CN105356626A - Ring-I-ring split translational contactless magnetically-controlled power adjusting device - Google Patents

Abstract

The invention discloses a ring-I-ring split translational contactless magnetically-controlled power adjusting device. The ring-I-ring split translational contactless magnetically-controlled power adjusting device is a closed-loop magnetic field formed through coverage of two sets of magnetizers which are oppositely translated. The ring-I-ring split translational contactless magnetically-controlled power adjusting device is composed of a primary coil (1), a ring magnetizer (2), an output ring magnetizer (11), a secondary output coil (10), and an I-shaped magnetizer (7). An external force driving translation direction (8) is an external additional external force driving control system. The primary coil (1) is input through a power input switching port (5) via a power input port (4), and is electrified through a primary input port 1 (3) and a primary coil input port 2 (6). A closed magnetic field is produced through the ring magnetizer (2), the I-shaped magnetizer (7) and the output ring magnetizer (11). The secondary output coil (10) gets the same electric energy which is output via a secondary output port 1 (9) and a secondary output port 2 (12).

Description

Ring I annular split translation contactless control magnetic power regulation device

Technical field

The present invention relates to a kind of contactless magnetic conductor the electric energy conveyer system of multi-field purposes such as to power, particularly relate to a kind of contact area utilizing translation I shape magnetic conductor and annular magnetizer, pass on mutual inductance electric energy and supply the form of magnetic to be applied in the electric equipments such as pressure regulation, light modulation, speed governing, temperature adjustment, Power Regulation and contactless high-precision voltage stabilizing, being called for short " ring I annular split translation contactless control magnetic power regulation device ".

Background technology

Existing electrical equipment middle-end is crossed electricity and is adopted contact carbon brush or resilient contact and electrical modulation to wait electricity, and pick-up current is large, easy to wear, changes frequent; Contact carbon brush or resilient contact and electronic device sintering can not be separated in time; Easily causing whole electrical equipment burn and cause disaster accident, there is noise jamming and frequency shift in electronic device modulation; Contact carbon brush and resilient contact produce contact spark can not apply combustible and explosive area etc.

Summary of the invention

The object of the invention is to provide a kind of with the method for electric magnetisation magnetic strength electroreduction energy for the deficiencies in the prior art, i.e. contactless magnetic conductor coupling magnetic energy.

The problem to be solved in the present invention is: utilize for magnetic mode, and namely the noncontact closed loop of magnetic conductor is for magnetic, reaches the object of magnetic energy conversion power supply; There is provided medical, military, space flight, aviation etc. have high-precision requirement precision instrument, instrument to power supply, checkout equipment, communication navigation base station.

Principle of the present invention: according to the conversion of Mutual Inductance Coupling transformer energy, annular magnetizer elementary line bag input power secondary annular magnetizer in parallel and secondary wire bag, utilize translation I shape magnetic conductor to form closed magnetic field and secondary wire bag obtains identical energy; The magnetic field of translational adjustment I shape magnetic conductor and annular magnetizer coincide the size of area, ratio and power output proportional.

A kind of ring I annular split translation of the present invention contactless control magnetic power regulation device structure comprises: elementary line bag; Annular magnetizer; Primary input port 1; Power input port 2; Input switch port; Primary input port 2; I shape magnetic conductor; External force drives translation direction; Secondary output end mouth 1; Secondary wire bag; Export annular magnetizer; Secondary output end mouth 2.

Accompanying drawing explanation

Fig. 1 is ring I of the present invention annular split translation contactless control magnetic power regulation device structural representation

In figure: 1, elementary line bag; 2, annular magnetizer; 3, primary input port 1; 4, power input port 2; 5, input switch port; 6, primary input port 2; 7, I shape magnetic conductor; 8, external force drives translation direction; 9, secondary output end mouth 1; 10, secondary wire bag; 11, annular magnetizer is exported; 12, secondary output end mouth 2.

Embodiment

Accompanying drawings is as follows:

A kind of ring I annular split translation of the present invention contactless control magnetic power regulation device structure comprises: elementary line bag; Annular magnetizer; Primary input port 1; Power input port 2; Input switch port; Primary input port 2; I shape magnetic conductor; External force drives translation direction; Secondary output end mouth 1; Secondary wire bag; Export annular magnetizer; Secondary output end mouth 2.

The present invention covers by the translation of two groups of magnetic conductors opposition the closed loop magnetic field and ring I annular split translation contactless control magnetic power regulation device that form.

Export annular magnetizer and 10 level output line bags and 7I shape magnetic conductor by 1 elementary line bag and 2 annular magnetizers and 11 and jointly form split translation contactless control magnetic power regulation device.

8 external force drive translation direction to be outer additional external force driving control system.

1 elementary line bag is energized through the elementary line bag input port 2 of 3 primary input port 1 and 6 through the input of 5 power supply input switch ports by 4 power input port respectively; Export annular magnetizer by 2 annular magnetizers and 7I shape magnetic conductor and 11 and produce closed magnetic field; 10 level output line bags obtain identical electric energy and export electric energy by 9 secondary output end mouth 1 and 12 secondary output end mouths 2 respectively.

Claims (1)

1., by a ring I annular split translation contactless control magnetic power regulation device, it is characterized in that described in claim that ring I annular split translation contactless control magnetic power regulation device structure comprises: elementary line bag; Annular magnetizer; Primary input port 1; Power input port 2; Input switch port; Primary input port 2; I shape magnetic conductor; External force drives translation direction; Secondary output end mouth 1; Secondary wire bag; Export annular magnetizer; Secondary output end mouth 2;

The present invention covers by the translation of two groups of magnetic conductors opposition the closed loop magnetic field and ring I annular split translation contactless control magnetic power regulation device that form;

Export annular magnetizer and 10 level output line bags and 7I shape magnetic conductor by 1 elementary line bag and 2 annular magnetizers and 11 and jointly form split translation contactless control magnetic power regulation device;

8 external force drive translation direction to be outer additional external force driving control system;

1 elementary line bag is energized through the elementary line bag input port 2 of 3 primary input port 1 and 6 through the input of 5 power supply input switch ports by 4 power input port respectively; Export annular magnetizer by 2 annular magnetizers and 7I shape magnetic conductor and 11 and produce closed magnetic field; 10 level output line bags obtain identical electric energy and export electric energy by 9 secondary output end mouth 1 and 12 secondary output end mouths 2 respectively.