CN102684562A

CN102684562A - Magnetomotive rotary power source

Info

Publication number: CN102684562A
Application number: CN2012101170937A
Authority: CN
Inventors: 颜文堂
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-07-26
Filing date: 2012-04-19
Publication date: 2012-09-19
Also published as: TW201305440A

Abstract

The invention relates to a magnetomotive rotary power source, which can provide rotary power without consuming electric power or fuel, and is characterized in that two rotating shafts are arranged in parallel in a shell, each rotating shaft is respectively penetrated with a gear, the two gears have the same diameter and are mutually meshed, the edge of each gear is fixedly provided with a permanent magnet, the two magnets are positioned on the gears in a specific angle relationship, the magnetic poles at the outer ends of the two magnets are homopolar and can generate repulsive force, when one gear is rotated to enable the two magnets to approach, the two gears continue to rotate under the repulsive force action of the two magnets, the two gears rotate for one circle respectively until the next magnet approaches, and then rotate again under the repulsive force, and the two gears can continuously rotate to generate rotary power in the same cycle.

Description

The magnetomotive rotating power source

Technical field

The present invention system refers to a kind of dynamic power machine that does not have power consumption especially for a kind of rotating power machinery.

Background technology

Be environmental protection demand in response to carbon reduction; Various green can science and technology constantly innovations and development; Various low power consumings or the product that does not have a power consumption occur on market in succession, greenly can mainly include underground heat, wind-force, solar energy, tidewater and wave equal energy source, but magnetic force also is zero-emission carbon and the energy that does not have power consumption; It is the energy that effectiveness is really never arranged, and is unfortunate very.

Rotating power source is very general in the utilization of every field, and the rotating power source of convention is nothing more than motor and engine, and the former needs power consumption; The latter need consume oil, equally all must convert mechanical energy again into by consumed energy, except that wind-driven generator; Not seeing as yet on the market at present has the rotating power source of not having power consumption fully, but wind-driven generator need be dependent on unsettled wind-force, is difficult to control its rotating speed; And can't receive great restriction on the purposes in indoor use.

Summary of the invention

Main purpose of the present invention ties up to provides a kind of magnetomotive rotating power source, and it utilizes magnetic force to provide continuously and stable rotation power, and need not consuming any energy source, can use as power motor or generator.

For achieving the above object, magnetomotive rotating power source of the present invention does not need consumes electric power or fuel that rotary power can be provided; Lie in two rotating shafts that laterally arrange in the housing, each rotating shaft wears a gear respectively, and the diameter of this two gear is identical and be meshing with each other; The edge of each gear is installed with a permanent magnet, and this two magnet position on gear is tied to form specific angular relationship, and the magnetic pole of its outboard end system can produce repulsion for homopolarity; When the rotation wherein a gear and make two magnet near the time; Two gears promptly continue rotation because of the repulsion effect of two magnet, each autorotation one circle of two gears extremely next magnet near the time, rotate once more because of magnetic repulsion force more again; So go round and begin again, two gears can rotate continuously and produce rotary power.

Description of drawings

Fig. 1 is the side cutaway view of the first embodiment of the present invention.

Fig. 2 is the gear position of rotation graph of a relation of the first embodiment of the present invention.

Fig. 3 is the side cutaway view of the second embodiment of the present invention.

Fig. 4 is the top view of the third embodiment of the present invention.

Wherein:

1, housing;

2A, 2B, 2C, 2D, bearing;

3, first rotating shaft;

4, second rotating shaft;

5, first gear;

6, second gear;

51,53,61,63, permanent magnet;

60, framework;

7, starting drive;

8, brake gear.

Embodiment

Existing with regard to structure of the present invention and characteristic, conjunction with figs. specifies as follows.

At first as shown in Figure 1, it is the end view for the first embodiment of the present invention, can find out; Magnetomotive rotating power source of the present invention lies in laterally arrange in the rectangular case 1 one first rotating shaft 3 and one second rotating shaft 4, and this two rotating shaft 3,4 is by bearing 2A; 2B, 2C, 2D and rotating are fixedly arranged on two corresponding sides of housing 1; This bearing 2A, 2B, 2C; 2D can be the bearing of ball bearing or other low rolling friction, and wherein an end of first rotating shaft 3 is piercing in outside the housing 1, with the output shaft as rotary power.

First rotating shaft 3 and second rotating shaft 4 wear one first gear 5 and second gear 6 respectively, and the diameter of this two

gear

5,6 is identical; And be meshing with each other, thus can unequal angular velocity and the linear velocity rotation, set firmly one first permanent magnet 51 and second permanent magnet 61 on the card of this first gear 5 and second gear 6 respectively; This two permanent magnet 51; 61 positions on

gear

5,6 are tied to form specific angular relationship (holding the back details), and the magnetic pole of outboard end system is homopolarity; Promptly be all the South Pole or the arctic, so that the two produces repulsion.In second gear, the 6 other starting drives 7 of establishing, it can be manually or electric operating in addition, and it is can drive second gear 6 initially to rotate; And have clutch,,

gear

5,6 beginnings can break away from engagement after turning round voluntarily with second gear 6; Starter or starting bar as locomotive are general; Certainly, this starting drive 7 also can be arranged at first gear, 5 places, starts with first gear 5.

As shown in Figure 2 again, it is the relative position relation when illustrating two

permanent magnets

51,61 with 5,6 rotations of two gears; The configuration of this two

permanent magnet

51,61 shown in A among Fig. 2, is to be that first permanent magnet 51 slightly arrives two gears 5 early than second permanent magnet 61; 6 meshing point, its differential seat angle about 5 degree to the scope of 15 degree, when driving second gear 6 with starting drive 7 and turn to the position shown in A among Fig. 2, two permanent magnets 51; 61 repulsion will be had an effect, and first gear 5 will be promoted and rotate in a counter-clockwise direction by repulsion, rotate in a clockwise direction and the rotation of first gear 5 can drive second gear 6, promptly shown in C among B among Fig. 2 and Fig. 2; And in Fig. 2 under the state shown in the C, the repulsion that two permanent magnets are 51,61 is because of excessive disappearance of distance, but under the cooperation of the low frictional resistance of bearing 2A-2D; Two

gears

5,6 still can continue rotation by effect of inertia, when the position that turns to again shown in A among Fig. 2, can promote rotation again by repulsion; Go round and begin again with this, circulation is more than, because of the diameter of two

gears

5,6 identical; And with gear teeth meshing, thus its in rotating continuously, two permanent magnets 51; 61 will keep identical position relation forever, so the running that can keep two

gears

5,6 endlessly.

As shown in Figure 3 again, it is the end view for the second embodiment of the present invention, in this embodiment; Its basic framework is still identical with above-mentioned first embodiment, only on second gear 6, sets up a framework 60, and this framework 60 can be cross or cup-shaped; Second permanent magnet 61 is removable being fixedly arranged on this framework 60, and can on this framework 60, adjust height and position, by this to change two permanent magnets 51; 61 repulsion intensity, and then adjustment rotating speed.And, also can set up a balancing weight 52 on

gear

5,6 cards or on the framework 60 in the bigger occasion of

permanent magnet

51,61 weight; 62, with the weight of

balance gear

5,6, avoid rotating shaft 3; 4 load is unequal, also can improve moment of inertia simultaneously, makes running more smooth and easy stable.Moreover because the present invention is mat magnetic force and autonomous running, also visual actual needs and set up a brake gear 8 is with the function that provides the user can shut down at any time.

In addition, for the rotating speed that makes

gear

5,6 more stable, also can the corresponding quantity that increases

permanent magnet

51,61, the 3rd embodiment as shown in Figure 4 is each

gear

5,6 two

permanent magnets

51,53 is set respectively; 61,63 configuration status, two

permanent magnets

51,53 on each

gear

5,6; 61,63 are tied to form radial arrangement (promptly differing 180 degree angles), so configuration can make

gear

5,6 every Rotate 180 degree promptly once repulsion promote, in the hope of stable rotating speed more.

The present invention can continue running automatically forever because of mat magnetic force, and need not consuming any energy source, and its range of application is very extensive; Can connect generators by first rotating shaft 3 of protrusion generating electricity, or connect flabellum with as fan, or connect ornaments; With as rotation pendulum decorations or the like, numerous.

In sum, be to be the specifying of preferred embodiment of the present invention, non-in order to limit to claim of the present invention, the equivalent transformation that other uses patent spirit of the present invention to do is in the claim that all subordinate states.

Claims

1. magnetomotive rotating power source is to comprise:

One housing;

Two rotating shafts are to be set in parallel in this housing;

Two gears are to be sheathed on respectively in this two rotating shaft, and the diameter of this two gear is identical, and is meshing with each other, can unequal angular velocity and the linear velocity rotation;

Two permanent magnets are fixedly arranged on respectively on the card of this two gear, and this two permanent magnets position on gear is tied to form specific angular relationship, and the magnetic pole of outboard end system is homopolarity.

2. magnetomotive rotating power source as claimed in claim 1 is characterized in that: comprising a starting drive, is to be located at by the place of said two gears, can drive this gear and initially rotate.

3. magnetomotive rotating power source as claimed in claim 2 is characterized in that: said starting drive more comprises a clutch, after gear begins to turn round voluntarily, can break away from and gear meshing.

4. magnetomotive rotating power source as claimed in claim 1 is characterized in that: in said two permanent magnets, wherein permanent magnet system slightly arrives the meshing point between two gears early than another permanent magnet.

5. magnetomotive rotating power source as claimed in claim 4 is characterized in that: said two permanent magnets arrive the differential seat angle of meshing point and spend to the scope of 15 degree about 5.

6. magnetomotive rotating power source as claimed in claim 1 is characterized in that: said two rotating shafts system is respectively by bearing on rotating two corresponding sides that are fixedly arranged on housing.

7. magnetomotive rotating power source as claimed in claim 1 is characterized in that: wherein an end of at least one rotating shaft is piercing in outside the housing.

8. magnetomotive rotating power source as claimed in claim 1 is characterized in that: wherein set up a framework on the gear, the permanent magnet system of this gear movably is fixedly arranged on this framework, and can on this framework, adjust height and position.

9. magnetomotive rotating power source as claimed in claim 8 is characterized in that: have additional a balancing weight on the said framework, with the weight of balance gear.

10. magnetomotive rotating power source as claimed in claim 1 is characterized in that: have additional a balancing weight on said two gears.

11. magnetomotive rotating power source as claimed in claim 1 is characterized in that: including a brake gear, is a place that is located at said two gears or two rotating shafts.