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    • 12. 发明授权
    • Seat structure
    • 座椅结构
    • US06817674B2
    • 2004-11-16
    • US10309605
    • 2002-12-04
    • Etsunori FujitaKazuyoshi ChizukaSeiji KawasakiYumi OguraNaoki OchiaiYasuhide TakataShigeyuki KojimaMiho Kikusui
    • Etsunori FujitaKazuyoshi ChizukaSeiji KawasakiYumi OguraNaoki OchiaiYasuhide TakataShigeyuki KojimaMiho Kikusui
    • A47C702
    • B60N2/42709B60N2/643B60N2/646B60N2/686B60N2/70
    • The object of the present invention is to suppress rebound of a human body by making a reaction force small due to a large damping ratio. A bulging portion 11 is formed at a seat cushioning member 14 which is a tension structure. This structure has a structure of changing the damping characteristics functioned by the change in strain energy and tension by deformation created by a plane wave of the tension structure in accordance with the magnitude of the excitation force of an inputted vibration. Therefore, since the damping characteristics function with a small damping ratio to an input of a small excitation force, it can relieve the vibration with a phase difference due to the spring property of the seat cushioning member 14 and/or a back cushioning member 24, and to an input of a large excitation force, by increase of the strain energy and decrease of the tension, the damping characteristics function with a large damping ratio and a long operating time, so that rebound of a human body upward can be suppressed.
    • 本发明的目的是通过使阻尼比大的反作用力较小来抑制人体的反弹。 凸起部11形成在作为张力结构的座椅缓冲构件14上。 该结构具有通过根据输入振动的激励力的大小由张力结构的平面波产生的变形而改变由应变能和张力的变化起作用的阻尼特性的结构。 因此,由于阻尼特性对于小的励磁力的输入具有小的阻尼比功能,所以能够缓和由于座椅缓冲部件14和/或后缓冲部件24的弹簧特性引起的相位差的振动, 并且通过增加应变能量和张力减小,输入大的励磁力,阻尼特性起着较大的阻尼比和较长的作业时间的作用,能够抑制人体向上的回弹。
    • 15. 发明授权
    • Seat
    • 座位
    • US07845733B2
    • 2010-12-07
    • US11485729
    • 2006-07-13
    • Etsunori FujitaKazuyoshi ChizukaSeiji KawasakiYumi OguraYasuhide Takata
    • Etsunori FujitaKazuyoshi ChizukaSeiji KawasakiYumi OguraYasuhide Takata
    • A47C7/02
    • B60N2/42709B60N2/42736B60N2/42754B60N2/72
    • A seat cushion of a vehicle seat has a base seat whose front end is anchored to a front frame of a frame for a sitting portion, and whose rear end is connected to a rear frame of the frame for a sitting portion via helical tension springs. A supporter, supported via helical tension springs at a pair of left and right side frames of the frame for a sitting portion, is disposed at a lower side of the base seat so as to support a femoral region of a seated person. The supporter and the helical tension springs structure an auxiliary vibration system whose mass element is a femoral region of a seated person. The auxiliary vibration system is made to function as a dynamic vibration absorber with respect to up-down vibrations of a main vibration system whose mass element is an upper body of a seated person.
    • 车座的座垫具有基座,其前端被锚定到用于坐姿的框架的前框架,并且其后端通过螺旋拉伸弹簧连接到用于座位的框架的后框架。 在座椅的框架的一对左右侧框架上通过螺旋拉伸弹簧支撑的支撑件设置在基座的下侧,以支撑就座者的股骨区域。 支撑器和螺旋拉伸弹簧构成辅助振动系统,其质量元素是坐在人的股骨区域。 辅助振动系统相对于主体振动系统的上下振动起到动力吸振器的作用,其主体振动系统的质量元件是就座人的上身。
    • 18. 发明授权
    • Seat structure
    • 座椅结构
    • US06921132B2
    • 2005-07-26
    • US10839052
    • 2004-05-05
    • Etsunori FujitaYutaka SakamotoKazuyoshi ChizukaSeiji KawasakiYasuhide TakataYumi OguraShigehiko Kaneko
    • Etsunori FujitaYutaka SakamotoKazuyoshi ChizukaSeiji KawasakiYasuhide TakataYumi OguraShigehiko Kaneko
    • A47C7/40B60N2/427B60N2/90B61D33/00B60N2/42
    • B61D33/0014B60N2/42709B60N2/70B60N2/7011
    • In order to improve vibration absorbency and impact absorbency, the seat structure includes a swing member provided in a manner to be able to swing at least back and forth on a rear frame member positioned around the rear of a seat cushion, a pelvis supporting member connected to the swing member at the vicinity of the lower portion of the pelvis supporting member and disposed behind the pelvis of a seated person, and coil springs as an elastic member to support the pelvis supporting member biasing in the direction pushing forwards in a normal seating state. Accordingly, vibration inputted from the seat back side and as if patting on the back of the human body can be absorbed by the pelvis supporting member supported elastically. Besides, since the pelvis supporting member is connected to the rear frame member via the swing member, since pivoting movement in the back-and-forth direction of the pelvis supporting member is performed with a connecting portion of the swing member and the rear frame member as the center, and the radius of gyration is large, the vicinity of the lower portion of the pelvis supporting member never presses the pelvis.
    • 为了提高振动吸收性和冲击吸收性,座椅结构包括摆动构件,其以能够至少在位于座垫的后部的后框架构件上来回摆动的方式设置,骨架支撑构件连接 到骨盆支撑构件的下部附近的摆动构件,并且设置在就座人的骨盆后面,螺旋弹簧作为弹性构件,以支撑骨盆支撑构件在正常就座状态下向前推动的方向 。 因此,从座椅靠背侧输入的振动和仿佛拍摄在人体背部的振动可以被弹性支撑的骨盆支撑构件吸收。 此外,由于骨盆支撑构件经由摆动构件连接到后框架构件,因此通过摆动构件和后框架构件的连接部分进行骨盆支撑构件的前后方向的枢转运动 作为中心,并且回转半径大,骨盆支撑构件的下部附近从不压迫骨盆。