Transformer of Torque (TT) & Mechanical Homeostat

Description of the technology

I have developed a kinematic configuration and “The Theory of Mechanical Transformer of a Torque”. Almost all industries require reliable mechanisms with stepless change of transfer functions.The idea of such mechanism exists for a long time. In the engineering literature it is commonly called Transformer of Torque (TT). TT allows implementing the basic principle of dynamics: “Winning in force, losing in speed; winning in speed, losing in force”, and it is considered as cybernetic system. In the long term it is a mechanical HOMEOSTAT, the device exercising control in conditions of initial uncertainty, on the basis of the current information on the varying parameter.

Specifications

The creation of such mechanical device, which is independent, depending on the moment of resistance at the exit, changes its transmission ratio within( 1 ≤ I ≤ ∞) resolves many problems of machine industry and can lead to the results bringing the equipment to a new, higher level of development.The creation of such a mechanical device that independently, depending on the moment of resistance at the output changes its gear ratio range (1 ≤ I ≤ ∞) solves many problems of engineering and may cause actual results to printing the technique to a higher level of development. The theory of CT to determine the parameters of such a mechanism, the mathematical tools developed by me, "Method of basic mechanisms,"

Main advantages of its use

• Most machines created by man, between the power source and the working body for the implementation of destination must be installed gears, which convert the input parameters to the parameters needed to overcome the resistance of the working body and carry out the work with a given performance.Gears with a fixed gear ratio provide the machine in steady state, when the resistance is constant.If the interaction of vehicles and the environment and the direction of the module resistance forces are random in nature and vary widely (through the interaction of the flow of entropy) to operate the machine in steady use gears having the ability to change parameters on the output, such as multipliers, gearbox , variable speed, and so forth.However, all currently used transmission gears ensure stable operation of the machine only when theNdv ≥ Nc.Ndv-capacity internal driving forces;Nc-power resistance forces.Transformer torque (TCM) is designed to operate in steady state, ie ensure the equalityNdv = NC = Reve = Meωc,That will implement the golden rule of the dynamics of

Applications

• TT can be applied to any mechanical device performing the power flow