mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a first device to perform a sidelink communication, the method comprising: receiving a configuration, from a network, for operating in a network scheduling mode for acquiring sidelink resources ; receiving a sidelink control information with a report request from a second device ; triggering or being triggered to transmit a report to the second device in response to the report request, wherein the report is sidelink channel state information, in the following also referred to as SL CSI, report, and wherein the report comprises any of Channel Quality Indicator, Rank Indicator, and/or Precoding Matrix Indicator ; triggering a scheduling request in response to the report or the report request when the first device has no available sidelink resource for transmitting the report wherein the scheduling request indicates the need of transmitting the report ; transmitting, by the first device, a signaling of the scheduling request to the network ; receiving, by the first device, a sidelink grant from the network, wherein the sidelink grant indicates at least one sidelink resource ; and utilizing, by the first device, the at least one sidelink resource to transmit the report to the second device . receiving a configuration, from a network, for operating in a network scheduling mode for acquiring sidelink resources ; receiving a sidelink control information with a report request from a second device ; triggering or being triggered to transmit a report to the second device in response to the report request, wherein the report is sidelink channel state information, in the following also referred to as SL CSI, report, and wherein the report comprises any of Channel Quality Indicator, Rank Indicator, and/or Precoding Matrix Indicator ; triggering a scheduling request in response to the report or the report request when the first device has no available sidelink resource for transmitting the report wherein the scheduling request indicates the need of transmitting the report ; transmitting, by the first device, a signaling of the scheduling request to the network ; receiving, by the first device, a sidelink grant from the network, wherein the sidelink grant indicates at least one sidelink resource ; and utilizing, by the first device, the at least one sidelink resource to transmit the report to the second device .
A method of affinity maturing an antibody, wherein the antibody is a whole antibody or a fragment thereof, wherein the fragment comprises at least a heavy chain variable region and light chain variable region, wherein the method comprises the steps of: a. obtaining an amino acid sequence of the antibody light chain variable region (VL); b. preparing a library of antibody VL variants by diversifying the antibody VL Chothia residues 30a, 30c, 30d, 30f, 32, 50, 91, 92, 93, 94, and 96 with a set of amino acids, wherein the set of amino acids are (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; c. expressing the library of antibody VL variants in a host or translating the library of antibody VL variants in vitro; and d. selecting from the library of antibody VL variants one or more affinity matured antibody having an improved affinity to an antigen. a. obtaining an amino acid sequence of the antibody light chain variable region (VL); b. preparing a library of antibody VL variants by diversifying the antibody VL Chothia residues 30a, 30c, 30d, 30f, 32, 50, 91, 92, 93, 94, and 96 with a set of amino acids, wherein the set of amino acids are (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; (i) RNDGHSY at V kappa Chothia residue 30a; (ii) RNDGHWY at V kappa Chothia residue 30c; (iii) RNDGHSY at V kappa Chothia residue 30d; (iv) RNDGHWY at V kappa Chothia residue 30f; (v) RNDY at V kappa Chothia residue 32; (vi) YWNK at V kappa Chothia residue 50; (vii)SYGH at V kappa Chothia residue 91; (viii) SYGN at V kappa Chothia residue 92; (ix) STER at V kappa Chothia residue 93; (x) YSHT at V kappa Chothia residue 94; and (xi) YRWL at V kappa Chothia residue 96; c. expressing the library of antibody VL variants in a host or translating the library of antibody VL variants in vitro; and d. selecting from the library of antibody VL variants one or more affinity matured antibody having an improved affinity to an antigen.
Shuttle for transporting pallets in a shelving structure, wherein the shuttle is displaceable along a first direction and along a second direction which is virtually at right angles to the first direction, wherein the first and the second direction are intended to extend virtually horizontally during use, wherein the shuttle comprises a frame , first wheels which are arranged so as to be rotatable about first rotation axles which extend through the centre of the respective first wheels and virtually along the second direction in order to move the shuttle along the first direction, and second wheels which are arranged so as to be rotatable about second rotation axles which extend through the centre of the respective second wheels and virtually along the first direction in order to move the shuttle along the second direction, wherein the shuttle comprises a displacement device for upwardly and downwardly displacing the first wheels during use of the shuttle , so that the first wheels are displaceable between at least a first position in which the shuttle is configured to be supported on the first wheels and is displaceable along the first direction, and a second position in which the shuttle is configured to be supported on the second wheels and is displaceable along the second direction, wherein the shuttle comprises one or several support elements which together form at least one supporting surface for supporting pallets , these one or several support elements being connected to the frame in such a way that the supporting surface extends on the top side of the frame , characterized in that the one or several support elements are upwardly and downwardly displaceable with respect to the frame between a lowest position, in which the distance between the supporting surface and the frame is minimal and the one or several support elements rest on the frame , and a highest position, in which the distance between the supporting surface and the frame is maximal, wherein the upward and downward displacement of the one or several support elements is coupled to the upward and downward displacement of the first wheels .
A method for producing glued laminated timber , wherein the method comprises the following method steps: - providing individual boards by means of a feed device , wherein the boards are cut from logs; - applying an adhesive , in particular wood glue, to the individual boards in a gluing station ; - stacking the individual boards to form a stack with multiple board planes in a stacking station , wherein in at least one of the board planes , two individual boards are arranged, which abut one another on their front sides ; - pressing the boards stacked into a stack to form glued laminated timber by means of a pressing device by applying a pressing force , wherein the base surface of the boards of a board plane is pressed onto the top surface of the boards of a board plane below, wherein the pressing force is selected to be so great that at least individual boards in a board plane are plastically deformed in order to achieve a largely gap-free bonding of the base surfaces and top surfaces of individual boards between different board planes , characterized in that a transport module is formed, at which the individual boards are stacked, wherein the transport module is displaced at least between the stacking station and the pressing device , wherein the pressing device has a fixing element , by means of which the transport module is coupled to the pressing device , wherein the fixing element is formed, in particular, by levers , which have a hook and are positively locked, by pivoting, with a shaped piece arranged on the transport module . - providing individual boards by means of a feed device , wherein the boards are cut from logs; - applying an adhesive , in particular wood glue, to the individual boards in a gluing station ; - stacking the individual boards to form a stack with multiple board planes in a stacking station , wherein in at least one of the board planes , two individual boards are arranged, which abut one another on their front sides ; - pressing the boards stacked into a stack to form glued laminated timber by means of a pressing device by applying a pressing force , wherein the base surface of the boards of a board plane is pressed onto the top surface of the boards of a board plane below,
Method for manufacturing a hybrid structural part of a motor vehicle comprising the steps during which: - step a: a sheet of metal material is shaped to form a metal part , - step b: fastening of one or more reinforcement strips formed of continuous fibers coated in a polymer matrix with a composite sheet formed of fibers impregnated in a thermoplastic polymer matrix, to create a complex reinforcement sheet , - step c: The metal part and the complex reinforcement sheet are placed in a mold , arranging the complex reinforcement sheet so that the composite sheet is arranged to come into contact with one of the faces of the metal part . - step d: the mold is closed to conform by stamping and adhere the complex reinforcement sheet on said face of the metal part , Characterized in that the method is such that it consists in using, during steps c and d, needles judiciously arranged on a gripping and loading robot as well as in the mold, and which pass through the layers formed by the reinforcement strips 3 and the composite sheet 4. - step a: a sheet of metal material is shaped to form a metal part , - step b: fastening of one or more reinforcement strips formed of continuous fibers coated in a polymer matrix with a composite sheet formed of fibers impregnated in a thermoplastic polymer matrix, to create a complex reinforcement sheet , - step c: The metal part and the complex reinforcement sheet are placed in a mold , arranging the complex reinforcement sheet so that the composite sheet is arranged to come into contact with one of the faces of the metal part . - step d: the mold is closed to conform by stamping and adhere the complex reinforcement sheet on said face of the metal part ,
De-icing device for a splitter nose of a turbomachine , in particular for a compressor , the device comprising: - a splitter nose that has an inner radial flange and that is shaped to separate a primary flow and a secondary flow of the turbomachine , - a shroud arranged inside the splitter nose , - a de-icing annular space between the nose and the shroud , in particular for circulation of a de-icing fluid , and - a partition dividing the annular space annularly, characterized in that the partition includes an outer radial flange attached to the inner flange of the splitter nose . - a splitter nose that has an inner radial flange and that is shaped to separate a primary flow and a secondary flow of the turbomachine , - a shroud arranged inside the splitter nose , - a de-icing annular space between the nose and the shroud , in particular for circulation of a de-icing fluid , and - a partition dividing the annular space annularly,
Method for detecting a ground fault in a battery of an uninterrupted power supply , the battery comprises at least one string with multiple battery cells, the method comprising the steps of defining multiple individual battery blocks of battery cells along the at least one string , performing a reference impedance measurement for each individual battery block of the multiple individual battery blocks at a first point of time, performing a verification impedance measurement for each individual battery block of the multiple individual battery blocks at a second point of time, evaluating a change of measured impedance between the reference impedance and the verification impedance for the multiple individual battery blocks of the at least one string , and identifying a ground fault based on a correlated change of measured impedance of the multiple individual battery blocks along the at least one string . defining multiple individual battery blocks of battery cells along the at least one string , performing a reference impedance measurement for each individual battery block of the multiple individual battery blocks at a first point of time, performing a verification impedance measurement for each individual battery block of the multiple individual battery blocks at a second point of time, evaluating a change of measured impedance between the reference impedance and the verification impedance for the multiple individual battery blocks of the at least one string , and identifying a ground fault based on a correlated change of measured impedance of the multiple individual battery blocks along the at least one string .
An apparatus comprising means for: determining that the apparatus needs to initiate access to a prospective serving cell using coverage extension techniques; attempting to detect one or more additional cells within range of the apparatus; attempting to read, for the detected one or more additional cells, a master information block or system information block; determining, for the detected one or more additional cells, whether the attempt to read the master information block or system information block was successful; and refraining from attempting access to the prospective serving cell using coverage extension techniques if at least one of: it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was unsuccessful; or it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was successful, and information provided by the master information block or system information block indicates that at least one of the successfully detected one or more additional cells does not support coverage extension. determining that the apparatus needs to initiate access to a prospective serving cell using coverage extension techniques; attempting to detect one or more additional cells within range of the apparatus; attempting to read, for the detected one or more additional cells, a master information block or system information block; determining, for the detected one or more additional cells, whether the attempt to read the master information block or system information block was successful; and refraining from attempting access to the prospective serving cell using coverage extension techniques if at least one of: it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was unsuccessful; or it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was successful, and information provided by the master information block or system information block indicates that at least one of the successfully detected one or more additional cells does not support coverage extension. it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was unsuccessful; or it is determined that the attempt to read the master information block or system information block of the detected one or more additional cells was successful, and information provided by the master information block or system information block indicates that at least one of the successfully detected one or more additional cells does not support coverage extension.
A method for receiving a content using a hyper text transfer protocol, HTTP, adaptive streaming, HAS, mechanism by a receiver, the content comprising content components, comprising the steps of: receiving, by the receiver from a transmitter, a media presentation description; and identifying, by the receiver, a service indicating at least one group of a plurality of groups based on the media presentation description, wherein the media presentation description comprises a period element, wherein the period element includes a service element for describing the service, wherein the service element includes identification information for the at least one group of the plurality of groups, wherein each group of the plurality of groups comprises one or more representations providing at least one content component among the content components, and wherein, in case that each group includes a plurality of representations, a representation included in each group has an attribute different from the other representations included in the each group. receiving, by the receiver from a transmitter, a media presentation description; and identifying, by the receiver, a service indicating at least one group of a plurality of groups based on the media presentation description, wherein the media presentation description comprises a period element, wherein the period element includes a service element for describing the service, wherein the service element includes identification information for the at least one group of the plurality of groups, wherein each group of the plurality of groups comprises one or more representations providing at least one content component among the content components, and wherein, in case that each group includes a plurality of representations, a representation included in each group has an attribute different from the other representations included in the each group.
A pharmaceutical composition comprising: (a) a rAAV2 variant comprising an amino acid sequence LGETTRP inserted between positions 587 and 588 of capsid protein VP1, a nucleic acid encoding: (i) a sequence having at least 95% identity to SEQ ID NO: 9; and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient; for use in method of treating an eye disease or condition selected from: neovascular (wet) age-related macular degeneration (AMD), choroidal neovascularization, macular edema following retinal vein occlusion, diabetic macular edema (DME), retinal vein occlusion, and diabetic retinopathy associated with DME, the method comprising administering a unit dose of the pharmaceutical composition by intravitreal injection to an eye of a primate subject in need thereof. (a) a rAAV2 variant comprising an amino acid sequence LGETTRP inserted between positions 587 and 588 of capsid protein VP1, a nucleic acid encoding: (i) a sequence having at least 95% identity to SEQ ID NO: 9; and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient;
Carrying device which allows a hand-held implement to be carried by a user , having at least one shoulder strap for resting the carrying device against the shoulder of the user , and having a lateral leg panel with a connection unit for coupling the implement , wherein the leg panel is retained on the carrying device by a carrying strap , and the carrying strap has one end operatively connected to the shoulder strap , and wherein the carrying strap is connected to a side strap between the leg panel and the shoulder strap via a buckle , characterized in that the buckle is guided in a longitudinally displaceable manner on the carrying strap .
β -(3,4-dihydroxyphenyl)-α-hydroxyisopropyl propionate (IDHP) for use in the therapeutic inhibiting of platelet aggregation.
A control system for a wind turbine, wherein the control system is split into two subsystems, comprising: a first subsystem being a main controller arranged for calculating one or more predicted operational trajectories, the one or more predicted operational trajectories include a predicted control trajectory, where a trajectory comprises a time series of at least one variable; a second subsystem being a safety-certified safety controller arranged for receiving the one or more predicted operational trajectories and validating in accordance with at least one validation routine at least one of the predicted operational trajectories as a valid operational trajectory for a future time slot, to determine whether or not the operational trajectory is valid or invalid; wherein the main controller controls the wind turbine with the predicted control trajectory if the validation is valid, and wherein the safety controller controls the wind turbine with a safe-mode control trajectory if the validation is invalid. a first subsystem being a main controller arranged for calculating one or more predicted operational trajectories, the one or more predicted operational trajectories include a predicted control trajectory, where a trajectory comprises a time series of at least one variable; a second subsystem being a safety-certified safety controller arranged for receiving the one or more predicted operational trajectories and validating in accordance with at least one validation routine at least one of the predicted operational trajectories as a valid operational trajectory for a future time slot, to determine whether or not the operational trajectory is valid or invalid; wherein the main controller controls the wind turbine with the predicted control trajectory if the validation is valid, and wherein the safety controller controls the wind turbine with a safe-mode control trajectory if the validation is invalid.
A method of determining the responsiveness of an individual with wet AMD to treatment with a VEGF antagonist, the method comprising: (i) determining in a sample from an individual having wet age-related macular degeneration (AMD) the quantity of autoantibodies directed against opioid growth factor receptor (OGFR) and (ii) classifying the individual as a VEGF antagonist responder, if the sample has an increased or decreased amount of OGFR autoantibodies, compared to a control, wherein the amount of the autoantibodies in the sample is increased or decreased by at least 10%. (i) determining in a sample from an individual having wet age-related macular degeneration (AMD) the quantity of autoantibodies directed against opioid growth factor receptor (OGFR) and (ii) classifying the individual as a VEGF antagonist responder, if the sample has an increased or decreased amount of OGFR autoantibodies, compared to a control, wherein the amount of the autoantibodies in the sample is increased or decreased by at least 10%.