Cosmetics Container Structure

A cosmetics container structure, comprising an outer tube, a control assembly, an actuation assembly, a push rod, and an applying assembly wherein the outer tube is composed of an actuating chamber at one end side and a receiving chamber at the other end side to which the applying assembly is mounted at the bottom before a cap body is snapped on thereto;

• the control assembly being made up of a coupling cylinder and a button post wherein the coupling cylinder, accommodated into the actuating chamber of the outer tube, has a button opening extending through the center therein, and multiple obliquely-cut pieces alternating with clearance grooves that are annularly spaced out at the internal surface thereon;
• and, each obliquely-cut piece has one side obliquely-cut into a sliding surface;
• the button post, accommodated into the coupling cylinder, has an opening end equipped with a serrated-like first toothed-collar and a set of protrusive blocks symmetrically disposed at the circumference above the first toothed-collar thereof;
• the actuation assembly being composed of a rotary tube, a spring element, and an insert seat wherein the rotary tube has the external circumference equipped with a second toothed-collar identically shaped like the first toothed-collar of the button post and forming multiple toothed sections each composed of high and low stop surfaces thereon;
• the rotary tube also has a conjoining cavity defining the internal surface of the lower opening end thereon;
• the insert seat, mounted into the internal lower end of the coupling cylinder, has a screw-threaded bore disposed at the bottom thereon;
• the push rod has a rod body defined by an external threaded section identically shaped like the conjoining cavity of the rotary tube to be mounted into the rotary tube and linked in actuation therewith;
• the push rod also has the lower end fixed to a resilient stop plug equipped with a sealing hoop thereon;
• therefore, via the aforementioned structure, the button post can be easily pressed by single hand to squeeze out filling substance accommodated inside the receiving chamber of the outer tube, and the portion of the filling substance released can be accurately determined by the number of pressing operation without any waste of it, achieving easy and economical application thereby.