18420623. LIVE VALVE POPPET simplified abstract (Fox Factory, Inc.)
Contents
LIVE VALVE POPPET
Organization Name
Inventor(s)
Everet Owen Ericksen of Woodland CA (US)
LIVE VALVE POPPET - A simplified explanation of the abstract
This abstract first appeared for US patent application 18420623 titled 'LIVE VALVE POPPET
The abstract describes a live valve poppet system that includes an active valve to control fluid flow in a first flowpath between a damping chamber and a reservoir, as well as a second fluid pathway between the damping chamber and an external reservoir. A poppet within the second fluid pathway is separate from the active valve and closes to stop fluid flow when the active valve is closed, causing a buildup of fluid pressure.
- The system features an active valve for fluid flow control in a first flowpath.
- A second, larger fluid pathway exists between the damping chamber and an external reservoir.
- A poppet within the second fluid pathway closes to stop fluid flow when the active valve is closed.
- The poppet is distinct from the active valve and responds to fluid pressure buildup.
Potential Applications: - Automotive suspension systems - Hydraulic systems in industrial machinery - Aerospace applications for damping control
Problems Solved: - Efficient fluid flow control in complex systems - Improved response time for fluid pressure changes
Benefits: - Enhanced performance and safety in fluid systems - Increased control over damping and fluid flow
Commercial Applications: Title: "Advanced Fluid Control System for Diverse Industries" This technology can be utilized in various industries such as automotive, manufacturing, and aerospace for improved fluid flow control and damping capabilities, leading to enhanced performance and safety.
Questions about the technology: 1. How does the live valve poppet system improve fluid flow control in comparison to traditional systems? 2. What are the key advantages of having a separate poppet within the fluid pathway for controlling fluid flow?
Original Abstract Submitted
A live valve poppet is disclosed. The system includes an active valve to enable or prevent fluid flow in a first flowpath between a damping chamber and a reservoir. A second fluid pathway between the damping chamber and the external reservoir, wherein the second fluid pathway is larger than the first fluid pathway, and a poppet disposed within the second fluid pathway. The poppet distinctly separate from the active valve. The closing of the active valve causes a buildup of fluid pressure that acts against a portion of the poppet to cause the poppet to close a fluid flow through the second fluid pathway.
