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    • 3. 发明申请
    • A SYSTEM FOR PERFORMING AN AUTOMATED ULTRASONIC SCAN OF THE EYE
    • WO2022107143A1
    • 2022-05-27
    • PCT/IL2021/051380
    • 2021-11-18
    • MIKAJAKI, SACOHN, DE VRIES, STADLER & CO.
    • HOCHNER, JoelSMULIAN, DoronSHUKRON, OfirASSOULINE, MichaelSINAI, NirKOSKAS, Patricia
    • A61B8/00A61B8/10A61B8/08
    • The present disclosure discloses a system that is capable of performing a fully automated ultrasonic (US) scan. The subject that is undergoing the scan associates with the system and the scan is performed without any human intervention. The US probe comprises an US transducer that is configured to generate US signals and detect their reflections, to collect acoustic data during the scan. The US probe is moved by a probe -motioning unit that is affixed and is configured to move the US probe in up to six degrees of freedom according to the desired scan pattern that is determined by a processing circuitry of the system, i.e. a control unit. Therefore, any anatomical landmark of the eye can be scanned from any desired angle. The processing circuitry is configured to control the operation of the US probe and the probe-motioning unit to execute a desired scan pattern, i.e. spatial pattern of the probe and operational parameters of the US transducer, e.g. scanning windows, gain, etc. The processing circuitry is configured to execute either (i) a default, pre-set scan pattern that is configured to collect basic acoustic data of the eye; or (ii) a planned scan that is based on specific characteristics of the subject. The planned scan may follow a first, pre-set scan, in which an initial first acoustic data is collected and based on the findings of this first scan the second scan is planned and executed to collect additional data that is required for the determination of at least one condition of the eye of the subject.
    • 4. 发明申请
    • HEAD SUPPORT ASSEMBLY AND HEAD SUPPORT UNIT
    • WO2021255734A1
    • 2021-12-23
    • PCT/IL2021/050726
    • 2021-06-16
    • HEADOVATIONS LTD
    • COHEN GAZIT, BenSHAHAM, KalmanLIBRUS, Michael
    • A47C7/38A47C7/36A61G5/00
    • According to an aspect of the presently disclosed subject matter, there is provided a head support assembly attachable to a seat comprising a right frame member and a left frame member. The head support assembly comprising: a right support post and a left support post; a right coupler and a left coupler, articulatable respectively to the right frame member and to the left frame member, and configured for independently arresting the right support post and the left support post, respectively, in a manner facilitating tilting the support post at least partially about a pitch axis extending between the right coupler and the left coupler; and a head support unit articulable to a right top portion of the right support post and to a left top portion of the left support post. The head support assembly of the first aspect is configured to be attached to any seat having right and left frame members, and the head support unit thereof is configured to be mounted to a head of a user seated on the seat for providing support to the head and preventing the head from being tilted forwardly and/or downwardly. In some cases, the head support unit can have a support body which is configured with a front portion to which a head restraint is attachable. In such cases, the head restraint is configured for providing improved head and neck support to a user while seated in the seat.
    • 6. 发明申请
    • NUCLEIC ACID MOLECULE AND ITS USE
    • WO2023281514A1
    • 2023-01-12
    • PCT/IL2022/050735
    • 2022-07-07
    • RNA MORPH LTD
    • LEV, Eitan
    • C12N15/113
    • Nucleobases-comprising complex having two nucleobase strands linked by a common backbone structure common to the two strands. The common backbone structure may be formed by coupling two backbones, one of each of the strands, by molecular (e.g., covalent) bonding or other type of bonding; or may be a single backbone structure for the two strands. The first nucleic acid strand is, typically, such that it can specifically hybridize to a nucleotide target sequence, which may be a coding DNA sequence or an mRNA sequence and is typically complementary to that sequence. The second nucleic acid strand remains exposed after hybridization and has a sequence such so as to permit interaction with certain agents in the environment. The first strand may such that can specifically hybridize to a mutated target sequence and the second strand is such so that after the first strand hybridizes to the target sequence, the exposed, second sequence, together with the non-hybridized portions of the full sequence, display a correct, non- mutated sequence.