mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding a coded video bitstream implemented by a video decoder based on the VVC standard, wherein the coded video bitstream comprises a slice header of a current slice and data representing the current slice, the method comprising: parsing the slice header from the coded video bitstream, wherein the slice header comprises a reference picture list structure; deriving, based on the reference picture list structure, two reference picture lists of the current slice, wherein, in each of the two reference picture lists, reference pictures that are used for inter prediction of the current picture are only referred to by a number of active entries at the beginning of each of the two reference picture lists, while other entries of the list are referred to as inactive entries, the inactive entries refer to all reference pictures that are not used for inter prediction of the current picture but is used in inter prediction for one or more pictures that follow the current picture in decoding order; and obtaining, based on the reference picture list, at least one reconstructed block of the current slice. parsing the slice header from the coded video bitstream, wherein the slice header comprises a reference picture list structure; deriving, based on the reference picture list structure, two reference picture lists of the current slice, wherein, in each of the two reference picture lists, reference pictures that are used for inter prediction of the current picture are only referred to by a number of active entries at the beginning of each of the two reference picture lists, while other entries of the list are referred to as inactive entries, the inactive entries refer to all reference pictures that are not used for inter prediction of the current picture but is used in inter prediction for one or more pictures that follow the current picture in decoding order; and obtaining, based on the reference picture list, at least one reconstructed block of the current slice.
A lubricating oil composition comprising: a base oil and a fullerene adduct wherein the fullerene adduct is a compound obtained by adding a compound selected from a group consisting of trimethylbenzene, cumene, a compound having an ether bond, a compound having an ester bond, a compound having a phosphate ester bond, a compound having a disulfide bond, a compound having a phenolic hydroxyl group, and a silicone, to a fullerene; the compounds having an ether bond are selected from a group consisting of tripropylene glycol, dipropylene glycol, triethylene glycol, tetrahydrofuran; and the compounds having an ester bond are selected from a group consisting of ethyl acetate and octyl acetate. wherein the fullerene adduct is a compound obtained by adding a compound selected from a group consisting of trimethylbenzene, cumene, a compound having an ether bond, a compound having an ester bond, a compound having a phosphate ester bond, a compound having a disulfide bond, a compound having a phenolic hydroxyl group, and a silicone, to a fullerene; the compounds having an ether bond are selected from a group consisting of tripropylene glycol, dipropylene glycol, triethylene glycol, tetrahydrofuran; and the compounds having an ester bond are selected from a group consisting of ethyl acetate and octyl acetate.
Textile machine with a plurality of workstations which each have a two-for-one twisting spindle driveable by a tangential belt and are equipped with a device, which ensures, in the case of a thread break, that the whorl of the two-for-one twisting spindle loses contact with the tangential belt and the two-for-one twisting spindle is braked to a standstill, characterised in that in the area of the two-for-one twisting spindles movably mounted belt pressure rollers are arranged which are placed respectively by a compensation unit on the tangential belt, wherein the compensation units are permanently charged so that the tangential belt during the twisting operation in all of the production states of the two-for-one twisting spindles always transmits a constant torque on the two-for-one twisting spindles and in that the two-for-one twisting spindles are mounted respectively movably on a spindle rail of a textile machine designed as a two-for-one twisting or cabling machine and from an operating position in which the whorl of the two-for-one twisting spindle at a predefined pressure bears on the rotating tangential belt can be moved into an inoperative position, in which the whorl of the two-for-one twisting spindle is loaded by a spindle braking device.
A feet position guidance aid for formulating at least one individually formed thermoplastic insole, wherein the feet position guidance aid is made of flexible material, wherein an upper surface of the feet position guidance aid comprises guiding places (27a, 27b) for feet for guiding the position of said feet arranged on a guiding place a lifter, wherein the lifter is a rising structure in front of a toe joint basin arranged as a socket for toe joints of said feet, the lifter being arranged to lift up and support the toes of said feet so that said feet is guided to a position suitable for formulating the individually formed thermoplastic insole, wherein the lifter is formed curved so that a front edge of the lifter is closer to the bigger toe than the smaller toe characterized in that the feet position guidance aid comprises a groove between said guiding places (27a, 27b) reaching from the back of the feet position guidance aid to the toe joint basin. guiding places (27a, 27b) for feet for guiding the position of said feet arranged on a guiding place a lifter, wherein the lifter is a rising structure in front of a toe joint basin arranged as a socket for toe joints of said feet, the lifter being arranged to lift up and support the toes of said feet so that said feet is guided to a position suitable for formulating the individually formed thermoplastic insole, wherein the lifter is formed curved so that a front edge of the lifter is closer to the bigger toe than the smaller toe characterized in that the feet position guidance aid comprises a groove between said guiding places (27a, 27b) reaching from the back of the feet position guidance aid to the toe joint basin.
A coiled tubing service rig comprising: A. a mast (3, 4) having a long axis; and B. a base structure for the mast (3, 4), the mast (3, 4) pivotally mounted to the base structure, wherein the mast (3, 4) is able to pivot from a position substantially parallel to ground to substantially perpendicular to ground; C. a coiled tubing injector, while operatively mounted to the mast (3, 4), is able to (i) travel longitudinally along the mast (3, 4) from a position near to the base structure when the mast (3, 4) is perpendicular to the ground to a position away from the base structure when the mast (3, 4) is perpendicular to the ground, and (ii) rotate from a position substantially parallel to the long axis to a position substantially perpendicular to the long axis; and D. a pipe comprising at least one lubricator, the pipe further having one end being connected to the coiled tubing injector and another end not connected to the coiled tubing injector, characterized in that, while the coiled tubing injector is operatively mounted to the mast and when the pipe is in a parallel position with respect to the ground, a coiled tubing is capable of being passed through the coiled tubing injector in a horizontal position, through the lubricator and out the end of the lubricator oriented away from the coiled tubing injector. A. a mast (3, 4) having a long axis; and B. a base structure for the mast (3, 4), the mast (3, 4) pivotally mounted to the base structure, wherein the mast (3, 4) is able to pivot from a position substantially parallel to ground to substantially perpendicular to ground; C. a coiled tubing injector, while operatively mounted to the mast (3, 4), is able to (i) travel longitudinally along the mast (3, 4) from a position near to the base structure when the mast (3, 4) is perpendicular to the ground to a position away from the base structure when the mast (3, 4) is perpendicular to the ground, and (ii) rotate from a position substantially parallel to the long axis to a position substantially perpendicular to the long axis; and (i) travel longitudinally along the mast (3, 4) from a position near to the base structure when the mast (3, 4) is perpendicular to the ground to a position away from the base structure when the mast (3, 4) is perpendicular to the ground, and (ii) rotate from a position substantially parallel to the long axis to a position substantially perpendicular to the long axis; and D. a pipe comprising at least one lubricator, the pipe further having one end being connected to the coiled tubing injector and another end not connected to the coiled tubing injector,
Exhaust gas muffler system for a protected vehicle, comprising an exhaust gas muffler, a cooling air guidance housing mounted at the exhaust gas muffler, and an electrothermal converter apparatus mounted at an outside of the exhaust gas muffler and mounted within the cooling air guidance housing for actively extracting heat from the exhaust gas muffler which the converter apparatus delivers to cooling air flowing through the cooling air guidance housing to affect a heat signature of the exhaust gas muffler system. an exhaust gas muffler, a cooling air guidance housing mounted at the exhaust gas muffler, and an electrothermal converter apparatus mounted at an outside of the exhaust gas muffler and mounted within the cooling air guidance housing for actively extracting heat from the exhaust gas muffler which the converter apparatus delivers to cooling air flowing through the cooling air guidance housing to affect a heat signature of the exhaust gas muffler system.
An extraction capsule, which contains a substance for preparing a liquid food, comprising an extraction-side bottom with an outlet opening and a lateral wall that adjoins the bottom and has a terminal flange aligned radially outward, and comprising an injection-side filling opening, which is closed by a sealing film, wherein the extraction-side bottom has a stationary peripheral edge area, and a circumferential joint point that circumferentially borders the annular edge area on the center side and adjoins a bottom plate, which prior to use lies in a first position in a plane which is farther away from the plane in which the sealing film lies on the filling opening than the stationary, peripheral edge area, and that perforation means are arranged on or at the side of the bottom plate directed toward the interior side of the capsule, wherein the bottom plate can be moved from the first mentioned position into a second position closer to the film that closes the filling opening, wherein the extraction capsule incorporates a console molded onto the lateral wall, which further directly and/or indirectly carries an extraction-side sealing film to be perforated, and is penetrated by the perforation means in the second position, characterized in that the joint point is designed as an annular and U-shaped channel with a thinned wall by comparison to the bottom plate and wall area.
An apparatus for use in the drying of substrates using a solid particulate material, said apparatus comprising: (a) housing means having mounted therein a rotatably mounted cylindrical drum; (b) access means; and (c) at least one collection means, wherein said rotatably mounted cylindrical drum additionally comprises capturing and transferring means, adapted to facilitate collection of said solid particulate material and transfer of said material to said at least one collection means, wherein said capturing and transferring means comprises routing means adapted to direct the transference of said solid particulate material to said collection means, and characterised in that either wherein said capturing and transferring means is comprised in lifters and said routing means comprises a plurality of compartments each of which comprises a plurality of opposed offset chambers, arranged along each side of the inner walls of the lifters, such that, in operation, rotation of the drum causes solid particulate material to be transferred from one side of the lifter to the other into a chamber which is partly offset from an opposite chamber, such that said material is caused to be transported along the length of the lifter to said collection means, or wherein said capturing and transferring means is comprised in lifters and wherein said routing means comprises an Archimedean screw adapted so as to transport said solid particulate material along the length of the capturing and transferring means to said collection means, (a) housing means having mounted therein a rotatably mounted cylindrical drum; (b) access means; and (c) at least one collection means,
Apparatus for forming a tissue fold composed of two tissue layers, comprising (a) a device having a tissue chamber covered by a flexible-membrane sleeve, said sleeve in the relaxed condition having an elongate slit with a length and a gap dimensioned to restrict intake through the elongate slit of additional tissue layers, once the two tissue layers of the tissue fold have been drawn into the tissue chamber through the elongate slit, under a vacuum applied to the tissue chamber; (b) a vacuum source for applying vacuum to said tissue chamber; and (c) a controller operatively connected to said vacuum source for controlling the rate at which vacuum is applied to said tissue chamber, to control the rate at which tissue is drawn into said tissue chamber, characterised in that the device is configured to operate to stretch the elongate slit along said length as the controller is controlling the rate of vacuum being formed in said tissue chamber. (a) a device having a tissue chamber covered by a flexible-membrane sleeve, said sleeve in the relaxed condition having an elongate slit with a length and a gap dimensioned to restrict intake through the elongate slit of additional tissue layers, once the two tissue layers of the tissue fold have been drawn into the tissue chamber through the elongate slit, under a vacuum applied to the tissue chamber; (b) a vacuum source for applying vacuum to said tissue chamber; and (c) a controller operatively connected to said vacuum source for controlling the rate at which vacuum is applied to said tissue chamber, to control the rate at which tissue is drawn into said tissue chamber, characterised in that the device is configured to operate to stretch the elongate slit along said length as the controller is controlling the rate of vacuum being formed in said tissue chamber.
A transistor comprising: a nanowire channel, wherein the nanowire channel includes nanowires and the nanowires are about 15 or less angstroms apart, characterized in that the nanowires are created from a MXene material. a nanowire channel, wherein the nanowire channel includes nanowires and the nanowires are about 15 or less angstroms apart, characterized in that the nanowires are created from a MXene material.
A method for improving battery life of client devices, the method being performed by a data processing system configured to communicate via a network with a plurality of client devices, the method comprising: receiving, from each client device of the plurality of client devices at which a content item is presented, rendering performance data of the content item corresponding to a display of the content item at the client device; receiving, from each client device of the plurality of client devices, mobile device property data that indicates one or more mobile device properties of the client device corresponding to the received rendering performance data; determining, an estimate of battery usage associated with displaying or rendering the content item on the client devices based on the rendering performance data of the content item that corresponds to the display of the content item at each of the plurality of client devices and the corresponding mobile device property data; and modifying, a content selection policy associated with the content item based on the estimate of battery usage to restrict the content item from subsequent selection in response to requests for content from the client devices. communicate via a network with a plurality of client devices, the method comprising: receiving, from each client device of the plurality of client devices at which a content item is presented, rendering performance data of the content item corresponding to a display of the content item at the client device; receiving, from each client device of the plurality of client devices, mobile device property data that indicates one or more mobile device properties of the client device corresponding to the received rendering performance data; determining, an estimate of battery usage associated with displaying or rendering the content item on the client devices based on the rendering performance data of the content item that corresponds to the display of the content item at each of the plurality of client devices and the corresponding mobile device property data; and modifying, a content selection policy associated with the content item based on the estimate of battery usage to restrict the content item from subsequent selection in response to requests for content from the client devices. receiving, from each client device of the plurality of client devices, mobile device property data that indicates one or more mobile device properties of the client device corresponding to the received rendering performance data; determining, an estimate of battery usage associated with displaying or rendering the content item on the client devices based on the rendering performance data of the content item that corresponds to the display of the content item at each of the plurality of client devices and the corresponding mobile device property data; and modifying, a content selection policy associated with the content item based on the estimate of battery usage to restrict the content item from subsequent selection in response to requests for content from the client devices.
A medium conveyance apparatus comprising: a detection unit configured to detect a positional shift of a medium in a direction orthogonal to a conveyance direction of the medium on the basis of an image obtained by imaging the medium conveyed on a conveyance path; a conveyance control unit configured to perform control of conveying the medium to positions of first rollers that are provided above and below the conveyance path of the medium, each of the first rollers including both a cylindrical portion and a tapering portion that are continuous with each other, and of correcting a positional shift of the medium by making the first rollers convey the medium in a state that the medium is sandwiched between the first rollers when a positional shift of the medium is detected; a calculation unit configured to calculate a positional shift amount of the medium on the basis of a spacing distance between a regulator unit provided in a direction orthogonal to a conveyance direction of the conveyance path and the medium or on the basis of an angle between the regulator unit and the medium; and a conveyance distance determination unit configured to determine a conveyance distance over which the medium is conveyed by the first rollers on the basis of a tapering angle of the tapering portions and the positional shift amount of the medium calculated by the calculation unit, wherein the conveyance control unit is configured to control the first rollers on the basis of a conveyance distance determined by the conveyance distance determination unit. a detection unit configured to detect a positional shift of a medium in a direction orthogonal to a conveyance direction of the medium on the basis of an image obtained by imaging the medium conveyed on a conveyance path; a conveyance control unit configured to perform control of conveying the medium to positions of first rollers that are provided above and below the conveyance path of the medium, each of the first rollers including both a cylindrical portion and a tapering portion that are continuous with each other, and of correcting a positional shift of the medium by making the first rollers convey the medium in a state that the medium is sandwiched between the first rollers when a positional shift of the medium is detected; a calculation unit configured to calculate a positional shift amount of the medium on the basis of a spacing distance between a regulator unit provided in a direction orthogonal to a conveyance direction of the conveyance path and the medium or on the basis of an angle between the regulator unit and the medium; and a conveyance distance determination unit configured to determine a conveyance distance over which the medium is conveyed by the first rollers on the basis of a tapering angle of the tapering portions and the positional shift amount of the medium calculated by the calculation unit, wherein the conveyance control unit is configured to control the first rollers on the basis of a conveyance distance determined by the conveyance distance determination unit.
A composite manufacturing system (100, 202) comprising: a press (102, 210) comprising: an upper portion (104, 220); and a lower portion (106, 222) having a desired shape for a composite structure, wherein the lower portion (106, 222) is configured to receive layers of composite material (112, 230); a bladder (212, 302) associated with the upper portion (104, 220) of the press (102, 210) and configured to reach a superplastic state when heated such that the bladder (212, 302) forms the composite structure by applying pressure to the layers of composite material (112, 230); and characterized by a support structure, which takes the form of a frame (234, 300), connected to the upper portion (104, 220) of the press (102, 210) and configured to hold the bladder (212, 302) in place during formation of the composite structure (204, wherein the frame (234, 300) is configured to apply pressure around a portion of the bladder (212, 302) to create an air-tight seal to hold the bladder (212, 302) in place. a press (102, 210) comprising: an upper portion (104, 220); and a lower portion (106, 222) having a desired shape for a composite structure, wherein the lower portion (106, 222) is configured to receive layers of composite material (112, 230); an upper portion (104, 220); and a lower portion (106, 222) having a desired shape for a composite structure, wherein the lower portion (106, 222) is configured to receive layers of composite material (112, 230); a bladder (212, 302) associated with the upper portion (104, 220) of the press (102, 210) and configured to reach a superplastic state when heated such that the bladder (212, 302) forms the composite structure by applying pressure to the layers of composite material (112, 230); and characterized by a support structure, which takes the form of a frame (234, 300), connected to the upper portion (104, 220) of the press (102, 210) and configured to hold the bladder (212, 302) in place during formation of the composite structure (204, wherein the frame (234, 300) is configured to apply pressure around a portion of the bladder (212, 302) to create an air-tight seal to hold the bladder (212, 302) in place.
A method for producing a compound selected from the group consisting of L-cysteine, L-cystine, derivatives and precursors thereof, which comprises cultivating an L-cysteine producing bacterium of Enterobacteriaceae family in a culture medium containing sulphate, and collecting the compound from the culture medium, wherein the bacterium has been modified to have enhanced expression of one or more genes selected from the group consisting of the genes of the cysDNC cluster and the cysQ gene, wherein the derivatives are selected from the group consisting of S-sulfocysteine, thiazolidine derivatives, and hemithioketal, and the precursors are selected from the group consisting of O-acetylserine and N-acetylserine.