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Method, computer program product and system for relieving kinetosis of a vehicle occupant as well as a motor vehicle equipped therewith

机译:用于缓解车辆乘员的动力学以及装备的机动车辆的方法,计算机程序产品和系统

摘要

Kinetosis alleviation method for alleviating kinetosis of a vehicle occupant in a motor vehicle (1), whose upper body and lower body is supported at least partially and at least temporarily by at least one backrest (20) and/or a seat surface (15) of a vehicle seat (10), whose head is at least is partially and at least temporarily supported by a headrest (25), at least one arm of which is at least partially and at least temporarily supported by an armrest (30), and/or at least one foot is at least partially and at least temporarily supported by a footrest (35 ) is included, with at least a portion of the backrest (20), a portion of the seat (15), a portion of the headrest (25), a portion of the armrest (30) and / or a portion of the footrest (35) depending on a detected and / or an anticipated driving situation of the motor vehicle (1), each starting from a starting position, in at least one r direction in space, and where- if the driving situation corresponds to driving straight ahead with an acceleration, the headrest (25) remains in the starting position, the backrest (20) is moved into a first backrest position that differs from the starting position, the armrest (30) in a first armrest position that differs from the initial position is moved, the seat surface (15) remains in the initial position and the footrest (35) remains in its initial position, and/or - if the driving situation corresponds to driving straight ahead with an anticipated acceleration, the headrest (25) remains in the starting position, the backrest (20) remains in its starting position, the armrest (30) is moved into a second armrest position, the seat surface (15) remains in the starting position and the footrest (35) remains in its starting position, and/or - If the driving situation corresponds to a straight ahead with delay, the headrest (25) in ei ne sixth headrest position is moved, the backrest (20) is moved to a fourth backrest position, the armrest (30) is moved to a third armrest position, the seat (15) is moved to a seventh seat position and the footrest (35) is moved to a seventh Footrest position is moved, and/or - if the driving situation corresponds to driving straight ahead with anticipated deceleration, the headrest (25) remains in the starting position, the backrest (20) remains in its starting position, the armrest (30) is moved into a fourth armrest position, the seat surface (15) remains in the starting position and the footrest (35) remains in its starting position, and/or - if the driving situation corresponds to driving straight ahead with lifting, the headrest (25) remains in the starting position, the backrest (20) in remains in its starting position, the armrest (30) is moved into a fifth armrest position, the seat surface (15) into a first seat surface position is moved and the footrest (35) remains in its starting position, and/or - if the driving situation corresponds to driving straight ahead with a nod, the headrest (25) is moved into a first headrest position, the backrest (20) is moved into a second backrest position the armrest (30) is moved into a sixth armrest position, the seat (15) is moved into an eighth seat position and the footrest (35) is moved into a first footrest position, and/or when the driving situation is straight-ahead driving with rolling corresponds, the headrest (25) remains in the starting position, the backrest (20) remains in its starting position, the armrest (30) is moved into a seventh armrest position, the seat (15) is moved into a second seat position and the footrest (35 ) is moved into a second footrest position, and/or- if the driving situation is straight-ahead driving with a combination of acceleration, deceleration, heave, pitch and roll, the headrest (25) is moved to a second headrest position, the seatback (20) is moved to a third seatback position, the armrest (30) is moved to an eighth armrest position, the seat bottom (15) is moved to a third seating position and the footrest (35) is moved to a third footrest position.
机译:用于缓解机动车辆(1)中的用于减轻车辆乘员的动力学的动力学减轻方法,其上身和下半身至少部分地支撑,至少部分地支撑至少一个靠背(20)和/或座椅表面(15)车辆座椅(10)的座椅座椅(10)至少部分地由头枕(25)至少临时支撑,至少一个臂至少部分地由扶手(30)暂时支撑,并且/或至少一只脚至少部分地并且至少包括脚凳(35)暂时支撑,其中至少一部分靠背(20),座椅(15)的一部分,头枕的一部分(25),根据机动车辆(1)的检测和/或预期的驱动情况,扶手(30)和/或搁脚板(35)的一部分,每个扶手(35)(1),每个从起始位置开始空间中的至少一个R方向,其中 - 如果驾驶情况对应于直接前方的驱动通过加速度,头枕(25)保持在起始位置,靠背(20)移动到与起始位置不同,扶手(30)不同于初始位置的第一扶手位置的第一靠背位置移动,座椅表面(15)保持在初始位置,并且搁脚板(35)保持在其初始位置,并且/或 - 如果驱动情况对应于通过预期的加速器直接驱动,则头枕(25)保持在起始位置,靠背(20)保持在其起始位置,扶手(30)移动到第二扶手位置,座椅表面(15)保持在起始位置,脚凳(35)保持在其启动中位置和/或 - 如果驾驶情况对应于具有延迟的直线,则ei ne第六个头枕位置的头枕(25)移动,靠背(20)移动到第四靠背位置,扶手(30)被移动到第三个扶手pos ITION,座椅(15)移动到第七座位位置,并且脚踏板(35)移动到第七脚踏位置,移动和/或 - 如果驱动情况对应于通过预期的减速度直接驱动,则( 25)保持在起始位置,靠背(20)保持在其起始位置,扶手(30)移动到第四扶手位置,座椅表面(15)保持在起始位置,脚凳(35)保持在其起始位置和/或 - 如果驾驶情况对应于通过提升的直线驱动,则头枕(25)保持在起始位置,靠背(20)保持在其起始位置,扶手(30)是移动到第五扶手位置,将座椅表面(15)移动到第一座椅表面位置,并且搁脚板(35)保持在其起始位置,并且/或 - 如果驱动情况对应于用点头直接驱动,头枕(25)搬进第一最高位置,靠背(20)移动到第二靠背位置,扶手(30)移动到第六扶手位置,座椅(15)移动到第八座位位置,脚凳(35)移动到一个第一个脚凳位置和/或当驾驶情况直截了当地用滚动进行直线驱动时,头枕(25)保持在起始位置,靠背(20)保持在其起始位置,扶手(30)移动到第七扶手位置,座椅(15)移动到第二座位位置,并且搁脚板(35)移动到第二左侧位置,和/或 - 如果驱动情况与加速度的组合直接驱动,减速,升降,俯仰和辊,头枕(25)移动到第二个头枕位置,座椅靠背(20)移动到第三座位位置,扶手(30)移动到第八扶手位置,座椅底部(15)移动到第三座位位置和脚凳(35)被移动到第三个脚踏板位置。

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