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    • 1. 发明授权
    • Process for controlling deployment of air bag
    • 控制气囊部署的过程
    • US06921108B2
    • 2005-07-26
    • US10412655
    • 2003-04-11
    • Mikihito KojimaToyohiko ShindoMakoto Nagai
    • Mikihito KojimaToyohiko ShindoMakoto Nagai
    • G01G19/12B60N2/90B60R21/01B60R21/015B60R21/16B60R21/33G01G19/52B60R21/32
    • B60R21/01516B60R21/33
    • Four load sensors having an upper limit value in a detection range are mounted in a seat of a vehicle. The weight of an occupant sitting on the seat is detected as a total of outputs from the load sensors. When the detected weight of the occupant is equal or larger than a predetermined value, the deployment of the air bag is permitted, and when the detected weight of the occupant is smaller than the predetermined value, the deployment of the air bag is prohibited. When any one of the outputs from the plurality of load sensors is the upper limit value in the detection range, the deployment of the air bag is permitted irrespective of the detected weight of the occupant. Thus, even when the output from the load sensor has been modified to the upper limit value by a limiting process, so that the weight of the occupant is calculated as a value smaller than an actual weight to become smaller than the predetermined value, the air bag can be deployed reliably to restrain the occupant.
    • 具有检测范围中的上限值的四个负载传感器安装在车辆的座椅中。 坐在座椅上的乘员的重量被检测为来自负载传感器的总和的输出。 当检测到的乘员重量等于或大于预定值时,允许安全气囊的展开,并且当检测到的乘客重量小于预定值时,禁止安放气囊。 当来自多个负载传感器的输出中的任何一个是检测范围中的上限值时,无论检测到的乘员重量如何,均允许安全气囊的展开。 因此,即使当通过限制处理将负载传感器的输出修改为上限值时,使得乘员的重量被计算为小于实际重量的值以变得小于预定值,空气 袋可以可靠地部署以限制乘客。
    • 5. 发明授权
    • Sliding seat position detection system
    • 滑动座椅位置检测系统
    • US06798196B2
    • 2004-09-28
    • US10384363
    • 2003-03-07
    • Mikihito KojimaToyohiko ShindoMakoto Nagai
    • Mikihito KojimaToyohiko ShindoMakoto Nagai
    • G01B714
    • B60N2/06B60N2/0224B60N2002/0272B60R21/01554
    • A sliding seat position detection system includes a sensor provided on a seat that can slide on a floor of a vehicle, and a magnetic shielding member provided on the floor. The detection system detects that the seat is at a front end position when the shielding member provides a shield between a permanent magnet and a magnetism detection part of the sensor. A non-magnetic cover member is attached to the shielding member. When the seat is at a position other than the front end position, the cover member is positioned between the permanent magnet and the magnetism detection part of the sensor, thereby preventing erroneous detection due to magnetic foreign matter and other magnetic substances caught in or attached to the sensor.
    • 滑动座椅位置检测系统包括设置在座椅上的可在车辆地板上滑动的传感器和设置在地板上的磁屏蔽构件。 当屏蔽构件在永磁体和传感器的磁检测部分之间提供屏蔽时,检测系统检测到座椅处于前端位置。 非磁性盖构件附接到屏蔽构件。 当座椅位于除了前端位置之外的位置时,盖构件位于传感器的永磁体和磁检测部之间,从而防止由于磁性异物和其他磁性物质的卡住或附着而导致的错误检测 传感器。
    • 7. 发明授权
    • Wireless device capable of multiple access to other wireless devices
    • 能够多次访问其他无线设备的无线设备
    • US08817704B2
    • 2014-08-26
    • US13060896
    • 2009-08-26
    • Kiyoshige ItoMakoto Nagai
    • Kiyoshige ItoMakoto Nagai
    • H04W4/00H04W88/06H04W88/08H04W92/20
    • H04W88/06H04W88/08H04W92/20
    • A data processing section selects either base station mode or terminal mode and executes communication. A control section controls operations relating to the base station mode and the terminal mode. A receiving section receives an instruction to switch to the base station mode from other wireless device set in the base station mode, in the case where communication is set in the terminal mode. An AP switching section switches to the base station mode in accordance with the instruction. An instructing section instructs other wireless devices set in the terminal mode to switch to the base station mode, after a predetermined period is passed from the time when the mode is switched to the base station mode. An STA switching section switches to the terminal mode after giving the instruction.
    • 数据处理部选择基站模式或终端模式,并执行通信。 控制部分控制与基站模式和终端模式相关的操作。 在通信被设定为终端模式的情况下,接收部接收从基站模式中设定的其他无线装置切换到基站模式的指示。 AP切换部分根据该指令切换到基站模式。 在从模式切换到基站模式的时间经过预定时间段之后,指示部分指示以终端模式设置的其他无线设备切换到基站模式。 给出指令后,STA切换部切换到终端模式。
    • 8. 发明授权
    • Airbag device
    • 安全气囊装置
    • US08491006B2
    • 2013-07-23
    • US13142690
    • 2009-12-28
    • Makoto Nagai
    • Makoto Nagai
    • B60R21/2338B60R21/2334B60R21/239B60R21/2342
    • B60R21/2342B60R21/205B60R21/237B60R21/239B60R2021/2395
    • An airbag device is provided in which since part of a base fabric of the airbag (16) excluding an occupant restraining face (16d) is joined by stitchings (S1 to S3) having breaking strengths that increase in going from an already deployed portion toward a not yet deployed portion, during the process of deploying the airbag by gas generated by an inflator, the stitchings (S1 to S3) of the airbag (16) break from the already deployed portion toward the not yet deployed portion, and the airbag (16) is continuously inflated from the occupant restraining face (16d) side toward the inflator side. As a result, it is possible to stabilize the shape of the airbag (16) during the process of deployment and to inflate the occupant restraining face (16d) of the airbag (16) at an early stage, thus ensuring occupant restraining performance. Further, since the airbag (16) is provided with a vent hole (16e) on a base (16c) side, maintaining the vent hole (16e) in a closed state until the airbag (16) is completely deployed enables the airbag (16) to be quickly deployed, and opening the vent hole (16e) after deployment of the airbag (16) is completed can prevent the internal pressure from increasing excessively.
    • 一种安全气囊装置,其中,除了乘员约束面(16d)之外的气囊(16)的基布的一部分通过具有从已经展开部朝向朝向的部位增加的断裂强度的缝合(S1〜S3)接合 在通过充气机产生的气体展开气囊的过程中,未安装部分,气囊(16)的缝合(S1〜S3)从已经展开的部分朝向尚未展开的部分断裂,并且气囊(16 )从乘员约束面(16d)侧向充气机侧连续膨胀。 结果,能够在展开过程中使安全气囊(16)的形状稳定,并且能够使气囊(16)的乘员约束面(16d)早期充气,从而确保乘员约束性能。 此外,由于安全气囊16在基座16c侧具有通气孔16e,所以,在将气囊16完全展开之前,将通气孔16e保持在关闭状态,能够使气囊16 ),并且在安全气囊(16)的展开完成之后打开通气孔(16e)可以防止内部压力过度增加。
    • 9. 发明授权
    • Air bag and air bag device
    • 气囊和气囊装置
    • US08439395B2
    • 2013-05-14
    • US12691025
    • 2010-01-21
    • Makoto NagaiAkihiro BarasawaRyuji Sagisaka
    • Makoto NagaiAkihiro BarasawaRyuji Sagisaka
    • B60R21/233
    • B60R21/2346B60R2021/23332
    • An airbag and an airbag device, which are capable of readily improving expansion characteristics of the airbag and reducing manufacturing cost, are provided. An airbag 11 for occupant at passenger's seat includes a first bag 21 and a second bag 22 which is provided inside of the first bag 21. An outside top face portion 36 of the first bag 21 and an inside top face portion 46 of the second bag 22 are brought into a sheet-like intimate contact with each other, and are detachably jointed at the jointing portion 51. The jointing portion 51 is comprised of a breakable seam line 52. Gas is supplied into the second bag 22 to thereby expand the first bag 22, and is supplied into the first bag 21 via a gas distributing portion 48 to thereby expand the first bag 21. In a case where an occupant exists at a predetermined position, the jointing portion 51 breaks away, and the first bag 21 then expands to its maximum. In an OOP state in which the occupant exists in the proximity of the airbag device 1, a head part of the occupant holds the outside top face portion 36 and disallows breakage of the jointing portion 51, so that expansion of the first bag 21 to the occupant side can be restrained and the occupant can be protected with an appropriate force.
    • 提供能够容易地改善气囊的膨胀特性并降低制造成本的气囊和气囊装置。 用于乘客座位的乘客的安全气囊11包括设置在第一袋21内部的第一袋21和第二袋22.第一袋21的外侧顶部36和第二袋的内侧顶面部46 22彼此形成片状的紧密接触,并且在接合部51处可拆卸地接合。接合部51由可破裂的接缝线52组成。将气体供应到第二袋22中,从而将第一 袋22,经由气体分配部48被供给到第一袋21中,从而使第一袋21膨胀。在乘员存在于规定位置的情况下,接合部51脱落,然后将第一袋21 扩大到最大。 在安全气囊装置1附近存在乘员的OOP状态下,乘员的头部保持外侧顶面部36,不允许接合部51断裂,从而将第一袋21向第 乘员侧可以受到限制,乘员可以用适当的力量进行保护。