ECCENTRIC PUMP/COMPRESSOR
Transcription
ECCENTRIC PUMP/COMPRESSOR
ECCENTRIC PUMP/COMPRESSOR The next five images show the sequence of rotation and the cylinder and how it causes the advancement and retraction of the piston, as the slot in the piston Must find a new axial position against the center pin which is stationary. Larger chamber facing Side 1 of Piston due to full retraction Complete Seal Stationary Outer Housing The full stroke of the piston is twice the distance between the center of rotation of the Rotating Cylinder and the center of the Stationary Pin Stationary Pin, can be connected to the Stationary Outer Housing Piston Smaller Chamber facing Side 2 of Piston due to full advance Rotating Cylinder Complete Seal 20 degrees of CCW rotation Outlet port is now connected to the advancing side of the piston Inlet is connected to the retracting side of the piston 180 degrees of CCW rotation Large chamber is now facing the Side 2 of Piston due to full retraction and intake of low pressure gas Side 1 of the piston is now facing the small chamber due to full advance and the compressed gas was delivered to Outlet just before reaching this full seal position Complete Seal 270 degrees of CCW rotation Chamber volumes are equal at 90 degrees and 270 degree rotations 290 degree rotation, on the way to 360 and starting the same cycle Chamber facing Side1 is getting larger again Chamber facing Side2 getting smaller by the same amount that the other chamber is getting larger A pump based on the same movement cycle, but with three staggered pistons This Cap is stationary and attached to the Stationary Center Pin Pump is driven by this shaft, Which rotates the Rotating Cylinder Stationary Outer Cylinder made out of three parts for manufacturability Stationary Center Pin Rotating Cylinder and Shaft Rotating Cylinder