1、 The composition and function of a loom
A loom is a machine that weaves yarns from both warp and weft directions into a fabric, mainly consisting of a weft mechanism, a warp mechanism, a weaving mechanism, a frame, and a control system. Among them, the weft mechanism is mainly responsible for supporting the warp, the warp mechanism is responsible for transmitting the warp to the weaving area, and the weaving mechanism is responsible for interweaving the warp and weft to form textiles.
2、 The principle of weaving fabric on a loom
The weaving machine mainly relies on the interweaving of warp and weft yarns to achieve the function of weaving. The weft yarn passes from above, while the warp yarn passes from below. The two are continuously interlaced and woven into fabric under the shuttle's shuttle. Among them, the machine shuttle is a very important component in the weaving machine, consisting of the movement, shuttle body, and shuttle needle. The movement is the power source for driving the shuttle needle, and the shuttle body is the carrier of the shuttle needle. The shuttle needle feeds the weft yarn from one side and the warp yarn passes in from the other side.
3、 The Application of Looms in the Textile Industry
Looms have become an indispensable equipment in the textile industry, with a wide range of applications, capable of producing various textiles such as clothing, curtains, bedding, etc. At present, with the development of technology, weaving machines are constantly being updated and upgraded, making significant improvements in production efficiency, product quality, and energy conservation and environmental protection.
In short, the loom is one of the very important equipment in the textile industry, and understanding the working principle of the loom can help us better understand its structure and application. It also contributes to the development of the textile industry, improves production efficiency, and makes the quality of textiles more stable and reliable.