Gas Flow Disruption Alarm Using Vibration Member

The patent implements a feedback mechanism where the vibration member provides real-time information about connection status. When the gas delivery device is properly connected, the vibration member remains stationary. Upon disconnection, the vibration member is activated by gas flow to produce an audible alarm, providing immediate feedback to alert caregivers of the disconnection event.

The vibration member acts as an intermediary element between the gas flow and the alarm system. It translates the kinetic energy of gas flow into mechanical vibration and acoustic signals, serving as a mediator that converts invisible gas flow disruptions into detectable audible alerts without requiring direct electronic sensing of the connection interface.

The patent employs mechanical vibration as the core detection mechanism. The vibration member is positioned to be directly impacted by gas flow, and when disconnection occurs, the sudden change in flow dynamics causes the vibration member to oscillate and produce an audible alarm. This mechanical vibration approach works effectively with low-pressure gas systems where electronic or pressure-based detection methods may be insufficient.

The patent replaces complex electronic detection systems with a simple mechanical vibration-based alarm mechanism. Instead of using electronic sensors, pressure transducers, or complex control systems to detect disconnections in low-pressure gas systems, the invention uses the gas flow itself to mechanically activate the vibration member, which then produces an audible alert through purely mechanical means.

The vibration member is designed to be self-activating and self-sustaining during disconnection events. Once gas flow disruption occurs, the vibration member automatically begins vibrating and producing sound without requiring external power, control logic, or additional activation mechanisms. The gas flow itself provides the energy needed to sustain the vibration and alarm until reconnection occurs.

The vibration member is designed as a simple, inexpensive component that can be easily replaced if needed. Rather than investing in complex, expensive, and fragile electronic alarm systems, the patent uses a straightforward mechanical vibration element that is robust, easy to manufacture, and can be disposed of or replaced without significant cost or complexity if it becomes worn or damaged over time.