mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting an idle screen for a display device in a system that includes a plurality of components, a memory cache, and a memory system, wherein the memory cache caches data for memory operations from the plurality of components; responsive to detecting the idle screen, enabling caching of frame data in the memory cache, wherein caching of frame data is disabled during times that the idle screen is not detected, wherein the memory cache is coupled to the memory system and is configured to cache data accessed in the memory system, wherein the memory cache is checked for a hit prior to accessing the memory system in response to a memory operation; caching at least a portion of frame data in the memory cache in response to read memory operations reading the frame data from the memory system during times that the caching of frame data is enabled; and caching data read by the plurality of components in the memory cache in response to read operations from the plurality of components. detecting an idle screen for a display device in a system that includes a plurality of components, a memory cache, and a memory system, wherein the memory cache caches data for memory operations from the plurality of components; responsive to detecting the idle screen, enabling caching of frame data in the memory cache, wherein caching of frame data is disabled during times that the idle screen is not detected, wherein the memory cache is coupled to the memory system and is configured to cache data accessed in the memory system, wherein the memory cache is checked for a hit prior to accessing the memory system in response to a memory operation; caching at least a portion of frame data in the memory cache in response to read memory operations reading the frame data from the memory system during times that the caching of frame data is enabled; and caching data read by the plurality of components in the memory cache in response to read operations from the plurality of components.
Method of upholstering at least two seats (31, 32, 33) of a seat arrangement, in particular seats (31, 32, 33) of an aircraft cabin, wherein each seat (31, 32, 33) comprises at least one seat cushion and one backrest, characterized by - providing a woven web of fabric (10, 20, 50, 60), wherein the web of fabric (10, 20, 50, 60) comprises at least one stylistic element (12, 13, 14, 15, 21, 22, 23, 24, 25, 26, 28, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 51, 52, 53, 62, 63, 64, 65) multiply arranged on the web of fabric (10, 20, 50, 60) within one longitudinal repeating pattern, the stylistic element being arranged in the form of at least one local accumulation consisting of at least three equal stylistic elements on the web of fabric (10, 20, 50, 60), and the longitudinal repeating pattern has a length of at least 1.20 m, - cutting out several cuttings from the web of fabric (10, 20, 50, 60), and - upholstering at least the seat cushions and backrests of the seats (31, 32, 33) with said cuttings. - providing a woven web of fabric (10, 20, 50, 60), wherein the web of fabric (10, 20, 50, 60) comprises at least one stylistic element (12, 13, 14, 15, 21, 22, 23, 24, 25, 26, 28, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 51, 52, 53, 62, 63, 64, 65) multiply arranged on the web of fabric (10, 20, 50, 60) within one longitudinal repeating pattern, the stylistic element being arranged in the form of at least one local accumulation consisting of at least three equal stylistic elements on the web of fabric (10, 20, 50, 60), and the longitudinal repeating pattern has a length of at least 1.20 m, - cutting out several cuttings from the web of fabric (10, 20, 50, 60), and - upholstering at least the seat cushions and backrests of the seats (31, 32, 33) with said cuttings.
A wireless transmit/receive unit "WTRU" (102a - 102c) comprising a processor, a memory, and communication circuitry, the WTRU being capable of connecting to a communications network via its communication circuitry, characterized in that the WTRU further comprises computer-executable instructions stored in the memory of the WTRU which, when executed by the processor of the WTRU, cause the WTRU to: receive, from a first apparatus (114a, 114b, 118a, 118b, 119a, 119b, 140a - 140c, 160a - 160c, 180a - 180c), a first configuration, the first configuration pertaining to beam-specific measurements of a plurality of beams of one or more wireless cells wherein the first configuration comprises a maximum number of beams and a threshold, the first apparatus being an apparatus configured to wirelessly interface with the WTRU; perform beam-specific measurements according to the first configuration; and derive, based on the beam-specific measurements, a cell quality wherein the cell quality is based on a group of beams comprising up to the maximum number of beams, wherein the each beam in the group of beams has quality above the threshold. receive, from a first apparatus (114a, 114b, 118a, 118b, 119a, 119b, 140a - 140c, 160a - 160c, 180a - 180c), a first configuration, the first configuration pertaining to beam-specific measurements of a plurality of beams of one or more wireless cells wherein the first configuration comprises a maximum number of beams and a threshold, the first apparatus being an apparatus configured to wirelessly interface with the WTRU; perform beam-specific measurements according to the first configuration; and derive, based on the beam-specific measurements, a cell quality wherein the cell quality is based on a group of beams comprising up to the maximum number of beams, wherein the each beam in the group of beams has quality above the threshold.
An insulating support flange, comprising: a first tubular section; a second tubular section radially disposed around the first tubular section and connected to the first tubular section via a solid annular section extending radially outward from the first tubular section to a first end of the second tubular section, wherein an annular open air volume is formed between an inner wall of the second tubular section and an outer wall of the first tubular section; an annular base extending radially outward from a second end of the second tubular section; characterised in that the insulating support flange further comprises a plurality of prongs extending axially from the annular base proximate a circumference of the annular base. a first tubular section; a second tubular section radially disposed around the first tubular section and connected to the first tubular section via a solid annular section extending radially outward from the first tubular section to a first end of the second tubular section, wherein an annular open air volume is formed between an inner wall of the second tubular section and an outer wall of the first tubular section; an annular base extending radially outward from a second end of the second tubular section; characterised in that the insulating support flange further comprises a plurality of prongs extending axially from the annular base proximate a circumference of the annular base.
A wristlet comprising: - a first row with at least one central link provided with two open-through holes, said holes of the central link, - a second row and a third row disposed respectively on either side of the first row, the second row and the third row each comprising at least one lateral link, said lateral link being provided with two holes, called holes of the lateral link, with a hole of the lateral link of the second row aligned on a hole of the central link of the first row and on a hole of the lateral link of the third row to form a set with three aligned holes, - a connecting rod positioned in the three aligned holes, said connecting rod being fixedly mounted with respect to the lateral link of the second row and of the third row and forming an axis around which the central link is pivotally mounted, the wristlet being characterised in that the connecting rod comprises a shoulder, and in that each hole of the central link opens at one of its ends onto a hollow formed in said central link, said hollow being delimited by a first so-called internal wall as it is the closest to the centre of the central link and by a second so-called external wall as it is the furthest from the centre of the central link, the first wall and the second wall serving as a first banking and second banking for the shoulder when the central link pivots about the connecting rod so as to limit the amplitude of rotation of said central link about the connecting rod. - a first row with at least one central link provided with two open-through holes, said holes of the central link, - a second row and a third row disposed respectively on either side of the first row, the second row and the third row each comprising at least one lateral link, said lateral link being provided with two holes, called holes of the lateral link, with a hole of the lateral link of the second row aligned on a hole of the central link of the first row and on a hole of the lateral link of the third row to form a set with three aligned holes, - a connecting rod positioned in the three aligned holes, said connecting rod being fixedly mounted with respect to the lateral link of the second row and of the third row and forming an axis around which the central link is pivotally mounted,
A process for producing a cysteine engineered antibody comprising one or more free cysteine amino acids having a thiol reactivity value in the range of 0.6 to 1.0, and a sequence in the heavy chain selected from SEQ ID NOS: 10, 11, 13, 14, 31, 34, 37, 38 and 42: NSLRCEDTAV (SEQ ID NO:10) LVTVCSASTKGPS (SEQ ID NO:11) LVTVSSCSTKGPS (SEQ ID NO:13) LVTVSSACTKGPS (SEQ ID NO:14) HEDPEVKFNWYVDGCEVHNAKTKPR (SEQ ID NO:31) YKCKVCNKALP (SEQ ID NO:34) KGFYPCDIAVE (SEQ ID NO:37) PPVLDCDGSFF (SEQ ID NO:38) GQGTLVTVSACSTKGPSVFPL (SEQ ID NO:42) where the cysteine in SEQ ID NOS: 10, 11, 13, 14, 31, 34, 37, 38 and 42 is the free cysteine amino acid; or a sequence in the light chain selected from SEQ ID NOS: 17, 19, 20, 21, 22, 24, 25 and 27: SLSASCGDRVT (SEQ ID NO:17) EIKRTCAAPSV (SEQ ID NO:19) TCAAPCVFIFPP (SEQ ID NO:20) FIFPPCDEQLK (SEQ ID NO:21) DEQLKCGTASV (SEQ ID NO:22) WKVDNCLQSGN (SEQ ID NO:24) ALQSGCSQESV (SEQ ID NO:25) GLSSPCTKSFN (SEQ ID NO:27) where the cysteine in SEQ ID NOS: 17, 19, 20, 21, 22, 24, 25 and 27 is the free cysteine amino acid; wherein the process comprises replacing one or more amino acid residues of a parent antibody with the free cysteine amino acid residue, where the parent antibody selectively binds to an antigen and the cysteine engineered antibody selectively binds to the same antigen as the parent antibody, and wherein the cysteine engineered antibody is a human, chimeric or humanized antibody.
Equipment suitable for offering domain name resolution services, said equipment being intended to be connected to a communication network implementing security domains, said equipment being intended to be declared as domain name server to client devices in said communication network, said equipment including a client interface unit suitable for receiving domain name resolution requests from said client devices and for responding to said requests, each domain name resolution request including an IP address of the client device having sent said request and a domain name to be resolved; said equipment further including: - an authentication unit suitable for performing first authentication operations checking, for each domain name resolution request, at least using the IP address of the client device having sent said request, whether said client device or a user of said client device has been previously registered with said equipment or with an external authentication server to which said equipment is connected; - an authorisation unit suitable for performing first authorisation operations checking, for each resolution request for a domain name authenticated by the authentication unit, whether the client device having sent said request or the user of said client device effectively has right of access to the resources of said domain name; and - a domain name resolution unit suitable for performing domain name resolution operations using a cache in which said equipment stores associations of IP addresses and of respective domain names, said cache being populated using results of domain name resolutions performed by external name servers (124a, 124b) each corresponding to one of said security domains, to which said equipment is intended to be connected via respective secure tunnels and to which said equipment refers, independently of said security domains, when said cache does not include data making it possible to perform the requested domain name resolution. - an authentication unit suitable for performing first authentication operations checking, for each domain name resolution request, at least using the IP address of the client device having sent said request, whether said client device or a user of said client device has been previously registered with said equipment or with an external authentication server to which said equipment is connected; - an authorisation unit suitable for performing first authorisation operations checking, for each resolution request for a domain name authenticated by the authentication unit, whether the client device having sent said request or the user of said client device effectively has right of access to the resources of said domain name; and - a domain name resolution unit suitable for performing domain name resolution operations using a cache in which said equipment stores associations of IP addresses and of respective domain names,
Flooring blank with a multi-layer structure, which has a wear layer made from a transparent plastic, a decorative layer, a reinforcing layer and a support layer, as well as with at least one edge (11, 12), which extends from a usable surface to a back of the flooring blank and on which a profiled contour is provided, which has a rounding or chamfer in the region of the usable surface and forms an undercut in a lower region of the flooring blank, characterised in that the profiled contour is produced entirely by a laser tool with a cutting nozzle, the longitudinal axis of which when producing the profiled contour is oriented perpendicular to the usable surface, wherein the chamfer or rounding merges into a convex curve structure, and wherein the curve structure adjoins an inclined, substantially straight, contour section, wherein the straight contour section extends to the back of the flooring blank.
Holding device to hold an object, comprising a receptacle with a front end and a rear end provided to receive the object, first holding means at the front end of the receptacle, second holding means at the rear end of the receptacle, a first shape memory alloy wire and a second shape memory alloy wire being actuated by applying an electrical power to them, wherein the first shape memory alloy wire and the second shape memory alloy wire exhibit a defined length at temperatures beneath a transition temperature range, and a reduced contracted length at temperatures above the transition temperature range, characterized in that - the first shape memory alloy wire is provided and built to move the first holding means along a locking direction, wherein the first shape memory alloy wire is attached to the first holding means with its first end and to a first fixation with its second end, and wherein the first holding means are built to lock and unlock the object within the receptacle in a first retracted state of extension-retraction means, - the second shape memory alloy wire is provided and built to move the extension-retraction means at the front end of the receptacle along an extension-retraction direction, arranged essentially orthogonal to the locking direction, wherein the second shape memory alloy wire is attached to the extension-retraction means with its first end and to a second fixation with its second end, and wherein the extension-retraction means are provided and built to extend the object from the first retracted state of the extension-retraction means into a second extracted state of the extension-retraction means, and/or to retract the object from the second extracted state of the extension-retraction means into the first retracted state of the extension-retraction means. - the first shape memory alloy wire is provided and built to move the first holding means along a locking direction, wherein the first shape memory alloy wire is attached to the first holding means with its first end and to a first fixation with its second end, and wherein the first holding means are built to lock and unlock the object within the receptacle in a first retracted state of extension-retraction means, - the second shape memory alloy wire is provided and built to move the extension-retraction means at the front end of the receptacle along an extension-retraction direction, arranged essentially orthogonal to the locking direction, wherein the second shape memory alloy wire is attached to the extension-retraction means with its first end and to a second fixation with its second end, and wherein the extension-retraction means are provided and built to extend the object from the first retracted state of the extension-retraction means into a second extracted state of the extension-retraction means, and/or to retract the object from the second extracted state of the extension-retraction means into the first retracted state of the extension-retraction means.
A multilayer bleed duct (100; 200), configured to direct a flow of exhaust gas from an aircraft, the duct comprising: - an inner thermal insulating layer having a tubular surface which defines a passageway for the exhaust gases, said inner layer being made of inorganic matrix fiber-reinforced composite material, said inner layer comprising at least two edges and, substantially parallel to each other, superposing or at least partially superposing along a longitudinal direction of the tubular surface; - an outer layer having a rigid tubular surface configured to structurally resist the fluid dynamic mechanical stresses in an operating condition of the aircraft, said outer layer being made of fiber-reinforced composite material; - an intermediate adhesive layer positioned between said inner layer and said outer layer said intermediate adhesive layer having an inorganic base, configured to allow a structural continuity between said inner layer and said outer layer, the overall configuration of the multilayer bleed duct (100; 200) being such that a temperature gradient value between a tubular surface that defines a passageway for the exhaust gases and an outer surface of the duct, that is, a temperature difference between the inner and outer surface of the duct, measured along a radial thickness of the duct itself, is greater than or equal to 80 °C during an operating condition where the exhaust gases are released. - an inner thermal insulating layer having a tubular surface which defines a passageway for the exhaust gases, said inner layer being made of inorganic matrix fiber-reinforced composite material, said inner layer comprising at least two edges and, substantially parallel to each other, superposing or at least partially superposing along a longitudinal direction of the tubular surface; - an outer layer having a rigid tubular surface configured to structurally resist the fluid dynamic mechanical stresses in an operating condition of the aircraft, said outer layer being made of fiber-reinforced composite material; - an intermediate adhesive layer positioned between said inner layer and said outer layer said intermediate adhesive layer having an inorganic base, configured to allow a structural continuity between said inner layer and said outer layer, the overall configuration of the multilayer bleed duct (100; 200) being such that a temperature gradient value between a tubular surface that defines a passageway for the exhaust gases and an outer surface of the duct, that is, a temperature difference between the inner and outer surface of the duct, measured along a radial thickness of the duct itself, is greater than or equal to 80 °C during an operating condition where the exhaust gases are released.
A bottle formed of a synthetic resin material in a bottomed cylindrical shape, comprising a bottom wall portion of a bottom portion that includes: a grounding portion located at an outer circumferential edge, a rising circumferential wall portion that is continuous with the grounding portion from a radial inner side of the bottle and extends upward, and a movable wall portion that protrudes from an upper end of the rising circumferential wall portion toward a radial inner side of the bottle, wherein the movable wall portion is disposed to be movable upward around a connected portion to the rising circumferential wall portion, wherein a plurality of ribs are radially disposed around a bottle axis O on the movable wall portion, wherein the ribs include a main recess that is recessed upward, characterised in that it also includes a connection recess, wherein a plurality of the main recesses are arranged at predetermined intervals in the radial direction of the bottle, wherein the connection recess connects main recesses which are adjacent to each other in the radial direction of the bottle, in the radial direction of the bottle together, and wherein a depth ratio D2/D1 that is the ratio of a depth D2 of the connection to a depth D1 of each main recess is greater than 2/9 and equal to or smaller than 1. a grounding portion located at an outer circumferential edge, a rising circumferential wall portion that is continuous with the grounding portion from a radial inner side of the bottle and extends upward, and a movable wall portion that protrudes from an upper end of the rising circumferential wall portion toward a radial inner side of the bottle, wherein the movable wall portion is disposed to be movable upward around a connected portion to the rising circumferential wall portion, wherein a plurality of ribs are radially disposed around a bottle axis O on the movable wall portion, wherein the ribs include a main recess that is recessed upward, characterised in that it also includes a connection recess, wherein a plurality of the main recesses are arranged at predetermined intervals in the radial direction of the bottle, wherein the connection recess connects main recesses which are adjacent to each other in the radial direction of the bottle, in the radial direction of the bottle together, and wherein a depth ratio D2/D1 that is the ratio of a depth D2 of the connection to a depth D1 of each main recess is greater than 2/9 and equal to or smaller than 1.