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    • 4. 发明申请
    • AIRCRAFT LANDING GEAR ASSEMBLY
    • WO2023031035A1
    • 2023-03-09
    • PCT/EP2022/073770
    • 2022-08-26
    • SAFRAN LANDING SYSTEMS UK LIMITED
    • BENNETT, Ian Robert
    • B64C25/12B64C25/10
    • An aircraft landing gear assembly (50) comprising: a first structural member (52); a second structural member (54) pivotally coupled to the first structural member at an apex pivot point so as to be movable between a first angular condition and a second angular condition; a down-lock spring having a first end region pivotally coupled to a mounting structure and being arranged under tension to bias the first and second structural members to assume the first angular condition; and a linkage assembly, the linkage assembly comprising: an arm member (58) pivotally coupled to one of the first and second structural members at an arm pivot point, the arm having an first end region pivotally coupled to a second end region of the down-lock spring; and a control link (56) pivotally coupled to one of the first and second structural members at a first control link pivot point and pivotally coupled to the arm member at a second control link pivot point the such that, as the first and second structural members move relative to one another from the first angular condition towards the second angular condition, the first control link pivot point moves over centre, though an axis or plane bisecting the apex pivot point and the second control link pivot point.
    • 6. 发明申请
    • MOLECULE PROJECTION AND ENCODING FOR MACHINE LEARNING
    • WO2022254170A1
    • 2022-12-08
    • PCT/GB2021/051354
    • 2021-06-02
    • THE UNIVERSITY OF BRISTOL
    • MATTHEWS, Ella
    • G16C20/30G16C20/90G16C20/70G16C20/50G16C20/80
    • A computer implemented method of generating a dataset associated with a molecule is described. The method comprises generating a dataset associated with the molecule by: a) providing a representation of the molecule, the representation comprising a plurality of elements in a three-dimensional arrangement, each element comprising one or more atoms; b) surrounding the representation with a multifaceted shape, the multifaceted shape comprising a plurality of facets, the representation having a position within the multifaceted shape; c) projecting each element of the representation onto one of the facets; and d) using an encoding algorithm to generate a dataset based on the projection of step c). The method also comprising generating a further dataset associated with the molecule by at least one of: (i) performing repeats of steps a)-d), wherein different isotopes of the atoms are provided in the repeat of step a) and the repeat of step d) generates the further dataset associated with the molecule; (ii) performing repeats of steps a)- d), wherein a different three-dimensional arrangement is provided in the repeat of step a) and the repeat of step d) generates the further dataset associated with the molecule; (iii) performing repeats of steps b)-d), wherein a different position is specified in the repeat of step b) and the repeat of step d) generates the further dataset associated with the molecule; and, (iv) performing a repeat of step d), wherein a different encoding algorithm is used in the repeat of step d) and the repeat of step d) generates the further dataset associated with the molecule. The generated dataset can be used for training a ML algorithm and also for predicting a property of a molecule.
    • 10. 发明申请
    • SECURE MULTI DISTRIBUTED LEDGER SYSTEM
    • WO2022106603A1
    • 2022-05-27
    • PCT/EP2021/082270
    • 2021-11-19
    • QUANT NETWORK LTD
    • VERDIAN, GilbertRILEY, LukeHARGREAVES, MartinMARIROSANS, Peter
    • G06F21/64
    • The present disclosure relates to methods, systems, electronic devices and computer programs to enable the execution of instructions using any of two or more different distributed ledgers. The disclosure includes a computer implemented method for executing instructions that are issued via any of two or more different distributed ledgers, where the method includes monitoring a plurality of distributed ledgers for distributed ledger transactions comprising an instruction to be executed; identifying a first plurality of distributed ledger transactions, each appearing on any of the plurality of distributed ledgers, wherein each of the first plurality of distributed ledger transactions comprises an instruction to be executed; verifying at least some of the first plurality of instructions in the identified first plurality of distributed ledger transactions; and for each of the first plurality of instructions that is positively verified, executing the instruction; and storing, in an electronic data record, a result of the executed instruction. This may enable, for example, a user to issue instructions on two or more different distributed ledgers, with those instructions being executed securely and consistently, and any user data associated with the executed instructions updated consistently and reliably, regardless of the distributed ledger on which each instruction is issued.