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    • 1. 发明公开
    • TIBIAL TRIAL INSERT SYSTEM
    • EP4082485A1
    • 2022-11-02
    • EP21170757.5
    • 2021-04-27
    • Aesculap AG
    • Zouaghi, Housseyn
    • A61F2/38A61F2/46A61F2/30A61B17/02
    • Tibial trial insert system (1), comprising: a bearing component (100) having a superior articulating (101) surface and an inferior surface (102); a plate component (200) having a superior surface (201) and an inferior fixation surface (202); a spacing adjustment assembly (300) configured to be arrangeable between the inferior surface of the bearing component and the superior surface of the plate component, the spacing adjustment assembly having at least one superior connector (301) element configured to removably engage with the bearing component, at least one inferior base element (302) configured to removably engage with the plate component, and having a coupling arrangement (303, 304, 305,306) movably coupling the connector element with the base element in proximal/distal direction and to a limited extent; a plurality of shims (500, 500', 600, 700, 720, 740), each shim configured to be slidable between an inferior surface of the connector element and a superior surface of the base element to adjust a proximal/distal height of the spacing adjustment assembly, in order to thereby adjust a relative proximal/distal spacing between the bearing component and the plate component.
    • 3. 发明公开
    • TIBIAL TRIAL INSERT SYSTEM
    • EP4115852A1
    • 2023-01-11
    • EP21183675.4
    • 2021-07-05
    • Aesculap AG
    • Zouaghi, Housseyn
    • A61F2/46A61B17/02A61F2/38A61F2/30
    • Tibial trial insert system (1), comprising: a bearing component (100) having a superior articulating surface (101) for articulation with a distal femoral surface; a plate component (200) having an inferior fixation surface (202) for fixation to a proximal tibia; and an adjustment arrangement (A) for adjusting a proximal/distal spacing between the bearing component and the plate component, wherein the adjustment arrangement comprises: an adjustment device (300) having a superior connector element (301) configured to engage with an inferior surface (102) of the bearing component, an inferior base element (302) adapted to be placed at least indirectly upon a superior surface (201) of the plate component, and having a telescopic mechanism (T) operatively coupled to the connector element and to the base element, wherein the telescopic mechanism is user-operable for adjusting a thickness of the adjustment device; and at least one shim (400) configured for insertion between the superior surface of the plate component and an inferior surface of the base element for adjusting a height level of the adjustment device in relation to the plate component.
    • 4. 发明公开
    • TIBIAL TRIAL INSERT SYSTEM
    • EP4082486A1
    • 2022-11-02
    • EP21170758.3
    • 2021-04-27
    • Aesculap AG
    • Zouaghi, Housseyn
    • A61F2/38A61F2/46A61B17/02A61F2/30
    • Tibial trial insert system (1), comprising: a bearing component (100) having a superior articulating surface (101) and an inferior surface (102); a plate component (200) having a superior surface (201) and an inferior fixation surface (202); at least a first spacing adjustment assembly (300) and a second spacing adjustment assembly (400), each spacing adjustment assembly (300, 400) configured to be arrangeable between the inferior surface (102) of the bearing component (100) and the superior surface (201) of the plate component (200), and each spacing adjustment assembly (300, 400) having at least one superior connector element (301, 305, 401, 405) configured to removably engage with the bearing component (100) and at least one inferior base element (302, 402) configured to removably engage with the plate component (200), wherein the connector element (301, 305, 401, 405) is movably coupled to the base element (302, 402) in proximal/distal direction; a plurality of shims (500, 600, 700), each shim configured to be slidable between an inferior surface (303, 403) of the connector element (301, 305, 401, 405) and a superior surface (304, 404) of the base element (302, 402) of the first spacing adjustment assembly (300) and/or the second spacing adjustment assembly (400) to adjust a proximal/distal height of the respective spacing adjustment assembly (300, 400), in order to thereby adjust a relative proximal/distal spacing between the bearing component (100) and the plate component (200); wherein the first spacing adjustment assembly (300) is configured to allow an adjustment of the proximal/distal spacing within a first adjustment range and the second spacing adjustment assembly (400) is configured to allow an adjustment of the proximal/distal spacing within a second adjustment range.
    • 5. 发明公开
    • ADJUSTABLE TIBIAL TRIAL INSERT
    • EP4011334A1
    • 2022-06-15
    • EP20212707.2
    • 2020-12-09
    • Aesculap AG
    • Zouaghi, Housseyn
    • A61F2/46A61B17/02
    • Adjustable tibial trial insert (1), comprising: an upper plate (2) including an upper articular surface (21) configured for articulation with a femoral surface; a lower plate (3) positioned below the upper plate along an adjustment axis (Z) and including a lower surface (31) configured for tibial fixation; an adjustment arrangement (A) arranged between the upper plate and the lower plate and actuatable for adjustment of a gap (G) between the upper plate and the lower plate along the adjustment axis; wherein the adjustment arrangement comprises at least a first scissor lift mechanism (4) with a first lever arm (40 - 47) arrangement and a separate second scissor lift mechanism (5) with a second lever arm arrangement (50 - 57), wherein each of the lever arm arrangements is at least indirectly connected to the upper plate and the lower plate, and wherein each of the lever arm arrangements is pivotally movable between different positions for variation of its length along the adjustment axis in order to adjust the gap between the upper plate and the lower plate; characterized in that the first scissor lift mechanism comprises an actuator element (48) coupled to the first lever arm arrangement and configured such that actuation of the actuator element varies the length of the first lever arm arrangement; and in that the adjustment arrangement comprises at least one coupling element (6, 6') coupling the second scissor lift mechanism to the first scissor lift mechanism and configured such that the length of the second lever arm arrangement is varied synchronously to the first lever arm arrangement.