mhurhangee/patent-ind-claim-en huggingface dataset:
A method of improving throughput of a secure digital, SD, bus performed by a SD client , the method comprising: pulling , during a packet transfer over data lines of the SD bus , write metadata from a host request queue of the SD client , the write metadata including a request identification, ID, and a block count of a write data packet from an SD host ; allocating a client buffer according to the block count of the write data packet indicated by the write metadata; and pushing response metadata into a client request queue of the SD client the response metadata including at least the request ID. pulling , during a packet transfer over data lines of the SD bus , write metadata from a host request queue of the SD client , the write metadata including a request identification, ID, and a block count of a write data packet from an SD host ; allocating a client buffer according to the block count of the write data packet indicated by the write metadata; and pushing response metadata into a client request queue of the SD client the response metadata including at least the request ID.
A computer-implemented method comprising: identifying a first message element comprising first metadata submitted by a first user in a rendered communications thread ; identifying a second message element comprising second metadata submitted by a second user in the rendered communications thread ; determining, by one or more processors , that the first message element and the second message element were submitted within a threshold amount of time; identifying , in response to the determination that the first message element and the second message element were submitted within the threshold amount of time and based on the first metadata and the second metadata, a third message element corresponding to the first message element and the second message element ; replacing , in the communication thread , the first message element and the second message element with the third message element ; and re-rendering the communications thread thereby removing the first message element and the second message element and adding the third message element to the communications thread . identifying a first message element comprising first metadata submitted by a first user in a rendered communications thread ; identifying a second message element comprising second metadata submitted by a second user in the rendered communications thread ; determining, by one or more processors , that the first message element and the second message element were submitted within a threshold amount of time; identifying , in response to the determination that the first message element and the second message element were submitted within the threshold amount of time and based on the first metadata and the second metadata, a third message element corresponding to the first message element and the second message element ; replacing , in the communication thread , the first message element and the second message element with the third message element ; and re-rendering the communications thread thereby removing the first message element and the second message element and adding the third message element to the communications thread .
A compound of formula (II): or a pharmaceutically acceptable salt thereof, wherein: R 1 is an alkyl group; R 4 is an alkoxy group or an alkyl group substituted by OR, wherein R is an alkyl group; B is an oxadiazolyl, oxazolyl, thiadiazolyl, or thiazolyl group; and A is an oxoimidazolidinyl group. R 1 is an alkyl group; R 4 is an alkoxy group or an alkyl group substituted by OR, wherein R is an alkyl group; B is an oxadiazolyl, oxazolyl, thiadiazolyl, or thiazolyl group; and A is an oxoimidazolidinyl group.
A wind turbine comprising: at least one pitchable wind turbine blade mounted to a hub , the blade having a root end , a tip end and a longitudinal axis extending between the root end and the tip end, and an aerofoil surface defined by a pressure side and a suction side ; and a movable fin mounted at the tip end of the blade , wherein the fin is deployed into a first position in dependence on the pitch position of the blade and when the wind turbine is in a non-operational mode; characterised in that in the first position the fin extends in a direction substantially aligned with the longitudinal axis of the blade and is arranged in a plane which is substantially perpendicular to an edgewise axis of the blade at the tip end, such that the fin acts as an aerodynamic stabilizer to reduce the effects of edgewise vibrations on the blade . at least one pitchable wind turbine blade mounted to a hub , the blade having a root end , a tip end and a longitudinal axis extending between the root end and the tip end, and an aerofoil surface defined by a pressure side and a suction side ; and a movable fin mounted at the tip end of the blade , wherein the fin is deployed into a first position in dependence on the pitch position of the blade and when the wind turbine is in a non-operational mode; characterised in that in the first position the fin extends in a direction substantially aligned with the longitudinal axis of the blade and is arranged in a plane which is substantially perpendicular to an edgewise axis of the blade at the tip end, such that the fin acts as an aerodynamic stabilizer to reduce the effects of edgewise vibrations on the blade .
A yeast strain encoding within its genome a. at the most two functional genes encoding ILV2, wherein each gene encoding ILV2 encodes ScILV2 of SEQ ID NO: 32 or SelLV2 of SEQ ID NO: 38, or a functional homologue sharing at least 80% sequence identity herewith; and b. at least five functional genes, such as at least six functional genes encoding ILV3, wherein each gene encoding ILV3 encodes ScILV3 of SEQ ID NO: 35 or SelLV3 of SEQ ID NO: 41, or a functional homologue sharing at least 80% sequence identity herewith. a. at the most two functional genes encoding ILV2, wherein each gene encoding ILV2 encodes ScILV2 of SEQ ID NO: 32 or SelLV2 of SEQ ID NO: 38, or a functional homologue sharing at least 80% sequence identity herewith; and b. at least five functional genes, such as at least six functional genes encoding ILV3, wherein each gene encoding ILV3 encodes ScILV3 of SEQ ID NO: 35 or SelLV3 of SEQ ID NO: 41, or a functional homologue sharing at least 80% sequence identity herewith.
Displacement volume setting device of a hydrostatic variable displacement axial piston unit comprising: - an input device for providing a displacement command, - a displacement volume adjusting means for setting the tilt angle of a displacement element according to the displacement command, - a linkage element having: i) an input coupling element connected to the input device , ii) an output coupling element connected to the displacement volume adjusting means , and iii) a connecting element connecting the input coupling element with the output coupling element , characterized in that the connecting element is elastically deformable if a force resulting from the high pressure level present at the hydrostatic axial piston unit, and acting on the output coupling element exceeds a predetermined threshold value, such that the tilt angle of the displacement element is no longer directly controlled by the input device, as long as the force exceeds the predetermined threshold value. - an input device for providing a displacement command, - a displacement volume adjusting means for setting the tilt angle of a displacement element according to the displacement command, - a linkage element having: i) an input coupling element connected to the input device , ii) an output coupling element connected to the displacement volume adjusting means , and iii) a connecting element connecting the input coupling element with the output coupling element , i) an input coupling element connected to the input device , ii) an output coupling element connected to the displacement volume adjusting means , and iii) a connecting element connecting the input coupling element with the output coupling element ,
A method for detecting light sources in a multi-illuminated environment, the method comprising: providing , by a composite RGB-IR sensor, a single frame, upon capturing one or more images; dividing the single frame into a plurality of grid samples of a pre-defined size; obtaining a visible raw image and a near-infrared (NIR) raw image corresponding to each of the plurality of grid samples; determining an average value for each of the plurality of grid samples of the visible raw image and for each of the plurality of grid samples of the NIR raw image; extracting a green/NIR pixel ratio and a blue/NIR pixel ratio using the average value of each grid sample; estimating at least one illuminant feature for each of the plurality of grid samples by passing the green/NIR pixel ratio and the blue/NIR pixel ratio estimated corresponding to the each of the plurality of grid samples through a convolution neural network (CNN) module which learns only two components of the green/NIR pixel ratio and the blue/NIR pixel ratio without a red/NIR ratio; identifying a prominent light source among a plurality of light sources in the single frame based on illumination features estimated for the plurality of grid samples; processing an image of the single frame based on at least one illuminant feature corresponding to the prominent light source; and displaying the processed image on a display panel of an electronic device. providing , by a composite RGB-IR sensor, a single frame, upon capturing one or more images; dividing the single frame into a plurality of grid samples of a pre-defined size; obtaining a visible raw image and a near-infrared (NIR) raw image corresponding to each of the plurality of grid samples; determining an average value for each of the plurality of grid samples of the visible raw image and for each of the plurality of grid samples of the NIR raw image; extracting a green/NIR pixel ratio and a blue/NIR pixel ratio using the average value of each grid sample; estimating at least one illuminant feature for each of the plurality of grid samples by passing the green/NIR pixel ratio and the blue/NIR pixel ratio estimated corresponding to the each of the plurality of grid samples through a convolution neural network (CNN) module which learns only two components of the green/NIR pixel ratio and the blue/NIR pixel ratio without a red/NIR ratio; identifying a prominent light source among a plurality of light sources in the single frame based on illumination features estimated for the plurality of grid samples; processing an image of the single frame based on at least one illuminant feature corresponding to the prominent light source; and displaying the processed image on a display panel of an electronic device.
A method for the production of a V H heavy chain-only antibody, or a bi-specific/bifunctional complex thereof, wherein the method comprises: (a) immunising a transgenic mouse expressing a heterologous V H heavy chain locus with an antigen, wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; (b)(i) using an antibody producing cell derived from the transgenic mouse in the preparation of a hybridoma to produce the V H heavy chain-only antibody; and/or (b)(ii) isolating a nucleic acid sequence from the transgenic mouse and using the nucleic acid sequence to produce the V H heavy chain-only antibody, or a bi-specific/bi-functional complex thereof, using recombinant DNA techniques. (a) immunising a transgenic mouse expressing a heterologous V H heavy chain locus with an antigen, wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; wherein the V H heavy chain locus comprises: (i) a variable region comprising at least one human V gene segment, at least one D gene segment, at least one J gene segment, wherein a human V gene segment, a D gene segment and a J gene segment are capable of recombining to form a VDJ coding sequence, wherein the heavy chain locus comprises twenty or more D gene segments and/or five or more J gene segments, and (ii) one or more heavy chain constant regions which do not encode a C H 1 domain, wherein the locus, when expressed, is capable of forming heavy chain-only antibodies of defined class or classes; (b)(i) using an antibody producing cell derived from the transgenic mouse in the preparation of a hybridoma to produce the V H heavy chain-only antibody; and/or (b)(ii) isolating a nucleic acid sequence from the transgenic mouse and using the nucleic acid sequence to produce the V H heavy chain-only antibody, or a bi-specific/bi-functional complex thereof, using recombinant DNA techniques.
A cask for conditioning, storage and disposal of radioactive waste, in particular solid radioactive waste of medium activity, comprising: a main hollow body extending along and about a longitudinal axis (A) and provided with an access opening ; a lid closing the opening and fixed to the body by closing screws which tighten respective flanges of the body and the lid against each other and are inserted in respective through holes formed in the lid and in respective threaded blind holes formed in the body ; and a primary sealing system arranged between the body and the lid and comprising two gaskets in series; wherein the body and the lid are provided with respective conical coupling surfaces adjacent to said respective flanges and in contact with each other and coupled to each other with a play less than the play existing between each closing screw and the respective hole formed in the lid ; and in that said gaskets in series of the primary sealing system are axial gaskets acting parallel to the axis (A) between respective sealing surfaces , parallel to one another and perpendicular to the axis (A), of said flanges of the body and the lid ; said flanges being in contact with each other by means of said respective sealing surfaces , and comprising respective radially outer portions axially spaced apart from each other by a gap , said portions being provided with said through holes of the lid and said threaded blind holes of the body which receive the closing screws .
A gas turbine engine , comprising: a turbine assembly formed from a rotor assembly having at least one turbine blade formed from a generally elongated airfoil having a leading edge , a trailing edge , a pressure side , a suction side , a tip at a first end and a platform coupled to a second end of the generally elongated airfoil opposite to the first end ; a plurality of ring segments positioned radially outward from the tip of the at least one turbine blade , wherein the plurality of ring segments are aligned in a circumferentially extending row and form a ring around a travel path of the at least one turbine blade and wherein each of the ring segments includes an inner surface forming a portion of a hot gas path within the turbine assembly ; at least one clearance control band positioned radially outward of the inner surfaces of the ring segments and bearing against at least one outer surface of the ring segments to limit radial movement of the ring segments ; wherein the at least one clearance control band forms a ring radially outward of the inner surfaces of the ring segments , characterized in that the at least one clearance control band is formed from an upper ring half and a lower ring half , wherein the upper and lower halves of the at least one clearance control band are coupled together at a first intersection at a first horizontally positioned joint and are coupled together at a second intersection at a second horizontally positioned joint . a turbine assembly formed from a rotor assembly having at least one turbine blade formed from a generally elongated airfoil having a leading edge , a trailing edge , a pressure side , a suction side , a tip at a first end and a platform coupled to a second end of the generally elongated airfoil opposite to the first end ; a plurality of ring segments positioned radially outward from the tip of the at least one turbine blade , wherein the plurality of ring segments are aligned in a circumferentially extending row and form a ring around a travel path of the at least one turbine blade and wherein each of the ring segments includes an inner surface forming a portion of a hot gas path within the turbine assembly ; at least one clearance control band positioned radially outward of the inner surfaces of the ring segments and bearing against at least one outer surface of the ring segments to limit radial movement of the ring segments ; wherein the at least one clearance control band forms a ring radially outward of the inner surfaces of the ring segments , characterized in that the at least one clearance control band is formed from an upper ring half and a lower ring half , wherein the upper and lower halves of the at least one clearance control band are coupled together at a first intersection at a first horizontally positioned joint and are coupled together at a second intersection at a second horizontally positioned joint .
Food comprising popcorn and cheese, in which said popcorn consists of one popcorn grain substantially entire and said cheese comprises at least a first layer of a first melted cheese directly in contact with said popcorn grain , in which said single popcorn grain is substantially completely included in said at least a first layer; wherein: said at least a first layer is a layer of cooked cheese with a moisture content after the cooking lower than 8%, and wherein said food is free of added fat beyond those naturally contained in said popcorn grain and/or in said melted cheese. said at least a first layer is a layer of cooked cheese with a moisture content after the cooking lower than 8%, and wherein said food is free of added fat beyond those naturally contained in said popcorn grain and/or in said melted cheese.
Method for forwarding message segments by way of a fixed infrastructure facility designed to send messages to a plurality of sectors (204-1, ..., 204-8), wherein an incoming message from a road user is received by the fixed infrastructure facility , the incoming message comprising a message segment or multiple message segments, wherein either at least one sector from the plurality of sectors (204-1, ..., 204-8) is determined for at least one message segment , and the fixed infrastructure facility sends an outgoing message comprising the at least one message segment to the at least one sector , or the outgoing message is not sent if no sector has been determined, characterized in that multiple message segments of different incoming messages of a predefined message type which are to be sent to the same sector are combined into an outgoing message, in particular by means of data fusion.
A polypropylene composition, comprising: • ≥ 50.0 wt.% and ≤ 90.0 wt.%, preferably ≥ 70.0 wt.% and ≤ 90.0 wt.%, of a propylene polymer; • ≥ 5.0 wt.% and ≤ 30.0 wt.%, preferably ≥ 5.0 wt.% and ≤ 20.0 wt.%, of an elastomeric ethylene alpha-olefin co-polymer; and • ≥ 0.1 wt.% and ≤ 20.0 wt.%, preferably ≥ 0.1 wt.% and ≤ 5.0 wt.% of a poly(siloxanecarbonate) block copolymer; with regard to the total weight of the polypropylene composition. • ≥ 50.0 wt.% and ≤ 90.0 wt.%, preferably ≥ 70.0 wt.% and ≤ 90.0 wt.%, of a propylene polymer; • ≥ 5.0 wt.% and ≤ 30.0 wt.%, preferably ≥ 5.0 wt.% and ≤ 20.0 wt.%, of an elastomeric ethylene alpha-olefin co-polymer; and • ≥ 0.1 wt.% and ≤ 20.0 wt.%, preferably ≥ 0.1 wt.% and ≤ 5.0 wt.% of a poly(siloxanecarbonate) block copolymer;
A resource indication method, performed by a user equipment, UE, the method comprising: sending hardware sharing assistance information to a base station, wherein the hardware sharing assistance information is used to indicate a target resource, and the target resource is a resource with a hardware sharing phenomenon in resources used by the UE; the method being characterized in that the target resource comprises at least one of the following: a target bandwidth part, BWP, a target cell, a target cell group, and a target beam; wherein the hardware sharing assistance information comprises at least one of the following: an identifier of the target BWP, an identifier of the target cell, an identifier of the target cell group, and identification of the target beam. sending hardware sharing assistance information to a base station, wherein the hardware sharing assistance information is used to indicate a target resource, and the target resource is a resource with a hardware sharing phenomenon in resources used by the UE; the method being characterized in that the target resource comprises at least one of the following: a target bandwidth part, BWP, a target cell, a target cell group, and a target beam; wherein the hardware sharing assistance information comprises at least one of the following: an identifier of the target BWP, an identifier of the target cell, an identifier of the target cell group, and identification of the target beam.
Clamp for an external fixator , comprising: a plurality of attachments (2; 3; 4) for locking bars and/or bone screws ; a connector provided with an at least partially threaded stem , which passes through and connects in series said plurality of attachments (2; 3; 4); at least one first attachment of said plurality of attachments (2; 3; 4) comprising two arms (20; 21), connected by a C-shaped flexible bridge ; said stem passing through said first attachment in an intermediate position between said flexible bridge and the opposite free ends of said arms (20; 21) wherein, at the free ends, said arms (20; 21) define a screw housing seat for a bone screw ; said screw housing seat being selectively configurable, varying the deformation of the flexible bridge , to clamp bone screws having different diameter; wherein said screw housing seat allows at least the clamping of bone screws with diameters of 4 mm, 5 mm and 6 mm; characterized in that said first attachment also provides for a bar housing seat for a bar of the external fixator ; wherein said bar housing seat is defined by an inner profile, substantially shaped as an arc of a circle, of the flexible bridge of the first attachment .