Abstract: A packaging fixture may include a first member including a plurality of first generally round apertures and a plurality of first elongated apertures. The first member may include a thickness from a first side to an opposite second side and each of the plurality of first round apertures and the plurality of elongated apertures may extend through the thickness of the first member. Each of the plurality of elongated apertures may be connected to and extend from a corresponding one of the plurality of first round apertures. Each of the plurality of first round apertures may be adapted to receive a portion of a propulsive device. The first member may be adapted to retain the propulsive device when a protrusion of the propulsive device is misaligned with a corresponding one of the plurality of elongated apertures.

Abstract: A packaging fixture may include a first member including a plurality of first generally round apertures and a plurality of first elongated apertures. The first member may include a thickness from a first side to an opposite second side and each of the plurality of first round apertures and the plurality of elongated apertures may extend through the thickness of the first member. Each of the plurality of elongated apertures may be connected to and extend from a corresponding one of the plurality of first round apertures. Each of the plurality of first round apertures may be adapted to receive a portion of a propulsive device. The first member may be adapted to retain the propulsive device when a protrusion of the propulsive device is misaligned with a corresponding one of the plurality of elongated apertures.

Abstract: A gas generation device includes an elongated housing and an ignitor tube. The elongated housing defines a generant bed. The ignitor tube is disposed within the housing and extends at least substantially along the entire length of the generant bed. The ignitor tube defines an unobstructed path for ignitor gases to travel into the generant bed. The ignitor tube is constructed of a consumable material.

Abstract: An inflator includes a generant chamber that houses a quantity of gas generant. The chamber has a plurality of gas exit holes that are positioned along the length of the generant chamber. A filter is added exterior of the chamber. In fact, the filter may be positioned on the exterior of the generant chamber. Straps may encircle the inflator. The straps are attached to studs that will operate to mount the inflator. The position of the straps may be adjusted and tailored to apportion the amount of inflation gas that is directed into each chamber of a multi-chambered or two-chambered airbag.

Abstract: An inflator includes a generant chamber that houses a quantity of gas generant. The chamber has a plurality of gas exit holes that are positioned along the length of the generant chamber. A filter is added exterior of the chamber. In fact, the filter may be positioned on the exterior of the generant chamber. Straps may encircle the inflator. The straps are attached to studs that will operate to mount the inflator. The position of the straps may be adjusted and tailored to apportion the amount of inflation gas that is directed into each chamber of a multi-chambered or two-chambered airbag.

Abstract: A gas generation device includes an elongated housing and an ignitor tube. The elongated housing defines a generant bed. The ignitor tube is disposed within the housing and extends at least substantially along the entire length of the generant bed. The ignitor tube defines an unobstructed path for ignitor gases to travel into the generant bed. The ignitor tube is constructed of a consumable material.