Feeding system with numerically adjustable pneumatic cylinder speeds

A feeding system with numerically adjustable pneumatic cylinder speeds, comprising:

• a frame;
• an X-axis pneumatic cylinder provided at the frame and having a piston rod movable parallel to an X axis;
• a Z-axis pneumatic cylinder provided at the frame and having a piston rod movable parallel to a Z axis;
• a feeding table connected to the piston rod of the X-axis pneumatic cylinder and the piston rod of the Z-axis pneumatic cylinder in order to be driven into motion by the piston rods in an X-axis direction and a Z-axis direction;
• an X-axis detection module for detecting whether the piston rod of the X-axis pneumatic cylinder passes a corresponding starting point and a corresponding endpoint;
• a Z-axis detection module for detecting whether the piston rod of the Z-axis pneumatic cylinder passes a corresponding starting point and a corresponding endpoint;
• a microcomputer electrically connected to the X-axis detection module, the Z-axis detection module, the X-axis pneumatic cylinder, and the Z-axis pneumatic cylinder in order to drive the feeding table into motion by controlling the X-axis pneumatic cylinder and the Z-axis pneumatic cylinder;
• and
• a display screen electrically connected to the microcomputer;
• wherein the microcomputer uses the X-axis detection module to determine a first time interval between an instant at which the piston rod of the X-axis pneumatic cylinder passes the corresponding starting point and a subsequent instant at which the piston rod of the X-axis pneumatic cylinder passes the corresponding endpoint, the first time interval being defined as a duration of X-axis forward movement;
• the microcomputer uses the Z-axis detection module to determine a second time interval between an instant at which the piston rod of the Z-axis pneumatic cylinder passes the corresponding starting point and a subsequent instant at which the piston rod of the Z-axis pneumatic cylinder passes the corresponding endpoint, the second time interval being defined as a duration of Z-axis forward movement;
• and the microcomputer displays the duration of X-axis forward movement and the duration of Z-axis forward movement on the display screen.