| 摘要 |
Rectifier, consists and represents an open –cut electromagnetic core. Transformer rectifier for the purpose of rectifying amplitute of electromagnetic induction of alternate power and obtaining direct electric power in secondary winding (3), the powers are as to the solution and state-of-the-art and as a new solution of figures 2 and 3 indended for direct electric power. Transformer – rectifier of solutions and state-of-the-art from figures 1 and 4, not open but closed electromagnetic core connected to the endings of a graphite (8, 9 and 10) not releasing temperature and heat and confirms at the secondary to the source of alternating electric power. All described and marked is confirmed by examples – experiments of a new solution of figures 2 and 3 represented as an invention, for the purpose of use and creation of high voltages and powers of direct electric energy for use of thermal energy from graphite (depending on the voltage height – V and intensity – Ah – of direct electric power in secondary winding) and other need of direct electric power. So as to obtain desired power and strength to direct electric power in the secondary winding (3), it uses the formulae for calculation of characteristics according to the solution and state-of-the-art (L= length of conductor, Ф – conductor diameter, number of windings, and volume of electromagnetic core). Invention, as a new solution besides the open – cut electromagnetic core demands setting vertically a primary and a secondary winding, one opposite to the other in electromagnetic core. For the purpose of achievement of ecological results for use of direct electric energy, invention for accomplishemnt of micro and macro thermal energy contol in real time and space released - achieved from crystal form of carbon atom – graphite a pure ecological state, as well as equalization of power of direct electric power with alternating electric power from the solution and state-of-art, as a charger of leaden and steel armatures and etc. Invention, eliminates the use and application of bases and acid solutions and state-of-art wherefrom obtained is a direct electric energy (storage batteries).
|
