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    • 2. 发明授权
    • Buckle with noise prevention mechanism
    • 带防噪声机构
    • US06385823B1
    • 2002-05-14
    • US09642467
    • 2000-08-21
    • Yutaka YamaguchiAkihiro ShiotaYoshihiko KawaiTadayuki AsakoTakaaki Kimura
    • Yutaka YamaguchiAkihiro ShiotaYoshihiko KawaiTadayuki AsakoTakaaki Kimura
    • A44B1126
    • A44B11/2523Y10T24/45623Y10T24/45665
    • In a buckle for a seat belt, lower ends of side walls of an operational button is positioned at a level lower than lower ends of guide portions of a base, and an upper surface of a portion of a lower cover defining a tongue-insertion opening is positioned at a level higher than an upper surface of a bottom of the base. Therefore, when a tongue is engaged with the buckle, an engaging portion of the tongue touches at least one of the side walls of the operational button made of resin, and the portion of the lower cover made of resin. Thus, the tongue is prevented from touching the guide portions and the bottom of the base made of metal, thereby preventing a noise due to the metal-to-metal contact when the tongue 3 is inserted into the buckle and engaged with the buckle. Therefore, a jar on an occupant's nerve when wearing the seat belt can be avoided.
    • 在用于安全带的扣环中,操作按钮的侧壁的下端位于比底座的引导部的下端低的水平面上,并且下盖的限定舌插入口的部分的上表面 位于比基座的底部的上表面高的水平。 因此,当舌头与带扣接合时,舌头的接合部分接触由树脂制成的操作按钮的至少一个侧壁,并且下盖的部分由树脂制成。 因此,防止舌头接触由金属制成的底座的引导部分和底部,从而防止当舌片3插入带扣并与扣环接合时由于金属对金属接触的噪音。 因此,能够避免佩带安全带时乘坐者的神经的罐子。
    • 4. 发明授权
    • Buckle with movement prevention device
    • 扣带防止移动装置
    • US06370742B1
    • 2002-04-16
    • US09642468
    • 2000-08-21
    • Yutaka YamaguchiAkihiro ShiotaYoshihiko KawaiTadayuki AsakoTakaaki Kimura
    • Yutaka YamaguchiAkihiro ShiotaYoshihiko KawaiTadayuki AsakoTakaaki Kimura
    • A44B1126
    • A44B11/2523Y10T24/45623Y10T24/45665
    • In a latched state of a buckle in which a tongue is engaged, an inertia lever member of a movement preventing device enters into a path of a lock pin. When the buckle is pulled by a buckle pretensioner in this state, the inertia lever member moves in the longitudinal direction, and pressed portions of the inertia lever member are held by a holding portion, so that the inertia lever member does not pivot and the levers are thus held in the path of the lock pin. At the end of pretensioning, the buckle is stopped. Since the moment produced by the inertia force acting on the center of gravity of mass body of the movement preventing device is larger than the moment produced by the inertia force of an operational button, the inertia lever member does not pivot, so that the inertia lever member can be held in the path of the lock pin. In the buckle, the inertia release can be effectively prevented with a simple structure.
    • 在其中接合舌片的带扣的闩锁状态下,防止移动装置的惯性杠杆构件进入锁定销的路径。 当在这种状态下由带扣预紧器拉动带扣时,惯性杆构件沿长度方向移动,并且惯性杆构件的按压部分被保持部分保持,使得惯性杆构件不枢转,并且杆 因此被保持在锁定销的路径中。 预拉伸结束时,扣环停止。 由于作用于防止移动装置的质量体的重心的惯性力产生的力矩大于由操作按钮的惯性力产生的力矩,因此惯性杆构件不枢转,因此惯性杆 会员可以锁在锁销的路径上。 在扣环中,可以通过简单的结构有效地防止惯性释放。
    • 6. 发明授权
    • Shock-proof device, buckle having the shock proof device, and seatbelt apparatus having the buckle
    • 具有防震装置的防震装置,具有扣环的安全带装置
    • US07124480B2
    • 2006-10-24
    • US10912194
    • 2004-08-06
    • Yoshihiko KawaiTakaaki Kimura
    • Yoshihiko KawaiTakaaki Kimura
    • A44B11/26
    • A44B11/2523Y10T24/45623Y10T24/45665
    • A shock-proof device disposed in a buckle includes at least a latch member for engaging a tongue so as to latch the tongue; a release button for releasing the tongue from the latch member; and an inertia lever with a rotation shaft rotatably arranged for preventing the release button from moving at least in a release direction of the release button by abutting against the release button. The shock-proof device further includes torque-difference generating mechanism for generating a torque difference between a first torque and a second torque. The first torque is applied to the inertia lever when the inertial force is applied to the release button and the inertia lever in the release direction of the release button. The second torque is applied to the inertia lever when the inertial force is applied to the release button and the inertia lever in the non-release direction of the release button.
    • 设置在带扣中的防震装置至少包括用于接合舌片以锁定舌头的闩锁构件; 用于将舌片从闩锁构件释放的释放按钮; 以及具有旋转轴的惯性杠杆,所述旋转轴可旋转地布置成用于通过抵靠所述释放按钮来防止所述释放按钮至少在所述释放按钮的释放方向上移动。 防震装置还包括用于产生第一转矩和第二转矩之间的转矩差的转矩差产生机构。 当释放按钮和释放按钮的释放方向上的惯性杆施加惯性力时,将第一扭矩施加到惯性杠杆。 当释放按钮和释放按钮的非释放方向上的惯性杠杆施加惯性力时,第二扭矩施加到惯性杠杆。
    • 7. 发明授权
    • Dowel forming method for buckle base member
    • 带扣基座的成型方法
    • US08015851B2
    • 2011-09-13
    • US12086929
    • 2006-12-25
    • Hirokazu SasakiNaofumi NakamuraShigeru MorikawaHideto HashimotoTakaaki KimuraYoshihiko Kawai
    • Hirokazu SasakiNaofumi NakamuraShigeru MorikawaHideto HashimotoTakaaki KimuraYoshihiko Kawai
    • B21D22/00
    • B21D53/46B21D28/10
    • When forming a dowel section by performing press working on each of portions constituting side walls of a buckle base member, a die having a negative clearance with a punch portion (2) is used whose length or diameter is larger than a length or diameter of a die portion (3). The dowel section is required as a guide for a tongue inserted into a buckle and as a load receiver when a latch member is elongated at a time of collision etc. When a ratio C/t of a clearance C between the punch portion and the die portion with respect to a plate thickness t of the buckle base member is set within a range of −(30 to 5) %, no crack is generated in the root of the dowel section, and the dowel section of a shear cross-section length ≧0.25×t, a shear cross-section starting height ≧0.7×t, and a height of (0.70 to 0.95)×t is easily obtained, and the perpenducularity of the dowel section side surface is enhanced.
    • 通过在构成带扣基部构件的侧壁的各部分上进行冲压加工来形成定位销部分时,使用具有与冲头部分(2)的间隙为负的模具,其长度或直径大于其长度或直径 模具部分(3)。 当锁定件在碰撞时被拉长时,需要将销钉部分作为插入带扣的舌头的引导件以及作为负载接收器。当冲头部分和模具之间的间隙C的比C / t 相对于带扣基部件的板厚度t的部分设定在 - (30〜5)%的范围内,在榫钉部的根部中不产生裂纹,并且剪切截面长度的榫钉部 ≧0.25×t,剪切截面起始高度≥0.7×t,高度(0.70〜0.95)×t,并且提高了榫钉部侧面的绝缘性。
    • 8. 发明授权
    • Seat belt apparatus and buckle
    • 安全带装置和扣环
    • US07240407B2
    • 2007-07-10
    • US11130266
    • 2005-05-17
    • Yoshihiko KawaiTakaaki Kimura
    • Yoshihiko KawaiTakaaki Kimura
    • A44B11/26
    • A44B11/2523Y10T24/4566Y10T24/45665Y10T24/4567Y10T24/45675
    • A buckle that is compact in a longitudinal direction and uses an unlatching force that may be effectively applied to a latch member when releasing a tongue from a buckle. The buckle is configured so that as an operation button is manipulated in the unlatching direction from a state in which a tongue and a latching portion of a latch member are latched, the slider moves so that the inclined face of a pressed portion of the slider comes in contact with the inclined face of a pressing portion of an ejector and presses the ejector. Then, the ejector is spaced from the tongue and the biasing force of an ejector spring is effectively applied to the latch member via the ejector and the slider in the unlatching direction. An unlatching force is thereby applied to the latch member so that the latch member pivots in the unlatching direction, causing release of the tongue.
    • 一种在纵向方向上紧凑的带扣,并且使用当从带扣释放舌头时可有效地施加到闩锁构件的解锁力。 扣环被构造成使得当闩锁构件的舌头和闩锁部分被锁定的状态下,在解锁方向上操作按钮时,滑块移动,使得滑块的按压部分的倾斜面来到 与喷射器的按压部分的倾斜面接触并按压喷射器。 然后,喷射器与舌头间隔开,并且顶出弹簧的偏置力通过喷射器和滑块在解锁方向上被有效地施加到闩锁构件。 因此,解锁力被施加到闩锁构件,使得闩锁构件以解锁方向枢转,从而释放舌头。
    • 9. 发明申请
    • Seat belt apparatus and buckle
    • 安全带装置和扣环
    • US20050257354A1
    • 2005-11-24
    • US11130266
    • 2005-05-17
    • Yoshihiko KawaiTakaaki Kimura
    • Yoshihiko KawaiTakaaki Kimura
    • A44B11/25
    • A44B11/2523Y10T24/4566Y10T24/45665Y10T24/4567Y10T24/45675
    • A buckle that is compact in a longitudinal direction and uses an unlatching force that may be effectively applied to a latch member when releasing a tongue from a buckle. The buckle is configured so that as an operation button is manipulated in the unlatching direction from a state in which a tongue and a latching portion of a latch member are latched, the slider moves so that the inclined face of a pressed portion of the slider comes in contact with the inclined face of a pressing portion of an ejector and presses the ejector. Then, the ejector is spaced from the tongue and the biasing force of an ejector spring is effectively applied to the latch member via the ejector and the slider in the unlatching direction. An unlatching force is thereby applied to the latch member so that the latch member pivots in the unlatching direction, causing release of the tongue.
    • 一种在纵向方向上紧凑的带扣,并且使用当从带扣释放舌头时可有效地施加到闩锁构件的解锁力。 扣环被构造成使得当闩锁构件的舌头和闩锁部分被锁定的状态下,在解锁方向上操作按钮时,滑块移动,使得滑块的按压部分的倾斜面来到 与喷射器的按压部分的倾斜面接触并按压喷射器。 然后,喷射器与舌头间隔开,并且顶出弹簧的偏置力通过喷射器和滑块在解锁方向上被有效地施加到闩锁构件。 因此,解锁力被施加到闩锁构件,使得闩锁构件以解锁方向枢转,从而释放舌头。
    • 10. 发明申请
    • Shock-proof device, buckle having the shock proof device, and seatbelt apparatus having the buckle
    • 具有防震装置的防震装置,具有扣环的安全带装置
    • US20050086777A1
    • 2005-04-28
    • US10912194
    • 2004-08-06
    • Yoshihiko KawaiTakaaki Kimura
    • Yoshihiko KawaiTakaaki Kimura
    • A44B11/25B60R22/12
    • A44B11/2523Y10T24/45623Y10T24/45665
    • A shock-proof device disposed in a buckle includes at least a latch member for engaging a tongue so as to latch the tongue; a release button for releasing the tongue from the latch member; and an inertia lever with a rotation shaft rotatably arranged for preventing the release button from moving at least in a release direction of the release button by abutting against the release button. The shock-proof device further includes torque-difference generating mechanism for generating a torque difference between a first torque and a second torque. The first torque is applied to the inertia lever when the inertial force is applied to the release button and the inertia lever in the release direction of the release button. The second torque is applied to the inertia lever when the inertial force is applied to the release button and the inertia lever in the non-release direction of the release button.
    • 设置在带扣中的防震装置至少包括用于接合舌片以锁定舌头的闩锁构件; 用于将舌片从闩锁构件释放的释放按钮; 以及具有旋转轴的惯性杠杆,所述旋转轴可旋转地布置成用于通过抵靠所述释放按钮来防止所述释放按钮至少在所述释放按钮的释放方向上移动。 防震装置还包括用于产生第一转矩和第二转矩之间的转矩差的转矩差产生机构。 当释放按钮和释放按钮的释放方向上的惯性杆施加惯性力时,将第一扭矩施加到惯性杠杆。 当释放按钮和释放按钮的非释放方向上的惯性杠杆施加惯性力时,第二扭矩施加到惯性杠杆。