Hydraulic Arm

The image shows a basic model of a hydraulic arm powered by syringes, which functions similarly to a robotic arm used for lifting or moving objects.

Summary:

• Components: The arm is constructed using wooden or similar materials, with multiple joints and segments. It is powered by several syringes connected via tubing, acting as hydraulic pistons.
• Mechanism: Each syringe functions as a hydraulic actuator. By pushing or pulling the plungers of the syringes, hydraulic fluid (likely water or oil) is pushed through the tubes, causing movement in the corresponding joints of the arm. This design mimics real hydraulic systems used in heavy machinery or robotic arms.
• Articulation: The model features multiple degrees of movement, including bending and rotating at various joints, similar to the motions of a human arm. Each syringe controls different parts of the arm, allowing the operator to perform tasks such as gripping or lifting.

This setup demonstrates the basic principles of hydraulic systems used in robotic arms or industrial machines, where fluid pressure is used to control movements in various axes for precision tasks.