CN105305652A

CN105305652A - Three-phase axial electric energy magnetic conduction ring

Info

Publication number: CN105305652A
Application number: CN201510668160.8A
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 axial electric energy magnetic conduction ring. The rotating alternating current of a central rotation shaft (27) is connected with an output coil C (8), an output coil A (9) and an output coil B (10); alternating current input is connected through an output port A (2), an output port B (3), an output port C (4), an output port D (5), an output port E (6) and an output port F (7) respectively, so that a rotating cutting magnetic field can be outputted through an output cutting magnetic field direction A (12), an output cutting magnetic field direction B (23) and an output cutting magnetic field direction D (24) and an output cutting magnetic field direction C (25); and multi-U-shaped magnetizer cutting magnetic field input (13) is connected in parallel with an input coil A (14), an input coil input B (17) and an input coil C (20), and magnetic inducted electricity outputs alternating current through an input port A (15), an input port B (16), an input coil B (17), an input port C (18), an input port D (19), and input coil C (20), an input port E (21) and an input port F (22); and therefore, the energy magnetic conduction ring can be formed.

Description

The axial electric energy magnetic guiding loop of three-phase

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 relates to a kind of utilization independently many uthe device that shape magnetic conductor and U-shaped magnetic conductor pass on mutual inductance electric energy, is applied in the electric energy conversion electric equipments such as generator excitation with the form of energy-conserving and environment-protective magnetoelectricity conversion, is called for short " the axial electric energy magnetic guiding loop of three-phase ".

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, U-shaped magnetic conductor with ushape magnetic conductor forms closed magnetic field and elementary line bag input power and secondary wire bag obtain identical energy.

A kind of three-phase UU shape electric energy magnetic guiding loop structure of the present invention comprises: axial U-shaped magnetic conductor; Output port 1; Output port 2; Output port 3; Output port 4; Output port 5; Output port 6; Output line bag 3; Output line bag 1; Output line bag 2; Magnetic conductor exports cutting magnetic field; Export cutting magnetic direction 1; Many U-shapeds magnetic conductor cutting magnetic field inputs; Input line bag 1; Input port 1; Input port 2; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Export cutting magnetic direction 2; Export cutting magnetic direction 4; Export cutting magnetic direction 3; Cutting magnetic field direction of rotation; Axial axis; Direction of rotation.

Accompanying drawing explanation

Fig. 1 is that three-phase UU oblique crank Z of the present invention is to electric energy magnetic guiding loop structural representation

Fig. 2 is the present invention's many U-shapeds magnetic conductor schematic diagram

Fig. 3 is the present invention uoblique crank Z is to magnetic conductor tangent plane schematic diagram

In figure: 1, axial U-shaped magnetic conductor; 2, output port 1; 3, output port 2; 4, output port 3; 5, output port 4; 6, output port 5; 7, output port 6; 8, output line bag 3; 9, output line bag 1; 10, output line bag 2; 11, magnetic conductor exports cutting magnetic field; 12, cutting magnetic direction 1 is exported; 13, many U-shapeds magnetic conductor cutting magnetic field input; 14, input line bag 1; 15, input port 1; 16, input port 2; 17, input line bag 2; 18, input port 3; 19, input port 4; 20, input line bag 3; 21, input port 5; 22, input port 6; 23, cutting magnetic direction 2 is exported; 24, cutting magnetic direction 4 is exported; 25, cutting magnetic direction 3 is exported; 26, cutting magnetic field direction of rotation; 27, axial axis; 28, direction of rotation.

Embodiment

Accompanying drawings is as follows

A kind of three-phase UU shape three-phase of the present invention axial electric energy magnetic guiding loop structure comprises: axial U-shaped magnetic conductor; Output port 1; Output port 2; Output port 3; Output port 4; Output port 5; Output port 6; Output line bag 3; Output line bag 1; Output line bag 2; Magnetic conductor exports cutting magnetic field; Export cutting magnetic direction 1; Many U-shapeds magnetic conductor cutting magnetic field inputs; Input line bag 1; Input port 1; Input port 2; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Export cutting magnetic direction 2; Export cutting magnetic direction 4; Export cutting magnetic direction 3; Cutting magnetic field direction of rotation; Axial axis; Direction of rotation.

The U that the present invention opposes mutually by two uoblique crank Z is to electric energy magnetic guiding loop.

Input 14 input line bags 1 in parallel and 17 input line bags 2 by 1 axial U-shaped magnetic conductor, 8 output line bags 3 in parallel and 9 output line bags 1 and 10 output line the bags 2 and magnetic conductor of U-shaped more than 13 cutting magnetic field jointly to form with 20 input line bags 3 and exchange axial electric energy magnetic guiding loop.

8 output line bag 3 and 9 output line bag 1 and 10 output line bags 2 are connected by 27 central rotating shaft rotary AC; To be connected with 7 output ports 6 by 2 output ports 1 and 3 output ports 2 and 4 output ports 3 and 5 output ports 4 and 6 output ports 5 respectively and to exchange input and export cutting magnetic directions 1 and 23 by 12 and export cutting magnetic directions 2 and 24 and export cutting magnetic direction 4 and 25 and export cutting magnetic direction 3 and export circumgyration incision magnetic field.

The magnetic conductor of U-shaped more than 13 cutting magnetic field input 14 input line bag 1 and 17 input line bag 2 and 20 input line bag 3 magnetic strength electricity in parallel form electric energy magnetic guiding loop by 15 input port 1 and 16 input port 2 and 17 input line bag 2 and 18 input port 3 and 19 input port 4 and 20 input line bag 3 and 21 input port 5 and 22 input port 6 output ACs respectively.

Claims

1., by the axial electric energy magnetic guiding loop of three-phase, it is characterized in that described in claim that three-phase axial electric energy magnetic guiding loop structure comprises: AC input lines bag; Axial U-shaped magnetic conductor; Output port 1; Output port 2; Output port 3; Output port 4; Output port 5; Output port 6; Output line bag 3; Output line bag 1; Output line bag 2; Magnetic conductor exports cutting magnetic field; Export cutting magnetic direction 1; Many U-shapeds magnetic conductor cutting magnetic field inputs; Input line bag 1; Input port 1; Input port 2; Input line bag 2; Input port 3; Input port 4; Input line bag 3; Input port 5; Input port 6; Export cutting magnetic direction 2; Export cutting magnetic direction 4; Export cutting magnetic direction 3; Cutting magnetic field direction of rotation; Axial axis; Direction of rotation;

Input 14 input line bags 1 in parallel and 17 input line bags 2 by 1 axial U-shaped magnetic conductor, 8 output line bags 3 in parallel and 9 output line bags 1 and 10 output line the bags 2 and magnetic conductor of U-shaped more than 13 cutting magnetic field jointly to form with 20 input line bags 3 and exchange axial electric energy magnetic guiding loop;

8 output line bag 3 and 9 output line bag 1 and 10 output line bags 2 are connected by 27 central rotating shaft rotary AC; To be connected with 7 output ports 6 by 2 output ports 1 and 3 output ports 2 and 4 output ports 3 and 5 output ports 4 and 6 output ports 5 respectively and to exchange input and export cutting magnetic directions 1 and 23 by 12 and export cutting magnetic directions 2 and 24 and export cutting magnetic direction 4 and 25 and export cutting magnetic direction 3 and export circumgyration incision magnetic field;