a video content component from a server; receiving and playing a first set of data units of the independently coded first representation; parsing, by the client, a Media Presentation Description to determine if a third representation of the video content component is equivalent to a second representation of the video content component in terms of a represented view, a picture quality, and a spatial resolution; requesting, based on the determination that the second and third representations are equivalent, a second set of data units of the second representation, said second set of data units being dependently coded on one or more requested or buffered data units of the first set, and said second set of data units being obtained for a time period corresponding to segments or sub-segments comprised by the requested or buffered data units of the first set; and requesting a third set of independently coded data units of the third representation. requesting, by a client, an independently coded first representation of a video content component from a server; receiving and playing a first set of data units of the independently coded first representation; parsing, by the client, a Media Presentation Description to determine if a third representation of the video content component is equivalent to a second representation of the video content component in terms of a represented view, a picture quality, and a spatial resolution; requesting, based on the determination that the second and third representations are equivalent, a second set of data units of the second representation, said second set of data units being dependently coded on one or more requested or buffered data units of the first set, and said second set of data units being obtained for a time period corresponding to segments or sub-segments comprised by the requested or buffered data units of the first set; and requesting a third set of independently coded data units of the third representation.
A medicament comprising a neuromuscular transmission blocking agent comprising as an active ingredient a highly purified type A neurotoxin that is of a HA-negative Clostridium botulinum type A isolated as infant botulism pathogen and has a molecular weight of 150 kDa for use in treating a disease with a muscle overactivity.
A hand held control unit for use in a hoist system characterised in that a grip is formed by a first part projecting from a housing of the hand held control unit, the first part having a largely T-shaped cross-section with grip surfaces that extend transversely to a stem of the T and intended for disposition between two fingers when a user uses the grip and that the grip further includes at least one further projecting part which has a largely L-shaped cross-section with a support surface facing the first projecting part.
An image processing method comprising: calculating a density of a character to be recorded based on information of a type, size and line width of the character; adjusting the irradiation energy of a laser beam for recording the character based on the density of the character; and irradiating a recording medium with the laser beam whose irradiation energy is adjusted so as to record the character thereon; wherein the calculating includes obtaining the entire length of a drawing line based on the size and type of the character to be recorded, and dividing the product of the entire length of the drawing line and the line width of the character by the size of the character, the character size being the product of its height (a) and width (b), so as to calculate the density of the character to be recorded; and wherein the adjusting includes adjusting the irradiation energy of a laser beam for a low density of the character to be recorded to be higher than the irradiation energy of a laser beam for a high density of the character to be recorded. calculating a density of a character to be recorded based on information of a type, size and line width of the character; adjusting the irradiation energy of a laser beam for recording the character based on the density of the character; and irradiating a recording medium with the laser beam whose irradiation energy is adjusted so as to record the character thereon; wherein the calculating includes obtaining the entire length of a drawing line based on the size and type of the character to be recorded, and dividing the product of the entire length of the drawing line and the line width of the character by the size of the character, the character size being the product of its height (a) and width (b), so as to calculate the density of the character to be recorded; and wherein the adjusting includes adjusting the irradiation energy of a laser beam for a low density of the character to be recorded to be higher than the irradiation energy of a laser beam for a high density of the character to be recorded.
A method, comprising: storing first decoding time data into a track box of an ISO base-media-file-format file, the first decoding time data related to decoding time of at least one sample of a coded multimedia content stored within an associated media data box of the media file; and storing alternate decoding time data in an alternate decoding time box of the ISO base-media-file-format file for the at least one sample for decoding a subset of the coded multimedia content comprising said at least one sample, the alternate decoding time data being expressed as a delta value that represents an adjustment for the decoding time of the at least one sample, wherein storing alternate decoding time data stores, in association with the delta, a first identifier identifying a scalability layer for the at least one sample and a second identifier identifying a temporal scalability layer for the at least one sample, wherein the alternate decoding timing data is stored in an alternate decoding time box, the alternate decoding time box indicating: - an operation point for which the alternate decoding times are used; - a sample count indicating the number of consecutive samples that have a given alternate decoding time delta; and - a sample delta representative of a difference between the alternate decoding times between the samples in a time-scale of multimedia content represented by the coded multimedia content. storing first decoding time data into a track box of an ISO base-media-file-format file, the first decoding time data related to decoding time of at least one sample of a coded multimedia content stored within an associated media data box of the media file; and storing alternate decoding time data in an alternate decoding time box of the ISO base-media-file-format file for the at least one sample for decoding a subset of the coded multimedia content comprising said at least one sample, the alternate decoding time data being expressed as a delta value that represents an adjustment for the decoding time of the at least one sample, wherein storing alternate decoding time data stores, in association with the delta, a first identifier identifying a scalability layer for the at least one sample and a second identifier identifying a temporal scalability layer for the at least one sample, wherein the alternate decoding timing data is stored in an alternate decoding time box, the alternate decoding time box indicating: - an operation point for which the alternate decoding times are used; - a sample count indicating the number of consecutive samples that have a given alternate decoding time delta; and - a sample delta representative of a difference between the alternate decoding times between the samples in a time-scale of multimedia content represented by the coded multimedia content. - an operation point for which the alternate decoding times are used; - a sample count indicating the number of consecutive samples that have a given alternate decoding time delta; and - a sample delta representative of a difference between the alternate decoding times between the samples in a time-scale of multimedia content represented by the coded multimedia content.
A medium composition that is suitable for culturing cells or tissues in a suspended state, which medium composition comprises a nanofiber dispersed in a liquid medium, wherein the nanofiber is constituted of a polysaccharide comprising a non-water-soluble polysaccharide selected from the group consisting of chitin and chitosan.
A structural member for an automobile, comprising: a press-formed product formed from one steel sheet; and a reinforcing member fixed to the press-formed product, wherein the press-formed product includes two vertical wall portions and a top plate portion linking the two vertical wall portions, the reinforcing member is a member which has an L-shaped cross section and includes a first plate-like portion and a second plate-like portion, the first plate-like portion is fixed, by at least one kind selected from the group consisting of welding, adhesive bonding, brazing, riveting, and friction stir joining, to one of the vertical wall portions such that the second plate-like portion protrudes toward an outward direction from a side of the vertical wall portion along the top plate portion, a cross section of a corner portion at a boundary between the vertical wall portion and the top plate portion has a rounded shape, and the second plate-like portion is disposed on a top plate portion side with respect to a starting position of the rounded shape in the vertical wall portion, in such a manner that when load is applied from the top plate portion side, deformation toward an outward direction of the corner portion of the press-formed product is suppressed by a corner portion at a boundary between the first plate-like portion and the second plate-like portion of the reinforcing member, for making the vertical wall portion become more likely to fall inwardly. a press-formed product formed from one steel sheet; and a reinforcing member fixed to the press-formed product, wherein the press-formed product includes two vertical wall portions and a top plate portion linking the two vertical wall portions, the reinforcing member is a member which has an L-shaped cross section and includes a first plate-like portion and a second plate-like portion, the first plate-like portion is fixed, by at least one kind selected from the group consisting of welding, adhesive bonding, brazing, riveting, and friction stir joining, to one of the vertical wall portions such that the second plate-like portion protrudes toward an outward direction from a side of the vertical wall portion along the top plate portion, a cross section of a corner portion at a boundary between the vertical wall portion and the top plate portion has a rounded shape, and the second plate-like portion is disposed on a top plate portion side with respect to a starting position of the rounded shape in the vertical wall portion, in such a manner that when load is applied from the top plate portion side, deformation toward an outward direction of the corner portion of the press-formed product is suppressed by a corner portion at a boundary between the first plate-like portion and the second plate-like portion of the reinforcing member, for making the vertical wall portion become more likely to fall inwardly.
A formulation for use in the treatment of a broad autism phenotype disorder, wherein the formulation comprises: dimethylsulfoxide (DMSO); and methylsulfonylmethane, wherein said formulation is suitable for administration to a subject having a broad autism phenotype disorder, wherein said DMSO is present in an amount ranging from about 0.01 g to about 10 g, and wherein said MSM is present in an amount ranging from about 1 g to about 50 g. dimethylsulfoxide (DMSO); and methylsulfonylmethane, wherein said formulation is suitable for administration to a subject having a broad autism phenotype disorder, wherein said DMSO is present in an amount ranging from about 0.01 g to about 10 g, and wherein said MSM is present in an amount ranging from about 1 g to about 50 g.
Band rule of die cutter, comprising: - a cutting edge extending in a longitudinal direction and a base extending transversely in height, wherein the base is adapted to be inserted in a corresponding housing seat of a support of a die cutter, and the cutting edge is intended for facing from the part opposite to the support toward a sheet to be die cut, wherein at least one recess, or cut-out, or notch, hereinafter named "nick", is provided through the cutting edge and at least part of the base of the rule, and extends longitudinally for a length corresponding to the missing length of the cutting edge and extends transversely on at least part of the base, characterized in that said nick has a substantially drop-like profile as the rule is observed laterally (15, 16). - a cutting edge extending in a longitudinal direction and a base extending transversely in height,
A method comprising: providing a substrate of a first material having a surface; placing a film of a second material at a first distance from the surface of the substrate and at an oblique angle relative to the surface of the substrate; flowing a liquid over the film such that the liquid covers the film; providing laser energy at a first location of the film; generating a high temperature plasma at the first location; the plasma generating a first pressure at an interface region of the liquid and the film proximate to the first location; accelerating the film at the first location to a first velocity; directing the film at the first location towards the surface of the substrate; causing the film at the first location to impact the surface of the substrate in a first region; and bonding the film the first location to a first region of the surface. providing a substrate of a first material having a surface; placing a film of a second material at a first distance from the surface of the substrate and at an oblique angle relative to the surface of the substrate; flowing a liquid over the film such that the liquid covers the film; providing laser energy at a first location of the film; generating a high temperature plasma at the first location; the plasma generating a first pressure at an interface region of the liquid and the film proximate to the first location; accelerating the film at the first location to a first velocity; directing the film at the first location towards the surface of the substrate; causing the film at the first location to impact the surface of the substrate in a first region; and bonding the film the first location to a first region of the surface.
A configuration method of duplication transmission, comprising: determining each radio bearer of a terminal; and performing a duplication transmission configuration for each radio bearer; characterized in that, the duplication transmission configuration performed for each radio bearer comprises: a Radio Bearer Identity, RB ID, and a configuration of a PDCP entity corresponding to the bearer; two corresponding Logical Channel Identity, LCID, used by the radio bearer for the duplication transmission, and configurations of RLC entities corresponding to the two logical channels respectively; for uplink transmission, configuring initial states of two logical channels as whether to be in an activated state immediately after the configuration; and for uplink transmission, a configuration as to whether to allow to activate or deactivate the duplication transmission. determining each radio bearer of a terminal; and performing a duplication transmission configuration for each radio bearer; characterized in that, the duplication transmission configuration performed for each radio bearer comprises: a Radio Bearer Identity, RB ID, and a configuration of a PDCP entity corresponding to the bearer; two corresponding Logical Channel Identity, LCID, used by the radio bearer for the duplication transmission, and configurations of RLC entities corresponding to the two logical channels respectively; for uplink transmission, configuring initial states of two logical channels as whether to be in an activated state immediately after the configuration; and for uplink transmission, a configuration as to whether to allow to activate or deactivate the duplication transmission. a Radio Bearer Identity, RB ID, and a configuration of a PDCP entity corresponding to the bearer; two corresponding Logical Channel Identity, LCID, used by the radio bearer for the duplication transmission, and configurations of RLC entities corresponding to the two logical channels respectively; for uplink transmission, configuring initial states of two logical channels as whether to be in an activated state immediately after the configuration; and for uplink transmission, a configuration as to whether to allow to activate or deactivate the duplication transmission.
An interchangeable lens apparatus configured to be attachable to a camera and configured to selectively use at least one of a plurality of accessories (1, 2, 6, 72), the apparatus characterized by comprising: an aberration data memory configured to store optical aberration data for the respective accessories (1, 2, 6, 72) and basic aberration data, that is optical aberration data of the interchangeable lens apparatus for a state where no accessories are used; an order data memory configured to store sending order data for determining a sending order of the optical aberration data to the camera; a determining means configured to determine particular optical aberration data, from the optical aberration data stored in the aberration data memory, to be sent to the camera based on information indicating which of the plurality of accessories have been selected for use and to determine the sending order of the particular aberration data based on the sending order data stored in the order data memory; and a transmitting means (330, 340) configured to send the particular optical aberration data, determined by the determining means, to the camera in the sending order determined by the determining means, wherein the transmitting means (330, 340) is configured to send at least part of the basic aberration data to the camera before sending the optical aberration data for the accessory or accessories. an aberration data memory configured to store optical aberration data for the respective accessories (1, 2, 6, 72) and basic aberration data, that is optical aberration data of the interchangeable lens apparatus for a state where no accessories are used; an order data memory configured to store sending order data for determining a sending order of the optical aberration data to the camera; a determining means configured to determine particular optical aberration data, from the optical aberration data stored in the aberration data memory, to be sent to the camera based on information indicating which of the plurality of accessories have been selected for use and to determine the sending order of the particular aberration data based on the sending order data stored in the order data memory; and a transmitting means (330, 340) configured to send the particular optical aberration data, determined by the determining means, to the camera in the sending order determined by the determining means, wherein the transmitting means (330, 340) is configured to send at least part of the basic aberration data to the camera before sending the optical aberration data for the accessory or accessories.
A clip for a component including an opening formed in a surface of the component, the clip comprising a shaft arranged to be located within the opening, wherein the shaft has a head and at least one lever hingedly attached by one end to the shaft; characterized in that: the clip is integrated into the component; and in that the clip has three levers, each lever being hingedly connected to the shaft and, in turn, hingedly attached by its other end to one of three legs extending from an edge of the opening; the legs being equally spaced about the opening; and in that the head includes an engagement means (22, 23) for assisting retention of the clip in an engaged state; the engagement means being at least one flange extending from the head or shaft, said flange being able to be received upon engagement by a channel located adjacent to the opening in the component; the channel being located in an underside surface of the component; and in that there are multiple flanges for engagement with a receiving channel on an underside surface of the component. the clip is integrated into the component; and in that the clip has three levers, each lever being hingedly connected to the shaft and, in turn, hingedly attached by its other end to one of three legs extending from an edge of the opening; the legs being equally spaced about the opening; and in that the head includes an engagement means (22, 23) for assisting retention of the clip in an engaged state; the engagement means being at least one flange extending from the head or shaft, said flange being able to be received upon engagement by a channel located adjacent to the opening in the component; the channel being located in an underside surface of the component; and in that there are multiple flanges for engagement with a receiving channel on an underside surface of the component.
A modified polyalkylene oxide obtained by reacting a polyalkylene oxide compound, a polyether monohydric alcohol, and a diisocyanate compound; wherein the polyalkylene oxide compound is a polyethylene oxide represented by formula HO-(CH 2 CH 2 O) n -H wherein n is an integer of 130 to 680; wherein the polyether monohydric alcohol comprises a random copolymer of ethylene oxide and propylene oxide, the random copolymer having a hydroxy group at one terminal and a linear-chain C 15-24 alkyl group at the other terminal, and having a ratio (a/b) of 1 to 2 wherein a represents the number of moles of ethylene oxide added and b represents the number of moles of propylene oxide added; and wherein the diisocyanate compounds is at least one member selected from the group consisting of compounds represented by formula O=C=N-R 2 -N=C=O wherein R 2 represents methyldiphenylene, hexamethylene, methyldicyclohexylene, 3-methyl-3,5,5-trimethylcyclohexylene, dimethylphenylene, or tolylene.
A mold for molding a glass-made optical component having a precise and complicated three-dimensional shape, the mold comprising: a female mold which has a lower mold of at least one molding mold for molding the glass-made optical component on an outer peripheral portion of a concave surface of the female mold; a male mold which has a convex surface combined with the concave surface of the female mold; and a ring mold which is arranged on an outer peripheral portion of the male mold, the ring mold having an upper mold of the at least one molding mold for molding the glass-made optical component, wherein both the lower mold of the molding mold and the upper mold of the molding mold are female molds having concave shape, and wherein molten glass gob introduced into the concave surface of the female mold is configured to be pressed from above by the male mold having the convex surface so that the molten glass gob is injected into a space formed between the lower mold and the upper mold of the at least one molding mold. a female mold which has a lower mold of at least one molding mold for molding the glass-made optical component on an outer peripheral portion of a concave surface of the female mold; a male mold which has a convex surface combined with the concave surface of the female mold; and a ring mold which is arranged on an outer peripheral portion of the male mold, the ring mold having an upper mold of the at least one molding mold for molding the glass-made optical component, wherein both the lower mold of the molding mold and the upper mold of the molding mold are female molds having concave shape, and wherein molten glass gob introduced into the concave surface of the female mold is configured to be pressed from above by the male mold having the convex surface so that the molten glass gob is injected into a space formed between the lower mold and the upper mold of the at least one molding mold.