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    • 1. 发明申请
    • Seat System With Shock- And Vibration-Reducing Bladders
    • 带震动和减震气囊的座椅系统
    • US20080296946A1
    • 2008-12-04
    • US12129529
    • 2008-05-29
    • Douglas D. ReynoldsErik Wolf
    • Douglas D. ReynoldsErik Wolf
    • A47C7/40
    • B60N2/914B60N2/525B60N2/70
    • A seat system has separate air bladders in the seat bottom and seat back. The seat bottom bladder is in fluid communication with the seat back bladder through a plurality of rigid interconnecting tubes, and valves in the tubes or orifice size can control flow rate of air exchange between the seat bottom bladder and the seat back bladder. A panel of resilient, compressible open cell foam extends in each of the seat bottom bladder and the seat back bladder. Through-holes in the foam panel permit accelerated air evacuation to the other bladder when the seat withstands a significant shock event. The vibration and shock attenuation characteristics of the seat are jointly provided by the panel spring force and the bladder air pressure.
    • 座椅系统在座椅底部和座椅靠背中具有单独的气囊。 座椅底膀胱通过多个刚性互连管与座椅靠背囊流体连通,管中的阀或孔尺寸可以控制座椅底膀胱和座椅靠背囊之间的空气交换流速。 弹性可压缩开孔泡沫的面板在每个座椅底膀胱和座椅靠背囊中延伸。 泡沫板中的通孔允许当座椅经受重大冲击事件时,可以将另一个膀胱的空气排出加速。 座椅的振动和冲击衰减特性由面板弹簧力和气囊气压共同提供。
    • 2. 发明授权
    • Handle covering with vibration-reducing bladder
    • 用减震囊处理覆盖物
    • US5987705A
    • 1999-11-23
    • US886991
    • 1997-07-02
    • Douglas D. Reynolds
    • Douglas D. Reynolds
    • A41D19/015A63B71/08B25G1/01F16F9/04F16F15/023
    • F16F15/0232A41D19/01523B25G1/01F16F9/0472A63B2225/62A63B71/081Y10S16/12Y10S16/902Y10T16/48Y10T16/495Y10T74/20828Y10T74/20876
    • An air isolation hand or handle covering has a bladder consisting of a plurality of interconnected or independent inflation cells that is positioned between the hand and a hand-held tool or other vibrating object. The cells are oriented to permit easy bending of the hand covering in directions appropriate for grasping an object. The effectiveness of the bladder in reducing the vibration energy transmitted to the hand is a function of the bladder material thickness, the shape and configuration of the bladder, the pressure in the bladder, the compressible fluid used, the volume of the bladder, and the grip force and push force used when clasping a tool or other object. The bladder is attached in place by way of an attachment tab which is integrally formed from at least one of the layers of the bladder and extends for at least about one sixth the length of the fluid cavity. Spacing between weld lines which define the inflation cells can be varied such that the thickness of the bladder in an inflated state varies at different inflation cells. The bladder can be filled with air or other fluid during the fabrication of the bladder or it can be inflated or deflated with a small pump and integral air valve connected to one of the air cavities. The covering may include an inflation sensor to indicate when a proper inflation pressure is reached.
    • 空气隔离手或手柄盖具有由多个相互连接或独立的充气单元组成的囊,所述充气单元位于手和手持工具或其它振动对象之间。 细胞被定向以允许在适于抓取物体的方向上容易地弯曲手部覆盖物。 膀胱在减少传递到手中的振动能量的有效性是膀胱材料厚度,膀胱的形状和构型,膀胱中的压力,所使用的可压缩流体,膀胱体积和 夹紧工具或其他物体时使用的夹紧力和推力。 膀胱通过附接翼片附接在适当位置,该连接翼片由囊状物的至少一层整体形成并且延伸至少大约六分之一的流体腔体的长度。 可以改变限定充气细胞的焊接线之间的间距,使膨胀状态的膀胱的厚度在不同的充气细胞下变化。 膀胱在制造膀胱期间可以填充空气或其他流体,或者可以用连接到其中一个空气腔的小泵和一体式空气阀来充气或放气。 覆盖物可以包括充气传感器,以指示何时达到适当的充气压力。
    • 6. 发明授权
    • Seat system with shock- and vibration-reducing bladders
    • 带减震和减震气​​囊的座椅系统
    • US08033600B2
    • 2011-10-11
    • US12129529
    • 2008-05-29
    • Douglas D. ReynoldsErik Wolf
    • Douglas D. ReynoldsErik Wolf
    • B60N2/42
    • B60N2/914B60N2/525B60N2/70
    • A seat system has separate air bladders in the seat bottom and seat back. The seat bottom bladder is in fluid communication with the seat back bladder through a plurality of rigid interconnecting tubes, and valves in the tubes or orifice size can control flow rate of air exchange between the seat bottom bladder and the seat back bladder. A panel of resilient, compressible open cell foam extends in each of the seat bottom bladder and the seat back bladder. Through-holes in the foam panel permit accelerated air evacuation to the other bladder when the seat withstands a significant shock event. The vibration and shock attenuation characteristics of the seat are jointly provided by the panel spring force and the bladder air pressure.
    • 座椅系统在座椅底部和座椅靠背中具有单独的气囊。 座椅底膀胱通过多个刚性互连管与座椅靠背囊流体连通,管中的阀或孔尺寸可以控制座椅底膀胱和座椅靠背囊之间的空气交换流速。 弹性可压缩开孔泡沫的面板在每个座椅底膀胱和座椅靠背囊中延伸。 泡沫板中的通孔允许当座椅经受重大冲击事件时,可以将另一个膀胱的空气排出加速。 座椅的振动和冲击衰减特性由面板弹簧力和气囊气压共同提供。