Anti-collision beam buffering structure with stiffness compensation function

A technology of buffer structure and anti-collision beam, which is applied in vehicle safety arrangement, bumper, pedestrian/occupant safety arrangement, etc., can solve the problems of inconsistent front stiffness, poor impact resistance, and easily damaged anti-collision beam, etc. Damage to people and vehicles, enhanced load-carrying capacity and resistance to deformation, effect of simple structure

A technology of buffer structure and anti-collision beam, which is applied in vehicle safety arrangement, bumper, pedestrian/occupant safety arrangement, etc., can solve the problems of inconsistent front stiffness, poor impact resistance, and easily damaged anti-collision beam, etc. Damage to people and vehicles, enhanced load-carrying capacity and resistance to deformation, effect of simple structure

CN108501844APending Publication Date: 2018-09-07JILIN UNIV

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  • Anti-collision beam buffering structure with stiffness compensation function
  • Anti-collision beam buffering structure with stiffness compensation function
  • Anti-collision beam buffering structure with stiffness compensation function

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Embodiment Construction

[0044]The invention can be applied to anti-collision beams of various types, heights and thicknesses with its modular design, and the number of filling layers is determined according to the size of the anti-collision beams of actual vehicle models. In this embodiment, the 2011 GAC Trumpchi is taken as an example. The anti-collision beam has a width of about 100 mm and a thickness of about 30 mm.

[0045] refer to figure 1 — Figure 4 , Image 6 , Figure 9 , an anti-collision beam buffer structure with stiffness compensation function, the anti-collision beam buffer structure includes a plurality of modules, and the corresponding number of modules can be selected according to the actual vehicle type. Wherein each of the modules includes a buffer device connected to the anti-collision beam 1 through the first fastening buckle 2, the second fastening buckle 5, the third fastening buckle 22 and the fourth fastening buckle 25; The cushioning device includes an upper connection ...

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Abstract

The invention belongs to an automobile safety protection device, in particular to an anti-collision beam buffering structure with a stiffness compensation function. The anti-collision beam buffering structure comprises an existing anti-collision beam and buffering devices connected with the existing collision beam through a first fastening buckle, a second fastening buckle, a third fastening buckle and a fourth fastening buckle. The buffering devices each comprise an upper connecting layer, a connecting layer with the buckles for connection, and a lower connecting layer sequentially from top to bottom. The connecting layers with the buckles are constituted by filling layers, and the number of the filling layers is determined by the size of an actual car type anti-collision beam. The connecting layers with the buckles comprise the filling layers with the corresponding number sequentially from top to bottom. The anti-collision beam buffering structure with the stiffness compensation function is simple in structure, convenient to mount, high in applicability and capable of effectively reducing collision impact force, and the problems that as for an existing safety protection structureon the front portion of a car, the anti-impact performance is poor, stiffness is inconsistent, and an anti-collision beam is prone to being damaged are solved.

Description

technical field [0001] The invention belongs to an automobile safety protection device, in particular to an anti-collision beam buffer structure with a rigidity compensation function. Background technique [0002] When a traffic accident occurs, pedestrians are usually in a weak position and are vulnerable to various injuries. Therefore, the bumper system design of the car needs to protect pedestrians. However, the car's front bumper system must also meet the various requirements of the relevant regulations on low-speed collisions. There is a certain contradiction between the two. Therefore, it is very important to take into account the pedestrian protection and the low-speed collision of the car through a reasonable design. [0003] Among the models currently on the market, the safety protection devices at the front and rear of the car are composed of three parts, which are bumper shells, buffer energy-absorbing materials, and anti-collision beams. The cushioning and ene...

Claims

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Application Information

Patent Timeline
07 Sep 2018
Publication
CN108501844A
IPC
B60R19/22; B60R21/34
CPC
B60R19/22; B60R21/34; Y02A30/30
Inventors
马天飞; 李想