mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine system (200; 300; 400), comprising: a combustor (210; 306) arranged along a core flow path of the turbine engine; a drive shaft (220; 312) having at least a fan (204; 302), a compressor section (206, 208; 304) and a turbine section (212, 214; 308) coupled thereto, with the fan configured to be rotationally driven through the drive shaft by the rotationally driven turbine section and the combustor is arranged between the compressor section and the turbine section along the core flow path; a cryogenic fuel tank (224; 318; 404) configured to supply a fuel to the combustor; an expansion turbine (234; 326; 412) mechanically coupled to the drive shaft and arranged in the core flow path downstream from the turbine section, the expansion turbine (234; 326; 412) configured to receive fuel from the cryogenic fuel tank (224; 318; 404) and expand said fuel, wherein expansion of said fuel by the expansion turbine drives rotation of the expansion turbine to provide power input to the drive shaft and supplement or augment rotation of the drive shaft; and a flow supply line (226; 320; 406) fluidly connecting the cryogenic fuel tank to the combustor with the expansion turbine arranged between the cryogenic fuel tank and the combustor along the flow supply line. a combustor (210; 306) arranged along a core flow path of the turbine engine; a drive shaft (220; 312) having at least a fan (204; 302), a compressor section (206, 208; 304) and a turbine section (212, 214; 308) coupled thereto, with the fan configured to be rotationally driven through the drive shaft by the rotationally driven turbine section and the combustor is arranged between the compressor section and the turbine section along the core flow path; a cryogenic fuel tank (224; 318; 404) configured to supply a fuel to the combustor; an expansion turbine (234; 326; 412) mechanically coupled to the drive shaft and arranged in the core flow path downstream from the turbine section, the expansion turbine (234; 326; 412) configured to receive fuel from the cryogenic fuel tank (224; 318; 404) and expand said fuel, wherein expansion of said fuel by the expansion turbine drives rotation of the expansion turbine to provide power input to the drive shaft and supplement or augment rotation of the drive shaft; and a flow supply line (226; 320; 406) fluidly connecting the cryogenic fuel tank to the combustor with the expansion turbine arranged between the cryogenic fuel tank and the combustor along the flow supply line.
A chroma block prediction method for video coding, wherein the method comprises: obtaining a maximum luma value and a minimum luma value based on luma samples corresponding to neighboring samples of a target chroma block; if a first difference between the maximum luma value and the minimum luma value is greater than 0, processing the first difference to obtain a second difference, wherein the processing the first difference to obtain the second difference comprises: shifting, using a quantity of significant bits of the first difference and a first preset bit depth, the first difference to the right to obtain the second difference, wherein the quantity of significant bits of the first difference is obtained by Floor(Log2(Abs)), and wherein A represents the first difference; determining, based on a first chroma value corresponding to the maximum luma value, a second chroma value corresponding to the minimum luma value, and the second difference, an intra prediction model parameter corresponding to the target chroma block, wherein a chroma value of neighboring samples corresponding to luma samples to which the maximum luma value belongs is determined as the first chroma value, and a chroma value of neighboring samples corresponding to luma samples to which the minimum luma value belongs is determined as the second chroma value; and determining prediction information of the target chroma block based on the intra prediction model parameter and luma reconstruction information corresponding to the target chroma block. obtaining a maximum luma value and a minimum luma value based on luma samples corresponding to neighboring samples of a target chroma block; if a first difference between the maximum luma value and the minimum luma value is greater than 0, processing the first difference to obtain a second difference, wherein the processing the first difference to obtain the second difference comprises: shifting, using a quantity of significant bits of the first difference and a first preset bit depth, the first difference to the right to obtain the second difference, wherein the quantity of significant bits of the first difference is obtained by Floor(Log2(Abs)), and wherein A represents the first difference; determining, based on a first chroma value corresponding to the maximum luma value, a second chroma value corresponding to the minimum luma value, and the second difference, an intra prediction model parameter corresponding to the target chroma block, wherein a chroma value of neighboring samples corresponding to luma samples to which the maximum luma value belongs is determined as the first chroma value, and a chroma value of neighboring samples corresponding to luma samples to which the minimum luma value belongs is determined as the second chroma value; and determining prediction information of the target chroma block based on the intra prediction model parameter and luma reconstruction information corresponding to the target chroma block.
A method for managing network congestion, comprising: a) receiving, at a receiver, a packet in an interval comprising a timestamp provided by a first clock of a sender; b) deriving, by the receiver, a latency value associated with the packet based at least in part on the timestamp provided by the first clock and a receipt time provided by a second clock of the receiver; c) determining a latency change of a latency value by comparing the latency value associated with the packet with a previous latency value associated with one or more previous packets received within the interval, wherein a positive or negative value of the change indicates a rising or receding queue of a plurality of packets in the interval; and characterized in that d) upon determining the latency change satisfies a latency difference threshold or a sum of bytes received in the interval exceeds an interval length threshold, transmitting a congestion notification message to the sender, the congestion notification message comprising at least one bit indicating whether the congestion notification message is a time-triggered packet type or a packet-triggered notification packet type. a) receiving, at a receiver, a packet in an interval comprising a timestamp provided by a first clock of a sender; b) deriving, by the receiver, a latency value associated with the packet based at least in part on the timestamp provided by the first clock and a receipt time provided by a second clock of the receiver; c) determining a latency change of a latency value by comparing the latency value associated with the packet with a previous latency value associated with one or more previous packets received within the interval, wherein a positive or negative value of the change indicates a rising or receding queue of a plurality of packets in the interval; and characterized in that d) upon determining the latency change satisfies a latency difference threshold or a sum of bytes received in the interval exceeds an interval length threshold, transmitting a congestion notification message to the sender, the congestion notification message comprising at least one bit indicating whether the congestion notification message is a time-triggered packet type or a packet-triggered notification packet type.
A method, comprising steps of: activating a release condition with a press of a button on a media adapter of a printer, characterized in that; the media adapter further comprises a cylindrical pipe a combination of wedge and spring structures, a push rod, a catcher and a spring, wherein the catcher comprises a plurality of claws, wherein activation of the release condition causes the plurality of claws to retract inward within the cylindrical pipe; removing a media core from the media adapter; loading a spool of media on the media adapter; activating a catch condition with another press of the button on the media adapter, wherein activation of the catch condition causes the plurality of claws to push out of the cylindrical pipe; and printing utilizing the spool of media, activating a release condition with a press of a button on a media adapter of a printer, characterized in that; the media adapter further comprises a cylindrical pipe a combination of wedge and spring structures, a push rod, a catcher and a spring, wherein the catcher comprises a plurality of claws, wherein activation of the release condition causes the plurality of claws to retract inward within the cylindrical pipe; removing a media core from the media adapter; loading a spool of media on the media adapter; activating a catch condition with another press of the button on the media adapter, wherein activation of the catch condition causes the plurality of claws to push out of the cylindrical pipe; and printing utilizing the spool of media,
A variable guide vane device for a gas turbine engine comprising first and second vanes (26;32) arranged in axial flow series, the first and second vanes (26;32) being spaced apart so as to define a radially extending slot for fluid flow therebetween, wherein: the first vane comprises a pressure surface and a suction surface which taper to meet at the trailing edge of the first vane pressure and suction surfaces (29;31) to form a line at the trailing edge; the first vane is a fixed vane that is not pivotable; and the second vane is pivotable relative to the first vane about a pivot axis, characterised in that the pivot axis is located within a body of the first vane. the first vane comprises a pressure surface and a suction surface which taper to meet at the trailing edge of the first vane pressure and suction surfaces (29;31) to form a line at the trailing edge; the first vane is a fixed vane that is not pivotable; and the second vane is pivotable relative to the first vane about a pivot axis, characterised in that the pivot axis is located within a body of the first vane.
A telecommunications system, comprising: a plurality of user terminals (112, 112a, 112b) coupled to a network and configured to communicate with one another via e-mail, each of said plurality of user terminals having an e-mail address; a relay server coupled to said network and having a verification database stored in a data storage device for storing e-mail aliases corresponding to said e-mail addresses, such that said relay server forwards e-mail directed to said e-mail aliases to said corresponding e-mail addresses if a sender of said e-mail directed to said e-mail aliases is determined to be an authorized user; and wherein said relay server determines whether a user is an authorized user by accessing the verification database, said verification database identifying registered users and/or identifying users who have been authorized by an owner of said alias e-mail address to send e-mails to their e-mail addresses. a plurality of user terminals (112, 112a, 112b) coupled to a network and configured to communicate with one another via e-mail, each of said plurality of user terminals having an e-mail address; a relay server coupled to said network and having a verification database stored in a data storage device for storing e-mail aliases corresponding to said e-mail addresses, such that said relay server forwards e-mail directed to said e-mail aliases to said corresponding e-mail addresses if a sender of said e-mail directed to said e-mail aliases is determined to be an authorized user; and wherein said relay server determines whether a user is an authorized user by accessing the verification database, said verification database identifying registered users and/or identifying users who have been authorized by an owner of said alias e-mail address to send e-mails to their e-mail addresses.
A system for performing laser-assisted surgery on an eye having a lens capsule, an anterior hyaloid surface, and a Berger's space between a posterior portion of the lens capsule and the anterior hyaloid surface, the system comprising a controller operatively couplable with a laser source configured to produce a treatment beam comprising a plurality of laser pulses, the controller being configured to scan the beam of the laser source in three dimensions to form a plurality of bubbles within the Berger space to increase separation between the posterior portion of the lens capsule and the anterior hyaloid surface.
A method for maintaining neighbor cell information at a mobile relay node in a wireless communication system, the method characterized by: detecting the occurrence of a defined condition which characteristically indicates that movement of the mobile relay node has rendered previously obtained neighbor cell information incomplete or invalid; responsive to detecting the occurrence of the defined condition, generating a request for neighbor cell information which request includes non-unique cell identifiers for one or more cells currently neighboring a mobile cell provided the mobile relay node. [claim2, claim4] and sending the request for neighbor cell information to a donor base station in the system; and receiving the requested neighbor cell information responsive to the request, wherein said receiving comprises receiving neighbor cell information that pertains to those one or more cells currently neighboring the mobile cell provided the mobile relay node, [claim 2] which neighbor cell information maps said non-unique cell identifiers to corresponding unique cell identifiers [claim4]. detecting the occurrence of a defined condition which characteristically indicates that movement of the mobile relay node has rendered previously obtained neighbor cell information incomplete or invalid; responsive to detecting the occurrence of the defined condition, generating a request for neighbor cell information which request includes non-unique cell identifiers for one or more cells currently neighboring a mobile cell provided the mobile relay node. [claim2, claim4] and sending the request for neighbor cell information to a donor base station in the system; and receiving the requested neighbor cell information responsive to the request, wherein said receiving comprises receiving neighbor cell information that pertains to those one or more cells currently neighboring the mobile cell provided the mobile relay node, [claim 2] which neighbor cell information maps said non-unique cell identifiers to corresponding unique cell identifiers [claim4].
Topical ophthalmic composition comprising an antimicrobial effective amount of Moxifloxacin or a pharmaceutically useful hydrate or salt thereof in a concentration of 0.1 to 1.0 weight-% and a pharmaceutically acceptable vehicle therefor for use in treating or preventing an ophthalmic infection, which ophthalmic infection is conjunctivitis, wherein the treating or preventing of the ophthalmic infection comprises topically applying one to four drops of a sterile solution or suspension of said topical ophthalmic composition one to four times per day to the affected ophthalmic tissue.
A method for transmitting multi-user data in a reverse direction protocol, comprising: within a transmission opportunity, TXOP, of a first station, if the TXOP is not over after the first station finishes sending data to an access point, AP, obtaining, by the AP, the TXOP, wherein the obtaining, by the AP, the TXOP is implemented through granting a remaining part of the TXOP to the AP by the first station as a reverse direction protocol initiator; and within the TXOP, sending, by the AP, data to at least two stations simultaneously, wherein the at least two stations include the first station, wherein the AP is a reverse direction protocol responder. within a transmission opportunity, TXOP, of a first station, if the TXOP is not over after the first station finishes sending data to an access point, AP, obtaining, by the AP, the TXOP, wherein the obtaining, by the AP, the TXOP is implemented through granting a remaining part of the TXOP to the AP by the first station as a reverse direction protocol initiator; and within the TXOP, sending, by the AP, data to at least two stations simultaneously, wherein the at least two stations include the first station, wherein the AP is a reverse direction protocol responder.
An evaluation method of a resist composition used in a resist pattern formation method aiming at analyzing resolution deterioration resulting from a degeneration of a resist film caused by an immersion solvent including an immersion exposure which method comprises forming the resist film from the resist composition, subjecting the film to selective exposure, thereafter bringing the immersion solvent used in the immersion exposure in contact with the film, subjecting the thus obtained film to post exposure baking, subsequently developing the film, and inspecting the resolution of the resulting resist pattern.
Turbomachine for an aircraft comprising: - a compressor compressing a primary flow; - a fan propelling a secondary flow; - an annular passage for the flow of the secondary flow downstream of the fan; - an unducted propeller propelling a tertiary flow, the primary, secondary and tertiary flows being distinct from each other; - an annular row of guide vanes arranged in the passage, each vane having an intrados (22.3) and an extrados (22.4); and - at least one heat exchanger arranged in the passage downstream of the row of vanes; turbomachine characterized in that it further comprises: - a plurality of diffusion corridors upstream of the at least one exchanger, each corridor being delimited circumferentially by an intrados (22.3) and by an extrados (22.4) of two circumferentially adjacent vanes (22a, 22b), and each corridor being delimited radially by at least one fin carried by at least one of the two circumferentially adjacent vanes (22a, 22b). - a compressor compressing a primary flow; - a fan propelling a secondary flow; - an annular passage for the flow of the secondary flow downstream of the fan; - an unducted propeller propelling a tertiary flow, the primary, secondary and tertiary flows being distinct from each other; - an annular row of guide vanes arranged in the passage, each vane having an intrados (22.3) and an extrados (22.4); and - at least one heat exchanger arranged in the passage downstream of the row of vanes; - a plurality of diffusion corridors upstream of the at least one exchanger, each corridor being delimited circumferentially by an intrados (22.3) and by an extrados (22.4) of two circumferentially adjacent vanes (22a, 22b), and each corridor being delimited radially by at least one fin carried by at least one of the two circumferentially adjacent vanes (22a, 22b).
A process of producing ground elements comprising the following process steps: Sinking a mixing tool under a rotational movement down to a first depth, wherein the ground in a first ground region is mixed; sinking a jet grouting tool down to a second depth below the mixed first ground region; lifting the jet grouting tool from the second depth to the first depth under rotational and pivoting movement with the grouting jet being activated, wherein the ground in a second ground region which is positioned underneath the mixed first ground region is eroded and with a suspension being introduced into said second ground region, wherein the jet grouting tool is axially moved independently of the mixing tool; and lifting the mixing tool and the jet grouting tool out of the ground. Sinking a mixing tool under a rotational movement down to a first depth, wherein the ground in a first ground region is mixed; sinking a jet grouting tool down to a second depth below the mixed first ground region; lifting the jet grouting tool from the second depth to the first depth under rotational and pivoting movement with the grouting jet being activated, wherein the ground in a second ground region which is positioned underneath the mixed first ground region is eroded and with a suspension being introduced into said second ground region, wherein the jet grouting tool is axially moved independently of the mixing tool; and lifting the mixing tool and the jet grouting tool out of the ground.
A process for the preparation of polybutene having an exo-olefin content of at least 50 mol. %, which process comprises contacting isobutene or an isobutene-containing monomer mixture, with a Lewis acid catalyst complexed with an oxygen and/or sulfur-containing Lewis base, in a substantially or completely apolar solvent, and initiating polymerization of said isobutene or an isobutene-containing monomer mixture with an initiator, wherein said Lewis acid catalyst is a Lewis acid of the formula MR"mYn, wherein M is a metal selected from Al, Fe, Ga, Hf, Zr and W; R" is a hydrocarbyl group; Y is halogen; m is 0 or an integer of 1 to 5; and n is an integer of 1 to 6, with the proviso that m+n is equal to the valency of metal M; said Lewis base is dihydrocarbyl ether, wherein each ether hydrocarbyl group is independently selected from C1 to C8 hydrocarbyl, wherein one or each of said ether hydrocarbyl groups are substituted with an electron-withdrawing group; the initiator is a compound of the formula RX, wherein X is a halide; R is a hydrocarbyl group capable of forming a stable carbocation, and wherein the carbon linking group R to group X is tertiary, benzylic or allylic excluding the process of a complex of FeCl 3 • chloromethyl ethyl ether 0.02M added, in a 1:1 molar ratio, used to polymerize isobutene in hexanes in the presence of 0.02M tBuCl at 0° for 20 minutes, where the isobutene, hexanes and tBucl are premixed in a 75ml culture tube with screw top and septum, polymerisation being quenched in excess aqueous NH 4 OH.
An article having a wear coating comprising a layer treated by trimethylsilane applied to at least one surface of the article, wherein the wear coating is applied by chemical vapor deposition via thermal decomposition of dimethylsilane, and wherein constituents of the decomposed dimethylsilane are oxidized prior to trimethylsilane treatment.
A point-of-gaze detection device to detect a point-of-gaze of a subject toward a surrounding environment, comprising: an eyeball image obtaining means configured to obtain an eyeball image of the subject; a reflection point estimating means configured to estimate a first reflection point, at which incoming light in an optical axis direction of an eyeball of the subject is reflected, from the eyeball image; a corrected reflection point calculating means configured to calculate a corrected reflection point as a corrected first reflection point by correcting the first reflection point on the basis of a personal parameter indicative of a difference between a gaze direction of the subject and the optical axis direction of the eyeball; and a point-of-gaze detecting means configured to detect the point-of-gaze on the basis of light at the corrected reflection point and light in the surrounding environment. an eyeball image obtaining means configured to obtain an eyeball image of the subject; a reflection point estimating means configured to estimate a first reflection point, at which incoming light in an optical axis direction of an eyeball of the subject is reflected, from the eyeball image; a corrected reflection point calculating means configured to calculate a corrected reflection point as a corrected first reflection point by correcting the first reflection point on the basis of a personal parameter indicative of a difference between a gaze direction of the subject and the optical axis direction of the eyeball; and a point-of-gaze detecting means configured to detect the point-of-gaze on the basis of light at the corrected reflection point and light in the surrounding environment.