This lonely valve is coupled to a second rotating valve which connects the gateway of the mushroom valve by turning with the aspiration gate and the draining pipe.

The sealing end (66) of the poppet may contact a valve seat (82) to prevent fluid communication between an inlet port and the central bore of the poppet.

The valve (23) comprises a valve housing (31) defining an interior space, a valve stem (32) and a valve member (35, 36), which may be a poppet, mounted on said valve stem (32).

When the poppet valve (12) is open, the snubber (48) is at its first location and there is fluid in the fluid pathway (36) between the snubber (48) and poppet valve (12).

A pilot valve assembly comprises a poppet valve (12) positioned in an outlet gas delivery tube of a valve housing.

The opening of each passage proximal to the fluid source is controlled by a poppet valve (20).

A trigger gas is supplied to the poppet valve to cause the poppet valve to open.

A second valve (200) is also disclosed which includes a poppet valve (202) having a cylindrical wall (206) which prevents the poppet valve from contacting the armature (100).

Provided is a hollow poppet valve that can improve the heat dissipation effect.

The valve has a housing (12) with the poppet (24) mounted in a main bore.

The valve (60) includes a poppet valve (150) which is mechanically independ of an electrically actuated armature (100).

The opening of poppet valve (23) allows fuel to flow from passage (28) to passage (29).

A poppet valve (170) connecting to the reservoir has a gas pressure regulation end to regulate flow from the initiator valve into the reservoir.

The poppet valve can be opened/closed by mounting an auxiliary part (4) which is connected to the poppet valve.

The sealing member is unseated during opening of the poppet to permit fluid to flow into the damping chamber at the inlet side.