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    • 3. 发明授权
    • Pad mounting structure for air bag device
    • 气囊装置的垫安装结构
    • US5433473A
    • 1995-07-18
    • US873180
    • 1992-04-24
    • Tetsushi HiramitsuIchizo ShigaTadashi YamamotoHiroshi Ogawa
    • Tetsushi HiramitsuIchizo ShigaTadashi YamamotoHiroshi Ogawa
    • B60R21/2165B60R21/16
    • B60R21/21656
    • In order to simplify the fabrication process, form a lightweight air bag device and increase safety by reliably preventing damage to an insert during the inflation of an air bag, a pad according to the present invention includes a pad body made of a soft synthetic resin, such as urethane, and an insert 14 formed of a synthetic resin plate material with a shape-retaining characteristic. The insert 14 includes a substantially square cylindrical base portion 16 and two opening portions 18A, 18B integrally connected to the base portion via hinge portions 17A, 17B. Arcuate, gradual shape-changing portions 23, 24 are formed at the boundary edge portions between the base portion 16 and the hinge portions 17A, 17B and at boundary edge portions between the opening portions 18A, 18B and the hinge portions 17A, 17B, respectively to distribute stresses and minimize breakage.
    • 为了简化制造工艺,通过可靠地防止在气囊充气期间损坏插入件,形成轻质气囊装置并提高安全性,根据本发明的垫包括由软质合成树脂制成的垫体, 例如聚氨酯,以及由具有形状保持特性的合成树脂板材形成的插入件14。 插入件14包括基本上正方形的圆筒形基部16和经由铰链部分17A,17B与基部一体连接的两个开口部分18A,18B。 在基部16和铰链部分17A,17B之间的边界部分和开口部分18A,18B和铰链部分17A,17B之间的边界部分分别形成有弧形的逐渐变形部分23,24 分配压力并尽可能减少破损。
    • 5. 发明授权
    • Air bag cover including horn switch
    • 气囊盖包括喇叭开关
    • US5338059A
    • 1994-08-16
    • US040358
    • 1993-03-30
    • Michio InoueTadashi YamamotoHiroshi Ogawa
    • Michio InoueTadashi YamamotoHiroshi Ogawa
    • B60Q5/00B60R16/02B60R16/027B60R21/20B60R21/203B62D1/04
    • B60R21/21658
    • A pad assembly for an air bag device is provided which has a horn switch, and is directed to readily ensure adequate operation load of a switch, to improve productivity and to preventing an increase in the thickness of the portion of the pad where the switch is located. A pad 10 for an air bag device M is disposed on a steering wheel W, has an upper wall 11 and a side wall 12 extending downward from the peripheral edge of the upper wall 11, and further includes a horn switch. The pad 10 includes a covering layer 14 made of a soft synthetic resin, a hard insert 15 embedded in the side wall 12 of the pad 10, and a pressure sensitive switch 18 having metal sheets 19, 20 and 21 which offer a shape-retaining property and functioning as the horn switch. The pressure sensitive switch 18 is disposed on a rear surface of the upper wall 11 of the pad 10 with end portions 19 a, 20a and 21a thereof retained by the insert 15.
    • 提供了一种用于气囊装置的垫组件,其具有喇叭开关,并且被引导以容易地确保开关的适当的操作负载,以提高生产率并防止垫的部分的厚度增加,其中开关是 位于。 用于气囊装置M的垫10设置在方向盘W上,具有从上壁11的周缘向下延伸的上壁11和侧壁12,并且还包括喇叭开关。 垫10包括由软质合成树脂制成的覆盖层14,嵌入垫10的侧壁12中的硬嵌入物15和具有金属片19,20和21的压力敏感开关18,其具有形状保持 属性和功能作为喇叭开关。 压敏开关18设置在垫10的上壁11的后表面上,其端部部分21a,20a和21a由插入件15保持。
    • 8. 发明授权
    • Road-surface condition estimating device
    • 路面状况估计装置
    • US09037376B2
    • 2015-05-19
    • US12137588
    • 2008-06-12
    • Hiroshi Ogawa
    • Hiroshi Ogawa
    • G06F19/00B60T8/172
    • B60T8/172B60T2210/12
    • A front-wheel speed is calculated as a wheel speed of driving wheels, a rear-wheel speed is calculated as a wheel speed of driven wheels, a rear-wheel acceleration is calculated as a wheel acceleration of the driven wheels, a front-wheel-speed difference value is calculated as a driving-wheel-speed difference value, a rear-wheel-speed difference value is calculated as a driven-wheel-speed difference value, a rear-wheel-acceleration difference value is calculated as a driven-wheel-acceleration difference value, and a front-wheel ground load is calculated as a ground load acting on the driving wheels. Based on these calculated values, a gradient of a tire-characteristic curve indicating an amount of change in road-surface friction coefficient with respect to an amount of change in slip rate is calculated, and the calculated gradient of the tire-characteristic curve is compared with preset threshold values, whereby a road-surface friction coefficient as a road-surface condition can be determined.
    • 前轮速度被计算为驱动轮的车轮速度,后轮速度被计算为从动轮的车轮速度,后轮加速度被计算为从动轮的车轮加速度,前轮 计算速度差值作为驱动轮速度差值,将后轮速度差值计算为从动轮速度差值,将后轮加速度差值作为从动轮速度差值计算, 车轮加速度差值和前轮地面载荷被计算为作用在驱动轮上的地面载荷。 基于这些计算值,计算表示路面摩擦系数相对于滑移率变化量的变化量的轮胎特性曲线的坡度,并且比较计算出的轮胎特性曲线的坡度 具有预设阈值,由此可以确定作为路面状况的路面摩擦系数。
    • 10. 发明申请
    • DRILL AND METHOD OF MANUFACTURING MACHINED PRODUCT USING THE SAME
    • 使用其制造加工产品的钻孔和方法
    • US20130170920A1
    • 2013-07-04
    • US13821841
    • 2012-01-31
    • Hiroshi Ogawa
    • Hiroshi Ogawa
    • B23B51/02
    • B23B51/02B23B2251/406B23B2251/426B23B2251/44Y10T408/03Y10T408/9097
    • A drill according to an embodiment of the present invention includes a body part and a cutting part with a cylinder-like shape. The cutting part includes two cutting edges located separately from each other at a front end portion of the cutting part, two flutes which are continuous with each of the two cutting edges and extend spirally toward a rear end portion of the cutting part, and a clearance which extends spirally from a side of the front end portion to a side of the rear end portion, and is recessed inward in reference to a periphery of the cutting part in a sectional view. The cutting part includes a first joining flute including at least one of the two flutes and the clearance being joined together. The first joining flute includes a bottom surface being outwardly protruding curve-like line in a sectional view. A method of manufacturing a machined product using the drill is also provided.
    • 根据本发明的实施例的钻头包括主体部分和具有圆柱形形状的切割部分。 切割部分包括在切割部分的前端部处彼此分开设置的两个切割刃,两个与两个切割刃中的每一个连续的凹槽,并且朝向切割部分的后端部螺旋地延伸,并且间隙 其从前端部的一侧螺旋地延伸到后端部的一侧,并且在截面图中相对于切割部的周边向内凹入。 切割部分包括第一连接凹槽,其包括两个凹槽中的至少一个,并且间隙连接在一起。 第一连接槽具有在剖面图中向外突出的曲线状的底面。 还提供了使用钻头制造加工产品的方法。