mhurhangee/ep-ind-claims huggingface dataset:
A video decoding method for decoding multiple layers of an encoded video sequence using a Video Parameter Set, comprising: obtaining, from the VPS, representation format number information indicating the number of one or more representation formats; obtaining, from the VPS, information of representation format based on the representation format number information and determining the one or more representation formats based on information of representation format; obtaining, from the VPS, representation format index information for a current layer among the multiple layers indicating a representation format of the current layer among the one or more representation formats, and determining a representation format for the current layer based on representation format index information; and decoding pictures in the current layer based on the determined representation format for the current layer, wherein the information of representation format comprises: chroma format information indicating a chroma format among a plurality of chroma formats, and bit depth information indicating a bit depth, wherein the representation format number information indicates a maximum number of different types of bit depths and chroma formats included in said encoded video sequence. obtaining, from the VPS, representation format number information indicating the number of one or more representation formats; obtaining, from the VPS, information of representation format based on the representation format number information and determining the one or more representation formats based on information of representation format; obtaining, from the VPS, representation format index information for a current layer among the multiple layers indicating a representation format of the current layer among the one or more representation formats, and determining a representation format for the current layer based on representation format index information; and decoding pictures in the current layer based on the determined representation format for the current layer, wherein the information of representation format comprises: chroma format information indicating a chroma format among a plurality of chroma formats, and bit depth information indicating a bit depth, chroma format information indicating a chroma format among a plurality of chroma formats, and bit depth information indicating a bit depth, wherein the representation format number information indicates a maximum number of different types of bit depths and chroma formats included in said encoded video sequence.
A medical rubber part, obtained by press-molding an unvulcanized rubber mainly containing a rubber for forming a liquid-contacting portion and an unvulcanized rubber mainly containing a butyl-based rubber for forming a non-liquid-contacting portion, wherein a color difference dE between the liquid-contacting portion and the non-liquid-contacting portion is 6.0 or more in NBS units.
An apparatus, comprising: a sequence selection module to select (702, 706) two or more sequences of a plurality of directional transmission patterns, the two or more sequences corresponding to two or more time periods, wherein each of the two or more sequences encompasses a full rotation panorama, and each of the two or more sequences is a rotational shift of a first sequence; and a plurality of radiating elements (602 a-n) to wirelessly transmit (704, 708) a broadcast at the two or more time periods in accordance with the two or more sequences. a sequence selection module to select (702, 706) two or more sequences of a plurality of directional transmission patterns, the two or more sequences corresponding to two or more time periods, wherein each of the two or more sequences encompasses a full rotation panorama, and each of the two or more sequences is a rotational shift of a first sequence; and a plurality of radiating elements (602 a-n) to wirelessly transmit (704, 708) a broadcast at the two or more time periods in accordance with the two or more sequences.
A photosensitizer, for use in treating photodamaged skin by photodynamic therapy in an animal, wherein said PDT comprises: a) subjecting the photodamaged skin of said animal to a pretreatment such as a mechanical or chemical pretreatment; b) applying to the photodamaged skin of said animal a composition comprising said photosensitizer for a duration between 20 to 40 minutes; c) removing said photosensitizer; and d) photoactivating said photosensitizer 2.5 hours later for a duration of at least 2 hours with natural light. a) subjecting the photodamaged skin of said animal to a pretreatment such as a mechanical or chemical pretreatment; b) applying to the photodamaged skin of said animal a composition comprising said photosensitizer for a duration between 20 to 40 minutes; c) removing said photosensitizer; and d) photoactivating said photosensitizer 2.5 hours later for a duration of at least 2 hours with natural light.
A component mounting line changeover support system for a component mounting line that is configured to mount components on a circuit board using multiple component mounters lined up along a conveyance path of a circuit board, the component mounting line changeover support system comprising: a batch exchange unit (18, 19) set on each of the multiple component mounters, the batch exchange unit (18, 19) being configured for batch exchanging multiple feeders that are configured to supply components or multiple suction nozzles that are configured to pick up the components and mount the components on the circuit board; multiple exchange-use batch exchange units (18, 19) configured to be exchanged with the batch exchange units (18, 19) set on the component mounters; a memorizing means configured to memorize setup information that is information of feeders or suction nozzles loaded on each of the multiple exchange-use batch exchange units (18, 19); and a changeover determining means configured to decide and notify to an operator a combination of batch exchange units (18, 19) that include all of the feeders or suction nozzles to be used in a post-changeover production from among the multiple exchange-use batch exchange units (18, 19), based on the setup information memorized on the memorizing means that is information of the feeders or suction nozzles loaded on the batch exchange units (18, 19) used in a pre-changeover production. a batch exchange unit (18, 19) set on each of the multiple component mounters, the batch exchange unit (18, 19) being configured for batch exchanging multiple feeders that are configured to supply components or multiple suction nozzles that are configured to pick up the components and mount the components on the circuit board; multiple exchange-use batch exchange units (18, 19) configured to be exchanged with the batch exchange units (18, 19) set on the component mounters; a memorizing means configured to memorize setup information that is information of feeders or suction nozzles loaded on each of the multiple exchange-use batch exchange units (18, 19); and a changeover determining means configured to decide and notify to an operator a combination of batch exchange units (18, 19) that include all of the feeders or suction nozzles to be used in a post-changeover production from among the multiple exchange-use batch exchange units (18, 19), based on the setup information memorized on the memorizing means that is information of the feeders or suction nozzles loaded on the batch exchange units (18, 19) used in a pre-changeover production.
Horological movement comprising an analogue time display, a geartrain, a barrel kinematically linked with the analogue display via the geartrain, and an oscillator formed of a resonator, comprising a balance and a piezoelectric balance-spring, and a mechanical escapement coupling the balance with the geartrain, the piezoelectric balance-spring being formed at least partially from a piezoelectric material and comprising at least two electrodes (68, 69) of which at least one electrode is connected to an electronic control circuit, the piezoelectric material and said at least one electrode being arranged in such a way as to enable the application, managed by the electronic control circuit, of electrical stress on the piezoelectric balance-spring, the horological movement being configured such that the barrel is capable of driving the analogue display and maintaining on its own a functional oscillation of the oscillator with a first amplitude which is dependent on the spatial orientation of the horological movement; the electronic control circuit being arranged to be able to be connected to an electrical energy source; characterised in that the electronic control circuit is arranged to be able to control the application of an electrical voltage to said at least one electrode so as to generate driving electrical pulses for the oscillator which supply it with sufficient energy to enable a functional oscillation of this oscillator, for each spatial orientation of the horological movement, with a second amplitude which is greater than a maximum nominal value of the first amplitude for this spatial orientation.
A process for the synthesis of a nano composite cathode material LiM x Mn 1-x PO 4 /C wherein M is a transition metal cation dopant selected from either Co or Ni and x varies from 0 to 0.12 for lithium ion batteries, said process comprising the steps of: i. mixing acetate or nitrate salts of lithium, manganese, dopant and ammonium dihydrogen orthophosphate in the weight ratio ranging between 4.1: 9.8: 0: 4.6 to 4.1: 8.8: 1:4.6; ii. dissolving the mixture as obtained in step (i) in water in the ratio ranging between 1:1 at a temperature in the range of 27-30°C; iii. adding the solution as obtained in step (ii) in glycine in the ratio ranging between 1:1; iv. heating the solution as obtained in step (iii) at a temperature in the range of 60 to 75°C for a period in the range of 2 to 4 hours; v. drying the heated solution as obtained in step (iv) for a period in the range of 10 to 12 hrs at a temperature in the range of 100-120°C; vi. grinding and calcining the mixture as obtained in step (v) at a temperature in the range of 800-850°C for a period in the range of 4 to 5 hrs in air atmosphere to obtain calcined powders; vii. ball milling the calcined powders as obtained in step (vi) with 30 wt% of acetylene black carbon to obtain said nano composite cathode material, wherein said process does not involve an inert environment. i. mixing acetate or nitrate salts of lithium, manganese, dopant and ammonium dihydrogen orthophosphate in the weight ratio ranging between 4.1: 9.8: 0: 4.6 to 4.1: 8.8: 1:4.6; ii. dissolving the mixture as obtained in step (i) in water in the ratio ranging between 1:1 at a temperature in the range of 27-30°C; iii. adding the solution as obtained in step (ii) in glycine in the ratio ranging between 1:1; iv. heating the solution as obtained in step (iii) at a temperature in the range of 60 to 75°C for a period in the range of 2 to 4 hours; v. drying the heated solution as obtained in step (iv) for a period in the range of 10 to 12 hrs at a temperature in the range of 100-120°C; vi. grinding and calcining the mixture as obtained in step (v) at a temperature in the range of 800-850°C for a period in the range of 4 to 5 hrs in air atmosphere to obtain calcined powders; vii. ball milling the calcined powders as obtained in step (vi) with 30 wt% of acetylene black carbon to obtain said nano composite cathode material,
A method for detecting a movement of a surface on an irradiated eye, comprising the steps of: - irradiating a surface of the eye with a coherent light beam with an energy below the therapeutic window, wherein a movement of the surface is caused by the irradiating light beam, - detecting variations caused by said movement in a speckle pattern produced by reflexions of said light beam at said surface, - selecting a single speckle from said speckle pattern, and - detecting said variations at the selected speckle. - irradiating a surface of the eye with a coherent light beam with an energy below the therapeutic window, wherein a movement of the surface is caused by the irradiating light beam, - detecting variations caused by said movement in a speckle pattern produced by reflexions of said light beam at said surface, - selecting a single speckle from said speckle pattern, and - detecting said variations at the selected speckle.
A medicated module attachable to a drug delivery device, comprising, a. a housing having a proximal end and a distal end, where the proximal end has a connector configured for attachment to a drug delivery device; b. a reservoir in the form of a capsule in the housing comprising a first medicament; c. a guard configured to move in an axial direction during application to an injection site and arranged to serve as a needle guard that can reduce the risk of accidental needle sticks; and d. a proximal needle cannula mounted in the proximal end of the housing and a distal needle cannula that are configured to pierce septa located on proximal and distal ends of the capsule; characterized in that the medicated module further comprises a movable selector, in which the distal needle cannula is mounted, wherein the selector is operably connected to the guard such that the selector is moveable to two or more predetermined positions, wherein the selector is configured such that in a first position, the selector prevents the guard from moving axially and the first medicament in the reservoir is not is allowed to be dispensed; and such that in a second position the guard is free to move axially and the first medicament in the reservoir is allowed to be dispensed; and that a portion of the proximal end of the housing and a portion of the selector define a cavity for holding the capsule, wherein movement of the selector from the first into the second position decreases the cavity volume such that the capsule is pierced at its proximal and distal portion by the proximal needle cannula and the distal needle cannula. a. a housing having a proximal end and a distal end, where the proximal end has a connector configured for attachment to a drug delivery device; b. a reservoir in the form of a capsule in the housing comprising a first medicament; c. a guard configured to move in an axial direction during application to an injection site and arranged to serve as a needle guard that can reduce the risk of accidental needle sticks; and d. a proximal needle cannula mounted in the proximal end of the housing and a distal needle cannula that are configured to pierce septa located on proximal and distal ends of the capsule;
A paint cup assembly for a paint sprayer, comprising: a paint reservoir; a cap configured to engage the paint reservoir, the cap having an outlet tube; and a valve assembly (350; 1400) disposed within the cap, characterized in that the valve assembly (350; 1400) includes a spring and a plunger having a shaft and a head extending from the shaft, wherein the head of the plunger comprises a sealing collar having a sealing face extending radially from a proximal end of the head, and one or more flutes to facilitate fluid flow through the paint cup assembly when the sealing face is disengaged from the valve seat formed within the cap at the base of the outlet tube, and wherein the valve assembly is configured to be operable from a closed configuration in which fluid flow through the outlet is prevented to an open configuration in which fluid flow through the outlet is permitted upon engagement with a paint sprayer. a paint reservoir; a cap configured to engage the paint reservoir, the cap having an outlet tube; and a valve assembly (350; 1400) disposed within the cap, characterized in that the valve assembly (350; 1400) includes a spring and a plunger having a shaft and a head extending from the shaft, wherein the head of the plunger comprises a sealing collar having a sealing face extending radially from a proximal end of the head, and one or more flutes to facilitate fluid flow through the paint cup assembly when the sealing face is disengaged from the valve seat formed within the cap at the base of the outlet tube, and wherein the valve assembly is configured to be operable from a closed configuration in which fluid flow through the outlet is prevented to an open configuration in which fluid flow through the outlet is permitted upon engagement with a paint sprayer.
A method of creating a decorative object comprising: selecting a first rubber stick with a first continuous internal pattern that extends down an entire length of a longitudinal axis of the first rubber stick; cutting a segment from the first rubber stick; coring a hole through the segment; and inserting a retainer into the hole such that the segment is coupled to the retainer. selecting a first rubber stick with a first continuous internal pattern that extends down an entire length of a longitudinal axis of the first rubber stick; cutting a segment from the first rubber stick; coring a hole through the segment; and inserting a retainer into the hole such that the segment is coupled to the retainer.
Transport vehicle designed to be pulled by an overhead cable, comprising an attachment device configured to attach the vehicle to the overhead cable, a support structure configured to support at least one chair (7 to 9), and a hanger arm connecting the support structure to the attachment device, the hanger arm extending along a longitudinal axis and said at least one chair (7 to 9) being mounted rotationally on the support structure around an axis of rotation perpendicular to the longitudinal axis, characterized in that said at least one chair (7 to 9) is configured to rotate around the axis of rotation so that the field of vision of the passenger seated in the chair (7 to 9) is directed towards the ground.
Acetyl-leucine, or a pharmaceutically acceptable salt thereof, for use in treating or preventing a migraine, or one or more symptoms associated therewith.
A surgical implant (2, 100) comprising: a film (10, 110) comprising a first therapeutic agent, the film being combined with a mesh (20, 120) comprising a second therapeutic agent; and wherein: the film is a pre-cast film and covers at least a portion of the mesh; the first therapeutic agent is released at a first rate and the second therapeutic agent is released at a second different rate; wherein said film is partially degradable in less than 24 hours from implantation; wherein the first therapeutic agent is releasable from the film when the film degrades; and wherein said film comprises glycerol and carboxymethyl cellulose in a ratio of 5:1 (carboxymethyl cellulose: glycerol). a film (10, 110) comprising a first therapeutic agent, the film being combined with a mesh (20, 120) comprising a second therapeutic agent; and the film is a pre-cast film and covers at least a portion of the mesh; the first therapeutic agent is released at a first rate and the second therapeutic agent is released at a second different rate; wherein said film is partially degradable in less than 24 hours from implantation; wherein the first therapeutic agent is releasable from the film when the film degrades; and wherein said film comprises glycerol and carboxymethyl cellulose in a ratio of 5:1 (carboxymethyl cellulose: glycerol).
A coated media substrate, comprising an ink-receiving layer coated on at least one side of a substrate and formulated for accepting an inkjet ink composition, the ink-receiving layer comprising: an optical brightening agent; an organic acid salt; a binder; a pigment; and a low-molecular weight polymeric carrier having a weight average molecular weight less than 50,000 Mw; and, wherein the organic acid salt is present in the ink-receiving layer from 2 to 20 wt%. an optical brightening agent; an organic acid salt; a binder; a pigment; and a low-molecular weight polymeric carrier having a weight average molecular weight less than 50,000 Mw; and, wherein the organic acid salt is present in the ink-receiving layer from 2 to 20 wt%.
A method for the preparation of alkylarylketones according to the general formula wherein R stands for a saturated or unsaturated, branched or linear alkyl or alkenyl moiety with 1 to 22 C-atoms, or an aromatic or hetero aromatic moiety with at least 5 C-atoms; Ar stands for an aromatic moiety, and R' represents a hydrogen atom, or a saturated or unsaturated, branched or linear alkyl or alkenyl moiety with 1 to 22 C-atoms, and n is zero or a number of 1 to 4; comprising the steps i) providing a blend of (a) an aromatic monocarboxylic acid (b) a second monocarboxylic acid, selected from a saturated or unsaturated C8-C22 fatty acid, a branched or alicyclic monocarboxylic acid without heteroatoms or an alicyclic monocarboxylic acids containing heteroatoms for example oxygen or sulfur atoms, an aryl alkyl monocarboxylic acid as hydroxyphenyl alkyl monocarboxylic acid, alkoxyphenyl alkyl monocarboxylic acid, halogenphenyl alkyl monocarboxylic acid, a polycyclic monocarboxylic acid as naphthyl alkyl monocarboxylic acid, or mixtures thereof, and (c) an iron containing catalyst, and (d) a non-aqueous solvent; ii) heating said blend to a temperature of between 250 and 380 °C, preferably between 270 and 340 °C for at least 10 h and continuously remove water and CO 2 from the blend during the reaction takes place, iii) after the reaction is terminated, the blend is distilled under reduced pressure and the reaction product is obtained in the distillate; characterized in that the catalyst (c) is a mixed Fe 2+/ Fe 3+ oxide. i) providing a blend of (a) an aromatic monocarboxylic acid (b) a second monocarboxylic acid, selected from a saturated or unsaturated C8-C22 fatty acid, a branched or alicyclic monocarboxylic acid without heteroatoms or an alicyclic monocarboxylic acids containing heteroatoms for example oxygen or sulfur atoms, an aryl alkyl monocarboxylic acid as hydroxyphenyl alkyl monocarboxylic acid, alkoxyphenyl alkyl monocarboxylic acid, halogenphenyl alkyl monocarboxylic acid, a polycyclic monocarboxylic acid as naphthyl alkyl monocarboxylic acid, or mixtures thereof, and (c) an iron containing catalyst, and (d) a non-aqueous solvent; (a) an aromatic monocarboxylic acid (b) a second monocarboxylic acid, selected from a saturated or unsaturated C8-C22 fatty acid, a branched or alicyclic monocarboxylic acid without heteroatoms or an alicyclic monocarboxylic acids containing heteroatoms for example oxygen or sulfur atoms, an aryl alkyl monocarboxylic acid as hydroxyphenyl alkyl monocarboxylic acid, alkoxyphenyl alkyl monocarboxylic acid, halogenphenyl alkyl monocarboxylic acid, a polycyclic monocarboxylic acid as naphthyl alkyl monocarboxylic acid, or mixtures thereof, and (c) an iron containing catalyst, and (d) a non-aqueous solvent; ii) heating said blend to a temperature of between 250 and 380 °C, preferably between 270 and 340 °C for at least 10 h and continuously remove water and CO 2 from the blend during the reaction takes place, iii) after the reaction is terminated, the blend is distilled under reduced pressure and the reaction product is obtained in the distillate;
Device (12, 12') for the drying of packaging (1, 1'), in particular composite packaging for foodstuffs, comprising: - a conveyor belt (13, 13') with cells (14, 14') for receiving the packaging (1, 1'), and - at least one drying facility for the drying of the packaging (1, 1'), - wherein the drying facility has at least one contact element with at least one contact surface (20, 20A, 20B), and - wherein the contact surface (20, 20A, 20B) of the contact element is made from plastic, in particular from an elastomer or a thermoplastic, characterised in that the contact surface (20, 20A, 20B) of the contact element has a profile with at least one recess. - a conveyor belt (13, 13') with cells (14, 14') for receiving the packaging (1, 1'), and - at least one drying facility for the drying of the packaging (1, 1'), - wherein the drying facility has at least one contact element with at least one contact surface (20, 20A, 20B), and - wherein the contact surface (20, 20A, 20B) of the contact element is made from plastic, in particular from an elastomer or a thermoplastic,