mhurhangee/ep-ind-claims huggingface dataset:
A method for tile-based rendering of content comprising a plurality of content layers, wherein the content is organized as a plurality of tiles including at least a first tile and a second tile, the method comprising: in response to determining that content to be rendered in one tile does not depend on content rendered in another tile, rendering in a tile-then-layer approach, and rendering in a layer-then-tile approach otherwise; wherein the tile-then-layer approach includes rendering each of the plurality of tiles, wherein rendering one tile includes rendering all portions of layers, said portions pertaining to said one tile; and wherein the layer-then-tile approach includes rendering all tiles of each layer of the plurality of layers before proceeding with a next layer. in response to determining that content to be rendered in one tile does not depend on content rendered in another tile, rendering in a tile-then-layer approach, and rendering in a layer-then-tile approach otherwise; wherein the tile-then-layer approach includes rendering each of the plurality of tiles, wherein rendering one tile includes rendering all portions of layers, said portions pertaining to said one tile; and wherein the layer-then-tile approach includes rendering all tiles of each layer of the plurality of layers before proceeding with a next layer.
A culture apparatus comprising: an inner case having an opening in a front surface and stainless-steel shelf rests on left and right side surfaces (22, 23); and a stainless-steel shelf plate to be placed on the shelf rests and slid in a front-back direction, the shelf plate having a base surface on which a culture is to be placed, flanges (32, 33) respectively formed by being bent upward, at bent portions(32A, 33A), in end portions on left and right sides of the base surface, and sliding members (32B, 33B, 36) respectively provided: to outer surfaces of the flanges on the left and right sides in a range of 10 mm from a back surface side; and/or on each of the outer surfaces of the bent portions, on the left and right sides; and/or in a region, where each of the shelf rests on the left and right sides is to contact, of the lower surface of the base surface, wherein the sliding members are made of a material different from a material of the inner case, wherein the sliding members are fluorine coatings or constituted by: a resin coating using boron nitride, graphite, or molybdenum disulfide as a main raw material; or a sheet or film having one of fluorine, boron nitride, graphite, and molybdenum disulfide as its main constituent, and wherein the sliding members are made of a material resistant to hydrogen peroxide and/or have heat resistance to 100 degrees or more. an inner case having an opening in a front surface and stainless-steel shelf rests on left and right side surfaces (22, 23); and a stainless-steel shelf plate to be placed on the shelf rests and slid in a front-back direction, the shelf plate having a base surface on which a culture is to be placed, flanges (32, 33) respectively formed by being bent upward, at bent portions(32A, 33A), in end portions on left and right sides of the base surface, and a base surface on which a culture is to be placed, flanges (32, 33) respectively formed by being bent upward, at bent portions(32A, 33A), in end portions on left and right sides of the base surface, and sliding members (32B, 33B, 36) respectively provided: to outer surfaces of the flanges on the left and right sides in a range of 10 mm from a back surface side; and/or on each of the outer surfaces of the bent portions, on the left and right sides; and/or in a region, where each of the shelf rests on the left and right sides is to contact, of the lower surface of the base surface, wherein the sliding members are made of a material different from a material of the inner case, wherein the sliding members are fluorine coatings or constituted by: a resin coating using boron nitride, graphite, or molybdenum disulfide as a main raw material; or a sheet or film having one of fluorine, boron nitride, graphite, and molybdenum disulfide as its main constituent, and wherein the sliding members are made of a material resistant to hydrogen peroxide and/or have heat resistance to 100 degrees or more.
A method of enabling a Cloud Radio Access Network, C-RAN,- compatible central unit, CU, to modify at least one dynamic Transport Network Layer Association, TNLA, in communication with a C-RAN-compatible distributed unit, DU, comprising: communicating, by the CU to the DU, assigned first weight factor associated with a first TNLA and assigned second weight factor associated with a second TNLA, wherein at least one of i) the assigned first weight factor associated with the first TNLA indicates required selection, and ii) the assigned second weight factor for the second TNLA indicates required non-selection; updating, by the DU, the first and second weight factors for the first and second TNLAs, respectively; and automatically selecting, by the DU, the first TNLA for any new UE requiring service, characterized in that: the first TNLA is the TNLA to be retained, and the second TNLA is the TNLA to be deleted; and the number of UEs assigned to the second TNLA is reduced to zero after a period of time based on the assigned first and second weight factors. communicating, by the CU to the DU, assigned first weight factor associated with a first TNLA and assigned second weight factor associated with a second TNLA, wherein at least one of i) the assigned first weight factor associated with the first TNLA indicates required selection, and ii) the assigned second weight factor for the second TNLA indicates required non-selection; updating, by the DU, the first and second weight factors for the first and second TNLAs, respectively; and automatically selecting, by the DU, the first TNLA for any new UE requiring service, characterized in that: the first TNLA is the TNLA to be retained, and the second TNLA is the TNLA to be deleted; and the number of UEs assigned to the second TNLA is reduced to zero after a period of time based on the assigned first and second weight factors. the first TNLA is the TNLA to be retained, and the second TNLA is the TNLA to be deleted; and the number of UEs assigned to the second TNLA is reduced to zero after a period of time based on the assigned first and second weight factors.
Measuring device for measuring play parameters for a racket sport, such as tennis, squash or badminton, comprising a body containing at least one play data sensor, the body having grooves which are adapted to receive strings of a stringing of a racket, characterised in that the body also has reliefs which are compatible with the removable fixing of the measuring device in a cavity of an end of the handle of a racket (R'), in such a manner that the measuring device can be removably fixed either to the stringing of a racket or in the handle of a racket (R').
A mirror assembly comprising: a housing portion; a generally circular mirror coupled with the housing portion; a light source disposed at a periphery of the mirror; a substantially circular light pipe having a length and being positioned around at least a portion of the periphery of the mirror; and a light scattering region disposed along the length of the light pipe, the light scattering region comprising a plurality of light scattering elements having a pattern density determined by spatially varying the light scattering elements, the light scattering region configured to encourage a portion of the light impacting the light scattering elements to be emitted out of the light pipe and toward a user of the mirror, the pattern density of light scattering elements being less dense in a region near the light source and the pattern density of light scattering elements being greater in a region generally opposite the light source along the periphery of the mirror, thereby facilitating a substantially constant amount of light emitted along the length of the light pipe. a housing portion; a generally circular mirror coupled with the housing portion; a light source disposed at a periphery of the mirror; a substantially circular light pipe having a length and being positioned around at least a portion of the periphery of the mirror; and a light scattering region disposed along the length of the light pipe, the light scattering region comprising a plurality of light scattering elements having a pattern density determined by spatially varying the light scattering elements, the light scattering region configured to encourage a portion of the light impacting the light scattering elements to be emitted out of the light pipe and toward a user of the mirror, the pattern density of light scattering elements being less dense in a region near the light source and the pattern density of light scattering elements being greater in a region generally opposite the light source along the periphery of the mirror, thereby facilitating a substantially constant amount of light emitted along the length of the light pipe.
A method of acquiring an X-ray image of a region of interest of an object by irradiating X-rays to the object and detecting on a detector surface X-rays transmitted through the object, the method comprising the following steps being performed on a control device adapted therefor: - positioning a semitransparent X-ray transmitting device into a beam of the irradiating X-rays thereby at least partly shielding regions on the detector surface from X-rays; - acquiring an X-ray image by detecting X-rays transmitted through the object on the detector surface; - generating a virtual image from the acquired X-ray image, wherein image information included in the at least partly shielded regions on the detector surface is reestablished such as to correspond to image information with the semitransparent X-ray transmitting device absent; - detecting a region of interest from the virtual image comprising estimating a motion during a heart cycle and/or respiratory cycle; - automatically adjusting the position of the semitransparent X-ray transmitting device to the detected region of interest.. - positioning a semitransparent X-ray transmitting device into a beam of the irradiating X-rays thereby at least partly shielding regions on the detector surface from X-rays; - acquiring an X-ray image by detecting X-rays transmitted through the object on the detector surface; - generating a virtual image from the acquired X-ray image, wherein image information included in the at least partly shielded regions on the detector surface is reestablished such as to correspond to image information with the semitransparent X-ray transmitting device absent; - detecting a region of interest from the virtual image comprising estimating a motion during a heart cycle and/or respiratory cycle; - automatically adjusting the position of the semitransparent X-ray transmitting device to the detected region of interest..
Device for connecting a front element to a side element of a moveable part of a piece of furniture, in particular drawer, having at least two attachment units (14a, 14b) lying one on top of the other in the vertical direction of the front element, of which an upper attachment unit has a retaining projection with retaining portion, which can be attached to the inside of the front element and protrudes away from the inside towards the side element in the attached state, and a catch device for the retaining projection, which can be attached to the side element, wherein the catch device has a base body and a catch hook mounted on the base body so as to move between a release position and a catch position, wherein in the catch position, the catch hook engages between the retaining portion of the retaining projection, wherein the catch device has a slide guide device and a manually drivable actuating device, by means of which the catch hook can be driven to perform a working movement consisting of a clamping movement and a transverse movement superimposed in this respect, wherein the catch hook can be moved by the clamping movement between the release position and a retracted clamping position clamping the front element to the side element, and wherein the slide guide device causes the transverse movement of the catch hook between the release position and the catch position, and wherein the catch hook has a catch portion engaging behind the retaining portion of the retaining projection in the catch position and an elongate guide portion adjacent thereto in the longitudinal direction, on which at least one guide track or at least one guide element is or are formed, characterized in that the catch portion is fork-shaped and has a U-shaped receiving fork, which is formed by two fork legs (38a, 38b) spaced parallel to one another and a fork yoke connecting the fork legs (38a, 38b) to one another, wherein the fork legs (38a, 38b) protrude upwards from the remainder of the catch portion and the receiving fork is open upwards.
A T cell activating bispecific antigen binding molecule comprising (a) a first antigen binding moiety which specifically binds to CEA; (b) a second antigen binding moiety which specifically binds to CD3; (c) a third antigen binding moiety which specifically binds to CEA; and (d) an Fc domain composed of a first and a second subunit capable of stable association; wherein the first, second and third antigen binding moieties are Fab molecules and the second and the third antigen binding moiety are each fused at the C-terminus of the Fab heavy chain to the N-terminus of one of the subunits of the Fc domain, and the first antigen binding moiety is fused at the C-terminus of the Fab heavy chain to the N-terminus of the Fab heavy chain of the second antigen binding moiety; and wherein the first and the third antigen binding moiety each is a conventional Fab molecule and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 22 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 23, and the second antigen binding moiety is a crossover Fab molecule wherein the variable domains VL and VH or the constant domains CL and CH1 of the Fab light chain and the Fab heavy chain are replaced by each other and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 7. (a) a first antigen binding moiety which specifically binds to CEA; (b) a second antigen binding moiety which specifically binds to CD3; (c) a third antigen binding moiety which specifically binds to CEA; and (d) an Fc domain composed of a first and a second subunit capable of stable association;
A vehicle including a vehicle body (10, 210, 310), a front wheel that is disposed anterior to the vehicle body (10, 210, 310) and that is steerable about a steering axis (Cs), and a front fork (25L, 25R) that supports the front wheel, the vehicle body (10, 210, 310) including a vehicle body frame and a steering rotation unit (13, 313, 413) that is supported on the vehicle body frame and that rotates about the steering axis (Cs), wherein the vehicle comprises: a variable trail length mechanism (30, 330, 430) that varies a trail length (t) of the front wheel, the variable trail length mechanism (30, 330, 430) including an oscillation shaft (48, 348, 448) that extends in a vehicle width direction to thereby connect the front fork (25L, 25R) oscillatably with the steering rotation unit (13, 313, 413), wherein the oscillation shaft (48, 348, 448) is disposed at a position overlapping an axis of the front fork (25L, 25R) in a vehicle side elevational view, characterised in that the front fork (25L, 25R) constitutes an electronic control suspension capable of changing an axial length of the front fork, the vehicle further comprising: a control apparatus that drives the electronic control suspension so as to minimize a change in a vehicle height corresponding to the change in the vehicle height by an operation of the variable trail length mechanism (30, 330, 430). a variable trail length mechanism (30, 330, 430) that varies a trail length (t) of the front wheel, the variable trail length mechanism (30, 330, 430) including an oscillation shaft (48, 348, 448) that extends in a vehicle width direction to thereby connect the front fork (25L, 25R) oscillatably with the steering rotation unit (13, 313, 413), wherein the oscillation shaft (48, 348, 448) is disposed at a position overlapping an axis of the front fork (25L, 25R) in a vehicle side elevational view, characterised in that the front fork (25L, 25R) constitutes an electronic control suspension capable of changing an axial length of the front fork, the vehicle further comprising: a control apparatus that drives the electronic control suspension so as to minimize a change in a vehicle height corresponding to the change in the vehicle height by an operation of the variable trail length mechanism (30, 330, 430).
A door assembly for an aircraft, comprising: a partition panel disposed in use laterally within a fuselage of the aircraft; a descender panel movably secured to a lower end of the partition panel for selectively closing an aisle opening defined below the partition panel; and a handle disposed on the partition panel and operatively connected to descender panel through a link mechanism such that rotation of the handle is translated into linear movement of the descender panel to move the descender panel between a retracted position and a deployed position, wherein the link mechanism includes: a rocker arm link having a first end, a second end and a fixed pivot location wherein the rocker arm link is fixedly and pivotally connected to the partition panel; and an elongated link having a first end and a second end, wherein a first end of the elongated link is rotatably connected to the second end of the rocker arm link and a second end of the elongated link is rotatably connected to the descender panel, and wherein the first end of the rocker arm link is operatively connected to the handle such that rotation of the handle rotates the rocker arm link about the fixed pivot location to thereby vertically move the elongated link and the descender panel connected thereto. a partition panel disposed in use laterally within a fuselage of the aircraft; a descender panel movably secured to a lower end of the partition panel for selectively closing an aisle opening defined below the partition panel; and a handle disposed on the partition panel and operatively connected to descender panel through a link mechanism such that rotation of the handle is translated into linear movement of the descender panel to move the descender panel between a retracted position and a deployed position, wherein the link mechanism includes: a rocker arm link having a first end, a second end and a fixed pivot location wherein the rocker arm link is fixedly and pivotally connected to the partition panel; and an elongated link having a first end and a second end, wherein a first end of the elongated link is rotatably connected to the second end of the rocker arm link and a second end of the elongated link is rotatably connected to the descender panel, and a rocker arm link having a first end, a second end and a fixed pivot location wherein the rocker arm link is fixedly and pivotally connected to the partition panel; and an elongated link having a first end and a second end, wherein a first end of the elongated link is rotatably connected to the second end of the rocker arm link and a second end of the elongated link is rotatably connected to the descender panel, and wherein the first end of the rocker arm link is operatively connected to the handle such that rotation of the handle rotates the rocker arm link about the fixed pivot location to thereby vertically move the elongated link and the descender panel connected thereto.
A game system, comprising: a board comprising a plurality of pegs positioned substantially perpendicular to a board plane of the board, wherein the plurality of pegs are disposed in a plurality of rows spanning between outer edges of the board plane, wherein the board is elevated from horizontal such that the board plane has an angle of between about 10 degrees and about 60 degrees from horizontal, at least one deflector (310, 320, 330) configured to be coupled to at least two pegs aligned with one another; at least one ball configured to move on the board, wherein the plurality of pegs are arranged such that the at least one ball may pass between them; at least one goal configured to be coupled to at least two pegs of the plurality of pegs, wherein the at least one goal is configured to receive the at least one ball passing between the plurality of pegs and moving from the start end of the board toward the goal end; and characterised in that the plurality of pegs in the plurality of rows are aligned such that the plurality of pegs form cross rows spanning between a start end and a goal end of the board, with pathways between the cross rows, and one offset row spanning between the outer edges of the board plane, wherein the offset row comprises offset pegs disposed within the pathways between the cross rows; the game system further comprising a plurality of play selectors (410, 420, 430, 440, 450, 460) which determine a play for each player of the game system during each turn of a game. a board comprising a plurality of pegs positioned substantially perpendicular to a board plane of the board, wherein the plurality of pegs are disposed in a plurality of rows spanning between outer edges of the board plane, wherein the board is elevated from horizontal such that the board plane has an angle of between about 10 degrees and about 60 degrees from horizontal, at least one deflector (310, 320, 330) configured to be coupled to at least two pegs aligned with one another; at least one ball configured to move on the board, wherein the plurality of pegs are arranged such that the at least one ball may pass between them; at least one goal configured to be coupled to at least two pegs of the plurality of pegs, wherein the at least one goal is configured to receive the at least one ball passing between the plurality of pegs and moving from the start end of the board toward the goal end; and characterised in that the plurality of pegs in the plurality of rows are aligned such that the plurality of pegs form cross rows spanning between a start end and a goal end of the board, with pathways between the cross rows, and one offset row spanning between the outer edges of the board plane, wherein the offset row comprises offset pegs disposed within the pathways between the cross rows; the game system further comprising a plurality of play selectors (410, 420, 430, 440, 450, 460) which determine a play for each player of the game system during each turn of a game.
A process for the conversion of an alkane or a heteroalkane, wherein the alkane or heteroalkane comprises at least one sp 3 -hybridized carbon atom bearing at least one hydrogen atom, to a corresponding alkylselenium or alkyltellurium compound comprising (a) contacting the alkane or heteroalkane and a soft oxidizing electrophile comprising Se or Te, in an acidic medium, optionally further comprising an aprotic medium, and then (b) separating the respective alkylselenium or alkyltellurium product. (a) contacting the alkane or heteroalkane and a soft oxidizing electrophile comprising Se or Te, in an acidic medium, optionally further comprising an aprotic medium, and then (b) separating the respective alkylselenium or alkyltellurium product.