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    • 3. 发明授权
    • Thrust chain device
    • US11358842B2
    • 2022-06-14
    • US16473001
    • 2018-01-08
    • SERAPID—FRANCE
    • Ivan SeigneurAlexandre Debeauvais
    • B66F3/06F16G13/07F16G13/20F16H19/06
    • A thrust chain device that induces an open thrust chain with a thrust portion and a housing portion, a thrust chain guide on a thrust portion of the thrust chain, a driving sprocket provided with teeth interlocking with the thrust chain, and a storage space of the housing portion, is provided. The storage space is parallel to the thrust portion and located opposite the thrust portion, the driving sprocket interlocks bilaterally with the thrust chain in a symmetric manner on the side of the thrust portion and on the side of the housing portion, the chain includes a connection portion between the thrust portion and the housing portion, arranged at a distance from the sprocket, the driving sprocket is in contact with the thrust chain by surfaces in the shape of an involute of a circle, the surfaces belonging to the teeth, where one tooth meshes with the chain while defining a line of action having an angle with the thrust portion between −10° and 10°, and the guide includes contact surfaces in synthetic material.
    • 4. 发明申请
    • A STORAGE SYSTEM AND A METHOD OF OPERATING THE STORAGE SYSTEM
    • US20210300678A1
    • 2021-09-30
    • US17258985
    • 2019-07-11
    • O.W. MACHINEBOUW B.V
    • Oscar VAN BUIJTENE
    • B65G1/04F16G13/20
    • A storage system (1) comprises a plurality of vertical stacks (2) of storage containers (3), wherein the stacks (2) are arranged in a horizontal first direction (X) and a horizontal second direction (Y) which is perpendicular to the first direction (X), a transport unit (8) for transporting at least one container (3) to or from a selected stack (2) in the first and/or second direction (X, Y), and a container handling device (9, 10) for transferring at least an upper container (3) from a selected stack (2) to the transport unit (8) before the transport unit (8) including the container (3) is transported from the selected stack (2) and for transferring at least a container (3) from the transport unit (8) to the top of a selected stack (2) after the transport unit (8) including the container (3) is transported to the selected stack (2). The transport unit (8) is movable above the stacks (2). The container handling device comprises a lifting member (9) for displacing a selected stack (2) in vertical direction with respect to adjacent stacks (2), wherein the lifting member (9) is movable below the stacks (2) in a non-lifting condition thereof, and the container handling device comprises an engaging member (10) that is provided at the transport unit (8) and suitable for engaging at least an upper container (3) of a lifted stack so as to retrieve the container or for releasing an engaged container so as to place the container on top of a selected stack.
    • 5. 发明授权
    • Robot arm mechanism
    • US10670113B2
    • 2020-06-02
    • US16243843
    • 2019-01-09
    • LIFE ROBOTICS INC.
    • Woo-Keun YoonHiroaki Matsuda
    • B25J18/02F16G13/20B25J9/00F16H19/06
    • A robot arm mechanism is capable of preventing a first piece string from colliding with a support column inner wall in the robot arm mechanism having a linear extension and retraction joint. The robot arm mechanism includes a plurality of first pieces that are connected in a string shape and a plurality of second pieces that are connected in a string shape, a feed mechanism section that supports the first and second strings movably forward and backward, a storage section in a square cylinder shape that stores the first pieces and the second pieces, and a guide that guides reciprocating movement of the first pieces between the feed mechanism section and the storage section from outside of the first pieces. The guide has a plurality of guide pieces that are connected bendably in mutual front and rear end surfaces to deform in accordance with rising and lowering movement of a rising and lowering rotation joint, and the guide hangs into the storage section from a tip position where the guide is fixed to the feed mechanism section.