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Connection structure of lock reinforcement plate and impact bar of automobile door

机译:车门锁加强板与冲击杆的连接结构

摘要

In this study, the vehicle is connected with the lock reinforcement plate and impact bar installed in the interior of Asia to improve the vehicle's safety in side impact, which is also related to the connection structure of the lock reinforcement plate and ifactba,The rocker arm reinforcement plate (3) and the side impact plate (4) installed in the sub interior of the vehicle are separated. Previously, only the impact rod (4) was used to absorb the impact in the side impact of the vehicle. Therefore, in the case of strong external impact, the deformation degree of doya (1) is severe, and the side impact degree of the passengers in the vehicle is serious, A lot of damage,An extension part (3a) is formed behind the Luke reinforcing plate (3), which is fixed on the connecting bracket (5) of Imfact BA (4). This study shows that the external impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact impact (4) is not only font, but also reinforcing plate (3) and Luke (2),Moreover, the stripes on the side panel of the fuselage combined with loke (2) can be absorbed, so the deformation of DOA (1) can be minimized, and the passengers in the vehicle can be more safely protected.
机译:在这项研究中,车辆与锁加强板和安装在亚洲内部的防撞杆连接,以提高车辆的侧面碰撞安全性,这也与锁加强板与ifactba,摇臂的连接结构有关。安装在车辆副车厢内的加强板(3)和侧撞板(4)分开。以前,仅使用撞杆(4)吸收车辆侧面撞击中的撞击。因此,在强烈的外部冲击的情况下,doya(1)的变形程度严重,并且车辆中的乘员的侧面冲击程度严重,损坏很多,在其后方形成延伸部(3a)。固定在Imfact BA(4)的连接支架(5)上的卢克加强板(3)。这项研究表明,外部影响冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击影响冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击冲击4)不仅是字体,而且是加强板(3)和Luke(2),此外,机身侧面板上与l子(2)结合的条纹可以​​被吸收,因此DOA(1)可以变形最小化,并且可以更安全地保护车辆中的乘客。

著录项

  • 公开/公告号KR960033927U

    专利类型

  • 公开/公告日1996-11-19

    原文格式PDF

  • 申请/专利权人 대표이사 한승준;

    申请/专利号KR19950008660U

  • 发明设计人 신용태;

    申请日1995-04-26

  • 分类号B60J5/04;

  • 国家 KR

  • 入库时间 2022-08-22 03:18:59

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