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    • 3. 发明授权
    • Hood impact absorbing apparatus
    • 敞篷冲击吸收装置
    • US07815007B2
    • 2010-10-19
    • US12457031
    • 2009-05-29
    • Shinji MoriYukio NakagawaKazuyuki YoshiyamaTakeki HayashiShigeyuki Suzuki
    • Shinji MoriYukio NakagawaKazuyuki YoshiyamaTakeki HayashiShigeyuki Suzuki
    • B60K28/10
    • B60R21/38
    • The present invention provides a hood impact absorbing apparatus capable of further mitigating an impact that a collision body receives from a hood than ever, wherein a push-up rod pushes up the rear end of a hood at the time of a collision of a vehicle, and when a collision body is battered against the top surface of the hood in this state, the rear end of the hood descends and the distal end of the push-up rod slidingly contacts and moves a rear-side flat portion and an arm intermediate curved portion in the rear end of the hood, and herein, a slide contact angle (θ) in the arm intermediate curved portion is larger than a slide contact angle (θ) in the rear end of the rear-side flat portion, thereby, during a process in which the rear end of the hood descends, peaks at which an absorbing amount of impact energy becomes large can be provided at least twice, and as a result, the impact can be mitigated further than ever.
    • 本发明提供一种罩式冲击吸收装置,其能够进一步减轻碰撞体从罩中接收的冲击,其中在车辆碰撞时上推杆向上推动罩的后端, 并且当在这种状态下碰撞体碰到发动机盖的顶面时,罩的后端下降,并且上推杆的远端滑动地接触并使后侧平坦部分和臂中间弯曲 在这种情况下,臂中间弯曲部分中的滑动接触角(&θ)大于后侧平坦部分的后端中的滑动接触角(& 在罩的后端下降的过程中,可以提供至少两次冲击能量的吸收量的峰值,结果可以进一步减轻冲击。
    • 4. 发明申请
    • Hood impact absorbing apparatus
    • 敞篷冲击吸收装置
    • US20090302644A1
    • 2009-12-10
    • US12457031
    • 2009-05-29
    • Shinji MoriYukio NakagawaKazuyuki YoshiyamaTakeki HayashiShigeyuki Suzuki
    • Shinji MoriYukio NakagawaKazuyuki YoshiyamaTakeki HayashiShigeyuki Suzuki
    • B60J7/00
    • B60R21/38
    • The present invention provides a hood impact absorbing apparatus capable of further mitigating an impact that a collision body receives from a hood than ever, wherein a push-up rod pushes up the rear end of a hood at the time of a collision of a vehicle, and when a collision body is battered against the top surface of the hood in this state, the rear end of the hood descends and the distal end of the push-up rod slidingly contacts and moves a rear-side flat portion and an arm intermediate curved portion in the rear end of the hood, and herein, a slide contact angle (θ) in the arm intermediate curved portion is larger than a slide contact angle (θ) in the rear end of the rear-side flat portion, thereby, during a process in which the rear end of the hood descends, peaks at which an absorbing amount of impact energy becomes large can be provided at least twice, and as a result, the impact can be mitigated further than ever.
    • 本发明提供一种罩式冲击吸收装置,其能够进一步减轻碰撞体从罩中接收的冲击,其中在车辆碰撞时上推杆向上推动罩的后端, 并且当在这种状态下碰撞体碰到发动机盖的顶面时,罩的后端下降,并且上推杆的远端滑动地接触并使后侧平坦部分和臂中间弯曲 在这种情况下,臂中间弯曲部分中的滑动接触角(θ)大于后侧平坦部分的后端中的滑动接触角(θ),因此在 罩的后端下降的过程,冲击能量的吸收量变大的峰值可以至少提供两次,结果可以进一步减轻冲击。
    • 8. 发明申请
    • Actuator
    • 执行器
    • US20090145681A1
    • 2009-06-11
    • US12314152
    • 2008-12-04
    • Takeki HayashiHajime KitteMasashi AokiHiroyuki Takahashi
    • Takeki HayashiHajime KitteMasashi AokiHiroyuki Takahashi
    • B60R21/34
    • B60R21/38B60R21/36
    • The invention provides an actuator A configured as an actuator in which a piston 38 disposed in a cylinder 21 is moved together with a supporting rod 45 connected to the piston 38 by introducing a working fluid G into the cylinder 21 and including a locking mechanism R for restricting a reverse movement of the supporting rod 45 which has moved forwards. The locking mechanism R includes a locking pin 43 adapted to project from an outer circumferential surface of the piston 38 which extends around an axis thereof, a flow path 40 which allows a working fluid G which flows into the cylinder 21 to flow, and a locking surface 25 for locking the locking pin 43 and is made to cause the locking pin 43 to project from the outer circumferential surface of the piston 38 by making use of the pressure of the working fluid G which is allowed to flow into an accommodating recessed portion 39 of the locking pin 43 via a flow path 40.
    • 本发明提供一种致动器A,其构造为致动器,其中设置在气缸21中的活塞38与连接到活塞38的支撑杆45一起通过将工作流体G引入气缸21中并且包括锁定机构R 限制向前移动的支撑杆45的反向运动。 锁定机构R包括适于从活塞38的围绕其轴线延伸的外圆周表面突出的锁定销43,允许流入气缸21中的工作流体G流动的流路40和锁定 用于锁定锁定销43的表面25,并且使得锁定销43通过利用被允许流入到容纳凹部39中的工作流体G的压力从活塞38的外周面突出 的锁定销43。
    • 10. 发明申请
    • Actuator
    • 执行器
    • US20090223360A1
    • 2009-09-10
    • US12379883
    • 2009-03-03
    • Masashi AokiHajime KitteHirokazu MatsuuraTakeki Hayashi
    • Masashi AokiHajime KitteHirokazu MatsuuraTakeki Hayashi
    • F15B15/26
    • B60R21/38
    • An actuator includes a cylinder, a piston rod which moves forwards within the cylinder and a lock mechanism for restricting a backward movement of the piston rod that has moved forwards. The piston rod includes a piston portion and a support rod portion which is made to extend from the piston portion. The lock mechanism includes an annular elastic element which is disposed with an inner circumferential edge made to project further radially inwards than an inner circumferential surface of the cylinder and a groove which is disposed so as to extend along an outer circumferential surface of the piston portion for the annular elastic element to be fitted therein. The support rod portion includes a rod main body portion whose diameter is made smaller than an inside diameter of the annular elastic element and a tapered portion which is disposed on a piston portion side end portion of the support rod portion and which has a taper surface which is gradually expanded diametrically towards the piston portion until an outside diametrical dimension of the piston portion is reached.
    • 致动器包括气缸,在气缸内向前移动的活塞杆和用于限制向前移动的活塞杆向后运动的锁定机构。 活塞杆包括活塞部分和从活塞部分延伸的支撑杆部分。 锁定机构包括环形弹性元件,该弹性元件设置成具有比圆筒内周表面更径向向内突出的内圆周边缘,以及设置成沿着活塞部分的外圆周表面延伸的凹槽, 环形弹性元件装配在其中。 所述支撑杆部分包括直径小于所述环形弹性元件的内径的杆主体部分和设置在所述支撑杆部分的活塞部分侧端部上的锥形部分,并且所述锥形部分具有锥形表面, 逐渐向活塞部分直径扩大直到达到活塞部分的外径尺寸。