A loom projectile returner link is a crucial component of the weaving process. It ensures that a shuttle is properly returned to the shed after it has been fired in the opposite direction. Without a properly functioning returner link, weavers would have difficulty creating their desired fabrics. In this article, we'll take an in-depth look at the structure and function of a loom projectile returner link. We'll discuss its components, how it works, and the advantages and disadvantages associated with its use. By understanding what goes into this important part of weaving technology, you’ll be able to better appreciate the beauty of our fabrics and be more aware of how much time and effort is needed to produce them.

Overview Of Loom Projectile Returner Link

The loom projectile returner link is a key component of the loom mechanism. It is responsible for returning the projectile back to the beginning of the loom after it has been woven. The returner link is made up of two parts: the upper returner and the lower returner. The upper returner is connected to the loom frame, while the lower returner is connected to the Shuttle. As the Shuttle moves back and forth, it weaves the thread around the warp threads. When the Shuttle reaches the end of its path, the lower returner swings up, catching the projectile and returning it to the beginning of the loom.

Structure Of Loom Projectile Returner Link

The returner link is the part of the loom that picks up the projectile and returns it to the shed. It is a chain or belt with metal hooks that run around the loom under the warp threads. The hooks catch the projectile as it falls and carry it back to the shed.

Function Of Loom Projectile Returner Link

The purpose of the loom projectile returner link is to keep the weft yarn from becoming tangled as it is being fed through the shed. This is accomplished by returning the weft yarn to its original position after each pass. The returner link is located at the bottom of the loom and consists of a series of metal plates that are hinged together.
As the weft yarn is fed through the shed, it passes over a series of rollers on the returner link. These rollers rotate, and as they do, they grab hold of the weft yarn and pull it back toward the starting point. This action prevents the weft yarn from getting tangled or caught on anything as it moves through the shed.