Sodronyhajtású

The term "sodronyhajtású" is a Hungarian adjective that translates to "cable-driven" or "wire-driven" in English. It describes a mechanism or system that is powered or operated by the movement of cables or wires. This type of transmission is common in various mechanical applications where flexibility and remote operation are important.

Sodronyhajtású systems utilize steel cables or wires to transmit force or motion from a motor or actuator to a driven component. The cables are typically guided by pulleys or drums and can be tensioned to ensure efficient power transfer. This method allows for the positioning of components at a distance from the power source, making it suitable for applications where direct mechanical linkage is impractical or impossible.

Examples of sodronyhajtású applications include certain types of elevators, winches, cranes, and control systems in vehicles and aircraft. In these contexts, cables are used to lift loads, retract or extend components, or operate control surfaces. The simplicity and robustness of cable-driven systems have made them a reliable choice for many engineering solutions throughout history. The design and material of the cables are crucial for the performance and safety of sodronyhajtású mechanisms, with factors like tensile strength, flexibility, and resistance to wear being important considerations.