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    • 7. 发明公开
    • LIFTER MECHANISM AND VEHICULAR SEAT
    • HEBEMECHANISMUS UND FAHRZEUGSITZ
    • EP3023292A1
    • 2016-05-25
    • EP14826769.3
    • 2014-07-11
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriOGURA YumiKAWASAKI SeijiINOUE KatsuhiroSUGIMOTO EijiNAKAMURA MinoruKUWANO RyujiNISHIDA Atsushi
    • B60N2/16B60N2/06B60N2/42B60R21/02
    • A neck injury is improved with a structure having a lifting mechanism part only on one side. While a lifting driving part (160) is provided on a side of one side frame (11), a coupling driving rod (170) is coupled to a rotation center of a drive gear (160d), a driving link (171) is disposed on a side of the other side frame (11), and the driving link (171) is coupled to the coupling driving rod (170). A driving force in the lifting driving part (160) operates on the side of one side frame (11) having the drive gear (160d), but on the side of the other side frame (11), the driving link (171) rotates together with the drive gear (160d) via the coupling driving rod (170), so as to perform a lifting or lowering operation. The shape of a virtual square coupling contact points of the driving link (171), the side connectors (153, 153), the coupling driving rod (170), and the drive gear (160d) does not collapse, and thus an external input is dispersed.
    • 颈部受伤被改善,其结构仅在一侧具有提升机构部分。 虽然在一个侧框架(11)的一侧设置提升驱动部(160),但是联接驱动杆(170)联接到驱动齿轮(160d)的旋转中心,驱动连杆(171) 在所述另一侧框架(11)的一侧上,并且所述驱动连杆(171)联接到所述联接驱动杆(170)。 提升驱动部(160)的驱动力在具有驱动齿轮(160d)的一个侧框架(11)的一侧进行动作,但是在另一侧框架(11)的一侧,驱动连杆(171)旋转 与驱动齿轮(160d)经由联接驱动杆(170)一起进行升降操作。 驱动连杆(171),侧连接器(153,153),联接驱动杆(170)和驱动齿轮(160d)的虚拟方形耦合接触点的形状不会折叠,因此外部输入 分散。
    • 8. 发明公开
    • SEAT SUSPENSION
    • 座位悬挂
    • EP2990262A1
    • 2016-03-02
    • EP14787824.3
    • 2014-04-22
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriOSHIMO Hiroki
    • B60N2/54
    • The present invention improves an absorption characteristic of low-cycle vibrations resulting from rolling. A seat support member (20) supporting a seat is provided via a rolling absorption mechanism (30) for absorbing rolling on brackets (13) to (16) as a vehicle body side attachment member attached to the vehicle body side. Thus, rolling (low-cycle vibrations) generated by a phase shift or the like of a hydraulic suspension of the vehicle can be absorbed by the rolling absorption mechanism (30), a lateral displacement of the body of the seated person can be prevented, stability of a seated posture can be increased, and moreover occurrence of motion sickness can be suppressed.
    • 本发明改善了由滚动导致的低循环振动的吸收特性。 作为安装在车体侧的车体侧安装部件,经由用于吸收支架(13)〜(16)的滚动的滚动吸收机构(30),设置有对座椅进行支承的座椅支承部件(20)。 因此,由车辆的液压悬架的相移等产生的滚动(低循环振动)可被滚动吸收机构30吸收,从而可防止就座者身体的侧向位移, 可以提高就座姿势的稳定性,并且还可以抑制晕动病的发生。
    • 10. 发明公开
    • DEVICE FOR ESTIMATING STATE OF LIVING ORGANISM AND COMPUTER PROGRAM
    • VORRICHTUNG ZURSCHÄTZUNGDES ZUSTANDS EINES LEBENDEN ORGANISMUS SOWIE COMPUTERPROGRAMM
    • EP2537468A1
    • 2012-12-26
    • EP11744497.6
    • 2011-01-31
    • Delta Tooling Co., Ltd.
    • FUJITA EtsunoriOGURA YumiMAEDA ShinichiroOCHIAI NaokiWAGATA Shigeki
    • A61B5/18A61B5/11
    • A61B5/18A61B5/1102A61B5/113A61B5/4035A61B5/6887A61B5/7239A61B7/00A61B2562/0204
    • A technology to grasp a state of a human being more accurately is provided. The technology is provided with means for acquiring a time-series waveform of a frequency from a time-series waveform of a biological signal sampled from the upper body of a human being and for further acquiring a time-series waveform of frequency slope and a time-series waveform of frequency fluctuation and for applying frequency analysis to them. In the frequency analysis, a power spectrum of each frequency corresponding to a functional adjustment signal, a fatigue reception signal, and an activity adjustment signal, respectively, determined in advance is acquired. Then, a state of a human being is determined from a time-series change of each power spectrum. The fatigue reception signal indicates a degree of progress of fatigue in a usual active state and thus, by comparing it with degrees of predominance of the functional adjustment signal and the activity adjustment signal as their distribution rates, a state of a human being (relaxed state, fatigued state, state in which sympathetic nerve is predominant, a state in which parasympathetic nerve is predominant and the like) can be determined more accurately.
    • 提供了更精确地掌握人的状态的技术。 该技术提供了用于从从人的上半身采样的生物信号的时间序列波形中获取频率的时间序列波形的装置,并且用于进一步获取频率斜率的时间序列波形和时间 - 频率波动的波形和频率分析。 在频率分析中,获取分别与功能调整信号,疲劳接收信号以及活动调整信号对应的每个频率的功率频谱。 然后,根据每个功率谱的时间序列变化来确定人的状态。 疲劳接收信号表示通常的活动状态下的疲劳进展程度,因此通过将功能调整信号和活动调节信号的优势度作为其分配率进行比较,人的状态(松弛状态 疲劳状态,交感神经占优势的状态,副交感神经为主要状态等)可以更准确地确定。