CN105305653A

CN105305653A - Three-phase electric energy magnetic conduction ring

Info

Publication number: CN105305653A
Application number: CN201510668161.2A
Authority: CN
Inventors: 李德生
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-17
Filing date: 2015-10-17
Publication date: 2016-02-03

Abstract

The invention provides a three-phase electric energy magnetic conduction ring. A central rotation shaft (5) passes through a central connection shaft (24); rotating alternating current is connected with an output port A (13) and an output port B (14) respectively; the output port (13) and the output port (14) are connected with in parallel with an O-shaped magnetizer A (15) and an output coil A (12); an output port E (17) and an output port F (18) are connected in parallel with an O-shaped magnetizer C (19) and an output coil C (16); an output port C (21) and an output port D (22) are connected in parallel with an O-shaped magnetizer B (23) and an output coil B (20); and therefore, an electric energy transfer magnetic conduction ring can be formed. A multi-U-shaped magnetizer (4) is connected with in parallel with a first group of input coils A (1) through an input port A (2) and an input port B (3), is parallel with a second group of input coils B (6) through an input port C (7) and an input port D (8), and is parallel with a third group of input coils C (9) through an input port E (10) and an input port F (11), and therefore, input power conversion can be realized.

Description

Three-phase electric energy magnetic guiding loop

Technical field

The electric energy that the present invention relates to the multi-field purposes such as a kind of contactless magnetic guiding loop passes on magnet ring, particularly relate to a kind of device utilizing many U-shapeds magnetic conductor independently and O shape magnetic conductor to pass on mutual inductance electric energy, be applied in the electric energy conversion electric equipments such as generator excitation with the form of energy-conserving and environment-protective magnetoelectricity conversion, be called for short " three-phase electric energy magnetic guiding loop ".

Background technology

Existing electric middle-end is crossed electricity and is adopted the electric ring conduction of contact carbon brush conducting ring/cunning, and rotating contact electric current is easy to wear greatly, changes frequent; Contact carbon brush sintering causes whole equipment scrapping.

Summary of the invention

The object of the invention is to provide a kind of contactless magnetic conductor coupling electric energy magnetic guiding loop for the deficiencies in the prior art.

The problem to be solved in the present invention is: utilize for magnetic mode, with the noncontact closed loop of magnetic conductor for magnetic, reaches the effect of magnetic energy conversion power supply.

Principle of the present invention: according to Mutual Inductance Coupling transformer energy conversion, many U-shapeds magnetic conductor with oshape magnetic conductor forms closed magnetic field and elementary line bag input power and secondary wire bag obtain identical energy.

One many UO shape electric energy magnetic guiding loop structure of the present invention comprises: input line bag 1; Input port 1; Input port 2; Many U-shapeds magnetic conductor; Central rotating shaft; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Output line bag 1; Output port 1; Output port 2; O shape magnetic conductor 1; Output line bag 3; Output port 5; Output port 6; O shape magnetic conductor 3; Output line bag 2; Output port 3; Output port 4; O shape magnetic conductor; Center connecting shaft.

Accompanying drawing explanation

Fig. 1 is the present invention many UO shape electric energy magnetic guiding loop structural representation

Fig. 2 is U-shaped magnetic conductor schematic diagram of the present invention

Fig. 3 is that the present invention is many oshape magnetic conductor tangent plane schematic diagram

In figure: 1, input line bag 1; 2, input port 1; 3, input port 2; 4, many U-shapeds magnetic conductor; 5, central rotating shaft; 6, input line bag 2; 7, input port 3; 8, input port 4; 9, input line bag 3; 10, input port 5; 11, input port 6; 12, output line bag 1; 13, output port 1; 14, output port 2; 15, O shape magnetic conductor 1; 16, output line bag 3; 17, output port 5; 18, output port 6; 19, O shape magnetic conductor 3; 20, output line bag 2; 21, output port 3; 22, output port 4; 23, O shape magnetic conductor 2; 24, center connecting shaft.

Embodiment

Accompanying drawings is as follows

A kind of UO shape electric energy magnetic guiding loop structure of the present invention comprises: input line bag 1; Input port 1; Input port 2; Many U-shapeds magnetic conductor; Central rotating shaft; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Output line bag 1; Output port 1; Output port 2; O shape magnetic conductor 1; Output line bag 3; Output port 5; Output port 6; O shape magnetic conductor 3; Output line bag 2; Output port 3; Output port 4; O shape magnetic conductor; Center connecting shaft.

The U that the present invention opposes mutually by two oshape electric energy magnetic guiding loop

AC energy magnetic guiding loop structure is jointly formed by 1 input line bag 1 and input line bag 2 and input line bag 3 and 12 output line bag 1 and 16 output line bag 3 and 20 output line bag 2 and the magnetic conductor of U-shaped more than 4 and 15O shape magnetic conductor 1 and 15O shape magnetic conductor 2 and 23O shape magnetic conductor 2 etc.

Run through 24 center connecting shaft rotary AC by 5 central rotating shafts and connect 13 output port 1 and 14 output port 2 parallel connections 15, O shape magnetic conductor 1 and 12 output line bag 1 respectively.

17 output port 5 and 18 output port 6 parallel connections 19, O shape magnetic conductor 3 and 16 output line bag 3; 21 output port 3 and 22 output port 4 parallel connections 23, O shape magnetic conductor 2 and 20 output line bag 2 form electric energy and pass on magnetic guiding loop.

By the magnetic conductor of U-shaped more than 4 one group of 1 input line bag 1 in parallel through 2 input port 1 and 3 input ports 2; Two group of 6 input line bag 2 is through 7 input port 3 and 8 input ports 4; Three group of 9 input line bag 3 forms through 10 input port 5 and 11 input ports 6 and inputs electric energy conversion.

Claims

1., by a three-phase electric energy magnetic guiding loop, it is characterized in that described in claim that electric energy magnetic guiding loop structure comprises: AC input lines bag; Input line bag 1; Input port 1; Input port 2; Many U-shapeds magnetic conductor; Central rotating shaft; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Output line bag 1; Output port 1; Output port 2; O shape magnetic conductor 1; Output line bag 3; Output port 5; Output port 6; O shape magnetic conductor 3; Output line bag 2; Output port 3; Output port 4; O shape magnetic conductor; Center connecting shaft;

AC energy magnetic guiding loop structure is jointly formed by 1 input line bag 1 and input line bag 2 and input line bag 3 and 12 output line bag 1 and 16 output line bag 3 and 20 output line bag 2 and the magnetic conductor of U-shaped more than 4 and 15O shape magnetic conductor 1 and 15O shape magnetic conductor 2 and 23O shape magnetic conductor 2 etc.;

Run through 24 center connecting shaft rotary AC by 5 central rotating shafts and connect 13 output port 1 and 14 output port 2 parallel connections 15, O shape magnetic conductor 1 and 12 output line bag 1 respectively;

17 output port 5 and 18 output port 6 parallel connections 19, O shape magnetic conductor 3 and 16 output line bag 3; 21 output port 3 and 22 output port 4 parallel connections 23, O shape magnetic conductor 2 and 20 output line bag 2 form electric energy and pass on magnetic guiding loop;