Locking poppet valve

A locking poppet valve comprises:

• a valve assembly;
• an actuating mechanism;
• a hydraulic fluid isolated from a fluid flows through the valve assembly;
• the valve assembly comprises a valve housing, a fluid channel, a poppet valve, and a pressure pass through fitting;
• the actuating mechanism comprises an actuator housing, a piston, and a locking mechanism;
• the valve housing comprises a valve body, a first valve adapter, a second valve adapter, and a burst disk;
• the poppet valve comprises a valve stem and a valve spool;
• the piston comprises a locking rod and an actuator spool;
• the locking mechanism is configured to engage the locking rod, comprises a ball detent locking ring, a plurality of locking balls, a ball detent locking cap, a lock spring, and a locking indicator;
• the pressure pass through fitting being positioned in between and adjacently connected to the valve housing and the actuator housing;
• the poppet valve being positioned within the valve housing;
• the valve stem being concentrically connected to the valve body;
• the valve spool being slidably connected to the valve stem, wherein the hydraulic fluid acts on the valve spool;
• the fluid channel traversing through the pressure pass-through fitting, the valve body, and the valve stem;
• the burst disk being fluidly connected to the fluid channel;
• the burst disk being perimetrically connected to the valve body;
• the first valve adapter being adjacently connected to the valve body;
• the second valve spool adapter being adjacently connected to the valve body opposite the first valve adapter;
• the actuator housing being in fluid communication with the poppet valve through the fluid channel;
• the actuator housing and the fluid channel being filled with the hydraulic fluid;
• the ball detent locking ring being slidably positioned around the actuator housing;
• the plurality of locking balls traversing through the actuator housing;
• the plurality of locking balls being positioned around the actuator housing adjacent to the ball detent locking ring;
• the ball detent locking cap being positioned onto the actuator housing adjacent to the ball detent locking ring;
• the lock spring being positioned around the actuator housing;
• the lock spring being positioned in between the ball detent locking cap and the ball detent locking ring;
• the locking indicator being positioned into the actuator housing;
• the locking indicator being slidably connected to the actuator housing;
• the piston being slidably positioned within the actuator housing;
• the piston being positioned adjacent to the locking mechanism;
• and
• the actuator spool being concentrically connected to the locking rod opposite the locking mechanism.