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    • 1. 发明授权
    • Airbag device for passenger's seats
    • 乘客座椅安全气囊装置
    • US06832779B2
    • 2004-12-21
    • US10024367
    • 2001-12-21
    • Koh TajimaYasushi OkadaJunichi AsanumaTatsuo Hirano
    • Koh TajimaYasushi OkadaJunichi AsanumaTatsuo Hirano
    • B60R2116
    • B60R21/231B60R21/237B60R21/239B60R2021/23576
    • A passenger's seat airbag device comprises an airbag including a passenger's side wall portion and a peripheral wall portion. The passenger's side wall portion is arranged generally in the vertical direction when the airbag is completely inflated. The peripheral wall portion is formed to converge, when the airbag is completely inflated, generally into a conical shape from the outer peripheral edge of the passenger's side wall portion forward of the vehicle. The airbag is so constructed that the gas inlet port for an open face generally in the horizontal direction is arranged in front of the lower side of the peripheral wall portion by mounting the gas inlet port peripheral wall on a case. The airbag is housed in a case by folding it horizontally and vertically after preliminarily folded. In the airbag preliminarily folded, the portion near the upper edge in the passenger's side wall portion is arranged at a position to confront the gas inlet port. In the preliminarily folded airbag, moreover, the passenger's side wall portion is flatly overlaid on the lower side of the peripheral wall portion.
    • 乘客座椅安全气囊装置包括具有乘客侧壁部和周壁部的气囊。 当气囊完全充气时,乘客的侧壁部分大致垂直布置。 当安全气囊完全充气时,周壁部形成为从车辆前方的乘客侧壁部的外周边缘大致成圆锥形。 安全气囊被构造成使得通常在水平方向上的开放面的气体入口端口通过将气体入口周边壁安装在壳体上而布置在周壁部分的下侧的前方。 预先折叠后,气囊通过折叠水平和垂直地收纳在壳体中。 在预先折叠的气囊中,乘客侧壁部的上边缘附近的部位配置在与气体导入口对置的位置。 此外,在预先折叠的安全气囊中,乘客的侧壁部分平坦地重叠在周壁部分的下侧。
    • 3. 发明申请
    • Inflator
    • 气筒
    • US20100127486A1
    • 2010-05-27
    • US12591321
    • 2009-11-17
    • Junichi Asanuma
    • Junichi Asanuma
    • B60R21/26
    • B60R21/261B60R21/268
    • An inflator includes a compressed gas chamber defined by closing an exit hole with a rupture plate, a housing which holds a gas generator which can rupture the rupture plate and which has discharge ports from which a compressed gas can be discharged to the outside, and a guide for guiding a combustion gas from the gas generator to the rupture plate so as to rupture the rupture plate. The guide includes a substantially cylindrical spouting tube portion which extends toward the exit port at a distal end thereof, a mounting seat which is disposed at a proximal portion of the spouting tube portion and a connecting portion disposed between the mounting seat and the spouting tube portion. The guide is installed so as to be held to a holding tube portion with the spouting tube portion extending towards the exit port while defining a space H between an inner circumferential surface of a connecting tube portion of the housing and the spouting tube portion so extending and the mounting seat kept in abutment with a riser surface of the housing.
    • 充气机包括通过用破裂板关闭出口孔限定的压缩气体室,保持气体发生器的壳体,该气体发生器可破裂破裂板并且具有能够将压缩气体从该排出口排出到外部的排出口, 用于将燃烧气体从气体发生器引导到破裂板的引导件,以使破裂板破裂。 引导件包括在其远端处朝向出口延伸的大致圆柱形的喷射管部分,设置在喷射管部分的近端部分处的安装座和设置在安装座和喷射管部分之间的连接部分 。 引导件被安装成被保持在保持管部分上,其中喷射管部分朝向出口延伸,同时在壳体的连接管部分的内周表面和如此延伸的喷射管部分之间限定空间H; 安装座保持与壳体的立管表面邻接。
    • 6. 发明授权
    • Gas generator
    • 气体发生器
    • US08136452B2
    • 2012-03-20
    • US12585525
    • 2009-09-17
    • Junichi AsanumaKengo Nakashima
    • Junichi AsanumaKengo Nakashima
    • C06D5/00
    • B60R21/272B60R21/274
    • In a gas generator of the invention, a closure member is disposed so as to be connected to an outer circumferential wall side along a circumferential edge thereof in a housing and to close an outlet port which is formed in a ceiling wall of the housing. Thin breakable portions adapted to be broken when a squib is activated are formed in the closure member so as to extend substantially radially from a center of the closure member in a rectilinear fashion. When the squib 19 is activated, the breakable portions are broken, whereby portions of the closure member 11 which lie between the breakable portions are individually made to be opened radially. A stopper portion is formed on a closure member side surface of the ceiling wall such that the opened door portions are brought into abutment therewith so that the opening angles of the door portions become less than 90° while ensuring an angle at which combustion gas is allowed to flow out.
    • 在本发明的气体发生器中,封闭构件设置成沿壳体的周向边缘连接到外周壁侧并且封闭形成在壳体的顶壁中的出口。 在封闭构件中形成适于被破坏的薄的可破坏部分,以便以直线方式从封闭构件的中心大致径向地延伸。 当爆管19被启动时,可破坏部分被破坏,从而将位于可断裂部分之间的封闭件11的部分分别制成径向开口。 在顶壁的封闭构件侧表面上形成止动部,使得打开的门部与其抵接,使得门部的开启角度小于90°,​​同时确保允许燃烧气体的角度 流出
    • 8. 发明申请
    • Method of manufacturing an inflator
    • 制造充气机的方法
    • US20090313821A1
    • 2009-12-24
    • US12457671
    • 2009-06-18
    • Junichi AsanumaYoshitaka KashitaniKeisuke MoriTakashi Araki
    • Junichi AsanumaYoshitaka KashitaniKeisuke MoriTakashi Araki
    • B23P17/00
    • B60R21/268B60R21/272Y10T29/49229Y10T29/49826
    • At the time of manufacturing an inflator, a blocking body is first disposed at an opening so as to allow the interior and the exterior of a housing to communicate with each other. The blocking body is abutted against a peripheral edge of the opening so as to ensure sealability between the blocking body and the peripheral edge of the opening. A filling nozzle injecting a pressurized gas is then pressed against a periphery of an inlet port of the blocking body, and the pressurized gas is injected from the filling nozzle so as to fill the pressurized gas into the housing through a filling channel. Subsequently, to block the filling channel, the blocking body is energized with a resistance-welding current to resistance-weld an inner peripheral portion of the filling channel. At the same time, the blocking body is fixed to the peripheral edge of the opening by resistance-welding so as to maintain sealability, thereby manufacturing the inflator.
    • 在制造充气机时,首先将阻塞体设置在开口处,以允许壳体的内部和外部彼此连通。 阻挡体抵靠开口的周缘,以确保阻挡体与开口的周缘之间的密封性。 然后将注入加压气体的填充喷嘴按压在阻挡体的入口的周边,并且从填充喷嘴喷射加压气体,以便通过填充通道将加压气体填充到壳体中。 随后,为了阻止填充通道,阻挡体通过电阻焊接电流通电,以对填充通道的内周部分进行电阻焊接。 同时,通过电阻焊接将阻塞体固定到开口的周缘,以保持密封性,从而制造充气机。