A slide gate valve assembly (10) selectively closes the port and a disc valve assembly (5) is provided above the slide gate valve assembly.
Engines comprising these disc valve systems are also disclosed herein.
The slide gate valve assembly (10) and disc valve assembly (5) are then opened to allow container (19) to be filled with ultra fine powder.
A disc valve system for a piston driven internal combustion engine.
The invention relates to a hydraulic valve which is embodied as a plate valve (10) and which is used in a hydraulic clamping element of a traction drive.
The invention relates to a plate valve (8) that is preferably used as a check valve in a tensioning system or a hydraulic system.
In order to achieve an optimum adaptation to the desired operating conditions, at least one of the two valves (7, 9) is designed as a plate valve.
The plate valve (10) which is configured in the circular shape forms in the centre an elastic valve element (11) which interacts, in the installed state, with a control opening (8) in the housing (2), and forms a return stop.
To form a plate valve, a closing body (7) designed as disk-like is provided, which presses against the valve seat (8) via spring means (5) by the application of force in the closed state.
Embodiments of the present disclosure generally provide a disc-valve design with a self-cleaning feature.
The plate valve (8) comprises a pot-shaped housing (2) for accommodating a displaceably disposed piston (3) that, along with the housing (2), limits a pressure chamber (4) filled with hydraulic fluid.
The disc is mounted between a cylinder head manifold having exhaust and intake ports and an engine cylinder housing the piston and defining a combustion chamber.