This product was developed as an accessory to a Medical Device- Sedation Systems’ Nitrous Analgesia system and Miniscav device. The Vent Connector is designed to safely remove exhalant and excess nitrous from the environment by emptying it into a sink drain. Emergnt developed this product for Additive Manufacturing and designed for ease of assembly.
Sedation Systems’ Nitrous Analgesia system allows doctors across specialties to administer Nitrous Sedation for in-office procedures. However, chronic exposure to Nitrous Oxide presents a risk to care providers. To resolve this, the system couples with a Miniscav– a scavenging pump. Scavenging devices typically pump unwanted gas through an external vent. In the case of procedure rooms where no external vent is available, an alternative was necessary for removing the unwanted gas.
The Vent Connector utilizes the existing P-trap in every sink. The standard u-pipe of a sink drain always holds a small amount of water, preventing smells from wafting up through the drain from down the line. The Vent Connector was conceived as a one-way gas valve that connects to the line next to the P-trap, allowing the unwanted to Nitrous Oxide to be released into the drain without it returning to the procedure room.
The Vent Connector fits into a standard sink drain line next to the sink’s P-Trap, allowing harmful Nirtous Oxide to be disposed of safely.
An exploded view shows the internals of the Vent Connector’s mechanism, including the unique, vented piston head.
“Emergnt Design Labs was excellent to work with! Very competent, professional and responsive. Sedation Systems was very pleased with the work they did for us with the Vent Connector product. We continue to work with Emergnt Design Labs on other projects and would recommend them highly to anyone who asks!”
A product design expert, Jeremy cultivated his skills working in manufacturing and rapid prototyping facilities. His design experience ranges from consumer products to government contracting, and he is known for end-to-end support on every project.
M.S. in Mechanical Engineering, Georgia Institute of Technology.