ANALYSIS OF THE STRUCTURES OF COMMODITY REGULATORS

Abstract. The world is currently experiencing the 4th industrial revolution. In the fourth
industrial revolution, factories, machines are automated, fully automated enterprises are created.
This means that the fourth industrial revolution is developing. In textile production, very
complex technological processes are carried out, which are extremely difficult to perform with
the help of industrial robots. To create automated textile production in the textile industry, first
of all, robots must be mechanized, automated and applied in which technological processes are
performed manually both in the preparatory department and in textile workshops. In this regard,
our task is to analyze the principle of operation and design of the fabric winding mechanism in
looms used in the textile industry, create a new type of design and analyze the processes that
prevent the winding process. To meet the needs of the population for light industry products, it is
required to increase the production of fabrics of various assortments. The quality of
manufactured fabrics depends on the design of the mechanisms of looms. One of the
mechanisms that affect the quality of the fabric produced on weaving machines is the fabric
removal mechanism. This mechanism consists of three devices, a pulling roller, a commodity
regulator and a winding device. We will consider the principle of operation of existing
commodity regulators, analyze their pros and cons, and, finally, solve the problems associated
with their automation. The presented article also analyzes the design for the production of highquality fabric and the creation of automated weaving factories.