How to define rigging properly？

This question, from a professional perspective, requires a thorough understanding of its definition to achieve a correct understanding. Rigging is defined as:

A type of force tool used to achieve the purpose of moving objects between lifting machinery and the objects being lifted. It can also be a type of force component used to stabilize spatial structures.

In steel wire ropes, are there rigging components? What are the regulations for the hanging angle of rigging components in lifting and hoisting operations?

In steel wire ropes, there are rigging components, known as wire rope rigging. In addition to this, there are also wire rope lifting slings, among others. Generally, in lifting and hoisting operations, it is regulated that the hanging angle of rigging components should not be less than 45 degrees.

What are the factors to consider for rigging components? And what are the main components of rigging in mechanical and electrical engineering lifting technology?

The factors to consider for rigging components include load, dimensions, weight, and lifting methods, among others. These factors need to be taken into account in the calculation process. Additionally, requirements such as working limits and environmental conditions should not be overlooked. However, the overall requirement is to ensure sufficient capacity and meet the requirements of the intended use.

In mechanical and electrical engineering lifting technology, the rigging components mentioned mainly include wire ropes, pulley blocks, winches, and balance beams. All of these are indispensable. Therefore, we must have a correct understanding and not omit any of them.