Abstract: A plurality of threaded tubes having an internal surface, a first end, and a second end opposite the first end, the plurality of threaded tubes including internal threads on the internal surface proximate the first end, and second internal threads proximate the second end. A plurality of threaded connecting rings having an external surface is included, the plurality of threaded connecting rings having threads around the exterior surface that threadably mate with the corresponding internal threads on two of the plurality of threaded tubes. A base threadably matable to one of the plurality of threaded tubes is included, the base, the plurality of threaded tubes, and the plurality of threaded connecting rings cooperate to form a reservoir. A stem having a first end and a second end is included, the first end being connected to the base. A bowl is included connected to the second end of the stem.

Abstract: A ballistic barrier curtain deployment system deploys a ballistic resistive curtain using a deployment firing mechanism. The ballistic barrier curtain can protect military personnel, equipment, diplomats, celebrities, etc. The deployment firing mechanism utilizes an inflator unit that operates using the same principles as an airbag inflator. The curtain is stored in a barrier curtain storage channel. The deployment firing mechanism is located in a ballistic barrier curtain deployment mechanism integrated at each end of the storage channel. A curtain deployment support column extends vertically from the curtain deployment mechanism. Each edge of the curtain is supported by the support column. The inflator unit is activated upon an activation request from a visual monitor, an audible monitor, heat/thermal monitor, or a manual directive. The inflator unit drives each edge of the curtain vertically, deploying the curtain between the support columns.

Abstract: A plurality of threaded tubes having an internal surface, a first end, and a second end opposite the first end, the plurality of threaded tubes including internal threads on the internal surface proximate the first end, and second internal threads proximate the second end. A plurality of threaded connecting rings having an external surface is included, the plurality of threaded connecting rings having threads around the exterior surface that threadably mate with the corresponding internal threads on two of the plurality of threaded tubes. A base threadably matable to one of the plurality of threaded tubes is included, the base, the plurality of threaded tubes, and the plurality of threaded connecting rings cooperate to form a reservoir. A stem having a first end and a second end is included, the first end being connected to the base. A bowl is included connected to the second end of the stem.

Abstract: A ballistic barrier curtain deployment system deploys a ballistic resistive curtain using a deployment firing mechanism. The ballistic barrier curtain can protect military personnel, equipment, diplomats, celebrities, etc. The deployment firing mechanism utilizes an inflator unit that operates using the same principles as an airbag inflator. The curtain is stored in a barrier curtain storage channel. The deployment firing mechanism is located in a ballistic barrier curtain deployment mechanism integrated at each end of the storage channel. A curtain deployment support column extends vertically from the curtain deployment mechanism. Each edge of the curtain is supported by the support column. The inflator unit is activated upon an activation request from a visual monitor, an audible monitor, heat/thermal monitor, or a manual directive. The inflator unit drives each edge of the curtain vertically, deploying the curtain between the support columns.