Driver's airbag module assembly structure
Provided is a driver's airbag module assembly structure including: an inflator for generating gas by igniting an exploder; an airbag inflated toward a driver by the gas generated by the inflator; a cage covering the inflator; a mounting plate for accommodating the inflator, the airbag, and the cage to be fixed in a cover member disposed at a handle; and a horn plate installed between the mounting plate and a steering wheel, characterized in that the mounting plate has a plurality of fixing clips formed at its outer surface, the cover member has a plurality of coupling holes coupled with the fixing clips, the horn plate is provided with a bracket having an angled tip and a fastening hole, and the steering wheel is provided with a groove having an angled step corresponding to the bracket of the horn plate. Therefore, hooks of a mounting plate push flexible pieces formed at coupling holes of a cover to allow the mounting plate and the cover to be easily coupled with each other. In addition, since the hooks are closely inserted into lower horizontal holes, movement of the hooks can be reduced. Further, the hooks do not separate from the coupling holes when the airbag is deployed.
1. A driver's airbag module assembly structure comprising: an inflator for generating gas by igniting an exploder; an airbag inflated toward a driver by the gas generated by the inflator; a cage covering the inflator; a mounting plate for accommodating the inflator, the airbag, and the cage to be fixed in a cover member disposed at a handle; and a horn plate installed between the mounting plate and a steering wheel,
characterized in that the mounting plate has a plurality of fixing clips formed at its outer surface,
the cover member has a plurality of coupling holes coupled with the fixing clips,
the horn plate is provided with a bracket having an angled tip and a fastening hole, and
the steering wheel is provided with a groove having an angled step corresponding to the bracket of the horn plate.
2. The driver's airbag module assembly structure according to claim 1 , wherein the fixing clip of the mounting plate has a “T” shape, a lower end of a vertical part of the fixing clip is fixed to the mounting plate to be resiliently bent outward, a horizontal rib is formed at an upper end of the vertical part of the fixing clip, and a step is formed at a lower end of the rib.
3. The driver's airbag module assembly structure according to claim 2 , wherein the coupling hole of the cover member has a “T” shape formed of a vertical hole and a horizontal hole corresponding to the fixing clip, and both ends of the horizontal hole extend downward to form flanges at both upper sides of the vertical hole.
4. The driver's airbag module assembly structure according to claim 3 , wherein the tip of the bracket of the horn plate has a “^” shape, and the step of the groove of the steering wheel has a “^” shape corresponding thereto.
5. The driver's airbag module assembly structure according to claim 4 , wherein a portion of the cage is cut and bent vertically to form a terminal projection.
6. The driver's airbag module assembly structure according to claim 3 , wherein the tip of the bracket of the horn plate has a predetermined projection, and the groove of the steering wheel has an insertion groove into which the projection is inserted, corresponding thereto.
7. The driver's airbag module assembly structure according to claim 1 , wherein the coupling hole of the cover member has a “T” shape formed of a vertical hole and a horizontal hole corresponding to the fixing clip, and both ends of the horizontal hole extend downward to form flanges at both upper sides of the vertical hole.
8. The driver's airbag module assembly structure according to claim 7 , wherein the tip of the bracket of the horn plate has a “^” shape, and the step of the groove of the steering wheel has a “^” shape corresponding thereto.
9. The driver's airbag module assembly structure according to claim 8 , wherein a portion of the cage is cut and bent vertically to form a terminal projection.
10. The driver's airbag module assembly structure according to claim 7 , wherein the tip of the bracket of the horn plate has a predetermined projection, and the groove of the steering wheel has an insertion groove into which the projection is inserted, corresponding thereto.
11. A driver's airbag module assembly structure comprising: an inflator for generating gas by igniting an exploder; an airbag inflated toward a driver by the gas generated by the inflator; a cage covering the inflator; a mounting plate for accommodating the inflator, the airbag, and the cage, and having a coupling projection formed at its outer side; a horn plate installed between the mounting plate and a steering wheel; and a cover member having a coupling hole coupled with the coupling projection to be coupled with the mounting plate,
characterized in that the coupling hole of the cover member has a “T” shape formed of a horizontal hole and a vertical hole, the coupling projection horizontal hole has a projection projecting downward from an upper center thereof to be inserted into the vertical hole, and the horizontal hole has terminating holes extending downward from both ends thereof to thereby form flexible pieces at both upper parts of the vertical hole.