AN APPARATUS COMPENSATING DECREASING VISCOSE EFFECTS DEPENDING ON TEMPERATURE INCREASE IN MECHANICAL SYSTEMS CONTAINING LIQUID OR GAS FLUID WITHIN

摘要

This invention is an apparatus for compensating emerging viscose effects depending on temperature in mechanical systems containing liquid or gas fluid within that is composed of a expansion mechanism (3) that contains liquid or gas fluid substance, a pusher pin (3.1) that goes out of the expansion mechanism (3), a withdrawal spring (2) for withdrawing pusher pin (3.1) of the expansion mechanism (3) upon the temperature decrease after expansion a lower block (4) and a top block (1) for co-activation and protection of the expansion mechanism (3) withdrawal spring (2) and the fluid wherein; such apparatus contains a lower slot (4.1) and a top slot where an expansion mechanism (3) containing a liquid or gas fluid substance that can expand with temperature at the center; at least one pusher pin (3.1) that goes from such mechanism to outside; at least one pusher pin (3.1) that moves linearly between the opening inside the chamber and chamber slot in the lower slot (4.1) and top slot upon positioning of the pusher pin (3.1) mentioned above and expansion of the substance inside the ezpansion mechanism (3) mentioned; at least one withdrawal (pressure) spring (2) located between the chamber and the mechanism mentioned and a lower block centering pin hole (4.3) and a top block centering pin for keeping such expansion mechanism (3) and lower block (4) and top block (1) at center. When viscosity of the liquid decreases in high temperatures, liquid or gas fluid substance inside the mechanism expands and it is ensured that pusher pin (3.1) is pushed outside. Therefore passing of the liquid with increased fluidity is forced since inlet opening for the fluid becomes narrow. Thus, viscose effects emerging depending on temperature in mechanical systems containing liquid or gas fluid within can be eliminated.