Rotationally assembled plastic mesh

A plastic mesh rotary assembly system comprising:

• at least a first part comprising male locking means and female locking means with a separating surface wherein,
• the male locking means of the first part comprises a substantially cylindrical shape formed by a base portion, a secondary channel, a primary locking channel, and a coupling head having recesses around the periphery;
• and
• the female locking means of the first part comprises a front face and a rear face limited at each end by a rounded side face and, in turn, said female locking means has internally an intermediate reinforcement extending to form a reinforcement zone defining two female housings which are cylindrical perforations having first projections and second projections therein;
• and
• at least one second part comprising a front face and a rear face limited at each end by a rounded side face with a separating surface and, in turn, said second part has internally an intermediate reinforcement extending to form a reinforcement zone defining two cylindrical perforations having first projections and second projection therein;
• at least one third part comprising male locking means and assembly means wherein,
• the male locking means of the third part has a substantially cylindrical shape formed by a base portion, a secondary channel, a primary locking channel, and a coupling head comprising a having recesses around the periphery;
• and
• the assembly means of the third part comprises a hollow inner diameter;
• at least a fourth part comprising male locking means and female locking means with a separating surface, wherein
• the male locking means of the fourth part has a substantially cylindrical shape formed by a base portion, a secondary channel, a primary locking channel, and a coupling head comprising a recesses around the periphery;
• and
• the female locking means of the fourth part comprises a front face and a rear face limited at each end by a rounded side face and, in turn, said female locking means has internally an intermediate reinforcement extending to form a reinforcement zone defining a female housing and an assembly means, wherein the female housing is a cylindrical perforation having first projections and second projections therein, and the assembly means comprises a hollow inside diameter;
• at least one fifth part comprising first female means and assembly means wherein,
• the female locking means of the fifth part has a cylindrical shape that internally defines a female housing with first projections and second projections;
• and
• the assembly means of the fifth part comprises a hollow inner diameter;
• at least one sixth part comprising male locking means and female locking means wherein,
• the male locking means of the sixth part has a substantially cylindrical shape formed by a base portion, a secondary channel, a primary locking channel, and a coupling head comprising a having recesses around the periphery;
• and
• the female locking means of the sixth part comprises a cylindrical body that internally has a female housing including cylindrical perforations with first projections and second projections therein;
• at least one seventh part comprising cylindrical female securing means having a flat top surface and an open bottom surface forming a hollow body defining a female housing inside, with first projections and second projections;
• at least one eighth part comprising cylindrical shaped cap means having a closed upper surface and an open lower end defining a hollow housing separated by a low relief perimeter ring;
• at least one ninth part comprising a hollow main body of circular shape having an upper surface with two upward projections of substantially semicircular shape at opposite ends, a hollow lower surface forming an inner housing and a central opening in the upper surface;
• and
• at least one tenth part comprising a cylindrical-shaped main body with a hollow interior having upper and lower ends covered by a grooved zone and a perimeter ring in the central portion of the main body.