Patent Application
20050285377
This invention relates to a retainer for a side air bag chute. More specifically, it relates to a close out retainer for a side air bag chute that utilizes a bar code for determining proper installation of the side air bag chute.
Side air bags have become increasingly more popular in motor vehicles as the demand for safer vehicles increases. Side air bags are seen as a very effective way to protect occupants of a motor vehicle from severe injury due to a collision.
Current side air bag technology utilizes a retainer for attaching a side air bag to the vehicle. The retainer serves as an anchor for the air bag when it is deployed. The chute attaches the retainer and the side air bag. Typically, the only way the retainer is installed is by manual installation. At the point of manufacturing, the retainer is installed manually to the vehicle. The problem with installing the retainer in this manner is that there is no way to insure that it is properly installed. Manual installation leaves room for human error that can lead to serious consequences in the event that the side air bag is deployed and the retainer fails to function properly. This process is unreliable as there is no way to insure that the retainer will not break due to improper installation. If the retainer breaks, then the side air bag will not protect an occupant as it should. Consumers and manufacturers alike are not happy with the manner that the retainers are currently installed. As a result, there is a demand to further error-proof this installation.
This invention solves this problem by utilizes a bar code on the parts of the retainer. A portion of the bar code is imprinted on the parts of the retainer. When the retainer is engaged properly, the bar code is able to be scanned. A properly scanned bar code insures that the retainer is properly installed without having any worry that human error played a role in the correct or incorrect installation of the retainer. If the bar code cannot be read, then the retainer is not installed correctly. The worries of breaking or incorrect deployment are then removed from the manufacturing process.
A close out retainer for a side air bag chute comprising; at least two retainer pieces, a bar code wherein a portion of said bar code is printed on said at least two retainer pieces, and a strap connecting said retainer to said side air bag.
The at least two retainer pieces further comprise an inner retainer piece and an outer retainer piece. The inner retainer piece comprises the inner portion of the bar code. The outer retainer piece comprises the outer portion of the bar code.
The inner retainer piece joins the outer retainer piece to create the close out retainer. Once the inner retainer piece and out retainer piece are joined, the bar code is in its fully engaged position. In its fully engaged position, the bar code is able to be scanned and read. This only occurs when the inner retainer piece and outer retainer piece are in the exact orientation anticipated for proper function of the retainer.
This invention relates to a close out retainer 8 for a side air bag chute comprising at least two retainer pieces 10, 12, a bar code 14 wherein a portion of the bar code 14 is printed on each of the at least two retainer pieces 10, 12, and a chute 22 connecting the retainer 8 to the side air bag 20. The at least two retainer pieces 10, 12 further comprise an inner retainer piece 10 and an outer retainer piece 12. The inner retainer piece 10 comprises the inner portion of the barcode 16. The outer retainer piece 12 comprises the outer portion of the barcode 18.
The inner retainer piece 10 and the outer retainer piece 12 fit together to make the retainer 8 that in conjunction with the chute 22 anchors the side air bag 20. When the inner retainer piece 10 and the outer retainer piece 12 are properly the engaged, the inner portion of the bar code 16 matches up with the outer portion of the bar code 18. When the two portions of the bar code 16, 18 are properly aligned, the retainer 8 is fully engaged and the bar code 14 is able to scanned and read. A proper scan and read indicates that the retainer 8 is properly installed.
When the retainer 8 is not properly engaged, then the bar code 14 cannot be properly scanned and read. In this instance, the retainer 8 is improperly installed and the inner portion of the bar code 16 does not match up to the outer portion of the bar code 18. When the bar code cannot be scanned or read properly, the installer will instantly know that there is a problem with the way the retainer 8 is installed.
This invention completely removes the possibility of human error at the point of installation. This will insure that the retainer 8 is installed as anticipated and the concerns over breaking or improper function are effectively removed. This leads to an overall greater standard of safety for the motor vehicle utilizing this device.
The above presents a description of the best mode contemplated for carrying out this invention. The claims should not be read as limited to the described order or elements unless stated to that effect. Therefore, all embodiments that come with the scope and spirit of the following claims and equivalents thereto are claimed as the invention.
