CN205791856U

CN205791856U - Improve energy-saving electromotor

Info

Publication number: CN205791856U
Application number: CN201620676773.6U
Authority: CN
Inventors: 杨联敬
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-06-30
Filing date: 2016-06-30
Publication date: 2016-12-07
Anticipated expiration: 2026-06-30

Abstract

The energy-saving electromotor of a kind of improvement, including: a hollow housing, a stator and a rotor；During wherein this housing is located at by this stator, this rotor is located in this stator, it is permanent magnet rotor, during enforcement, this stator is stacked into type by plastic plate processing cylinder included wiring hole slot, coil then at the wiring hole slot without magnetic attraction plastic cylinder and constituted, or do pedestal with rigid plastics hollow cylinder, then individual coil assembling is fixed on hollow cylinder and forms stator；Whereby, can be by the design of the stator without magnetic attraction plastic material, the magnetic attraction making electromotor significantly alleviates, and makes the power (such as: the power of AC and DC motor, engine power or other power) of this generator operation of driving be not required to too big, this generator operation can be driven to generate electricity.

Description

Improve energy-saving electromotor

Technical field

This utility model relates to the energy-saving electromotor of a kind of improvement, and the magnetic attraction force particularly to a kind of electromotor significantly subtracts Light electromotor.

Background technology

Electromotor be utilize various power (such as waterpower, wind-force, firepower, machine power ... etc.), make rotor (magnetic pole) fixed Son (coil) center rotating；When rotor (magnetic pole) rotates simultaneously, produce magnetic force line cutting in the middle of stator (coil), make at stator (coil) wire produces electromotive force (voltage), and then output utilizes and produces electric current；Electromotor is to use magnetic force line cutting sensing former Reason, is converted into the device of electric energy by power institute work；In short, electromotor is a kind of device kinetic energy being changed into electric energy.

But, the stator of the electromotor of general conventional commercial, by stalloy punching press wire slotted eye and inside and outside circle, storehouse adds Work becomes cylindrical shape, constitutes stator (coil) then at cylindric stator conductor slotted eye around upper many group wires.Rotor is then by axle The heart and stalloy stamp, storehouse are then around upper conductor, and additionally configuration conducting ring assembles, and when rotated, power supply is through carbon brush Import conducting ring and be energized to rotor coil, allow rotor produce electromagnetic field and stator and produce magnetic force line cutting and continuous running generating； But, the stator of general existing electromotor, stalloy stamp assemble, because stalloy magnetic attraction is heavier, cause this existing Some generator loadings need bigger power, and this existing generator operation can be driven to generate electricity.

Utility model content

In view of this, the present inventor this in being engaged in manufacturing development and the design experiences of Related product for many years, for above-mentioned Target, designs after assessing with discretion in detail, obtains a this utility model really with practicality eventually.

Main purpose of the present utility model, is that providing a kind of improves energy-saving electromotor, makes the magnetic attraction force of electromotor Significantly alleviate, make the power (such as: the power of AC and DC motor, the power of engine or other power) of this generator operation of driving It is not required to too big and can generate electricity.

For reaching above-mentioned purpose, the energy-saving electromotor of improvement of the present utility model, its specifically include that a hollow housing, one Stator and a rotor；During wherein this stator pack stands on this housing, this rotor is located in this stator, and it is permanent magnet rotor；

First preferred embodiment, this stator is stacked into type, then at without magnetic by plastic plate processing cylinder included wiring hole slot The wiring hole slot of power plastic cylinder coils and is constituted;

Second preferred embodiment, this stator also can do pedestal with rigid plastics hollow cylinder, is then assembled by individual coil Constituted on being fixed on around hollow cylinder;

During enforcement, the indivedual remittance abroad electric current of above-mentioned coil (or coil groups)；It it is many groups coil (or the line that will be located on stator Circle group) the indivedual remittance abroad of the end of a thread, rotor forms many group electric current output when rotating.Then indivedual output lead joints are connected to On panel, be connected to commutator, rectified after serial or parallel connection again, reconnect inverter controller and sinusoidal wave electricity can be provided Source exports.

Whereby, by the design of the stator without magnetic attraction plastic material, make the magnetic attraction force of electromotor significantly alleviate, make to drive The power of this generator operation dynamic, (such as: the power of AC and DC motor, the power of engine or other power) is not required to too big, This generator operation is driven to generate electricity, as with electrical energy drive motor own, 5% ~ 100% electricity not waited can be had more and makes for output With.

Accompanying drawing explanation

Fig. 1 is the generalized section of the energy-saving electromotor of improvement of the present utility model.

Fig. 2 is the axonometric chart of this utility model first embodiment stator cylinder.

Fig. 3 is the combination view of this utility model first embodiment stator.

Fig. 4 is the composition schematic diagram of this utility model the second embodiment stator.

Fig. 5 is the plane graph of this utility model single coil groups of the second embodiment.

Fig. 6 is the wiring schematic diagram of the energy-saving electromotor of improvement of the present utility model.

Fig. 7 is the application illustration of the energy-saving electromotor of improvement of the present utility model.

Description of reference numerals

10 ... electromotor 11 ... housing 12 ... stator 13 ... rotor 120 ... cylinder

121 ... wiring hole slot

122 ... coil 123 ... coil groups

125 ... cylinder 31 ... d.c. motor 32 ... load 33 ... storage battery 311 ... alternating current motor 34 ... Transformer Rectifier Device.

Detailed description of the invention

Your for ease of auditor the purpose of this utility model, shape, constructing apparatus feature and effect thereof can be done and more entered one The understanding of step and understanding, now coordinate accompanying drawing for embodiment, describe in detail as follows: this utility model provides energy-saving of one improvement Motor, refers to shown in Fig. 1-6, the energy-saving electromotor of improvement of the present utility model, and its electromotor 10 specifically includes that a hollow shell Body 11, one stator 12, rotor 13 and an end cap.

Wherein, this housing 11 is in hollow tube-shape, and this stator 12 groups stands in this housing 11, and this stator 12 is located at by this rotor 13 In, it is permanent magnet rotor;

As shown in Figure 2 and Figure 3, this utility model first embodiment, wherein this stator 12 is by plastic plate processing cylinder 120 Attached wiring hole slot 121 storehouse molding, coils 122 then at the wiring hole slot 121 without magnetic attraction plastic cylinder 120 and is constituted;

As shown in Figure 4, Figure 5, this utility model the second embodiment, this stator 12 is to make of rigid plastics hollow cylinder 125 Pedestal, then assembles individual coil group 123 one by one and is fixed on around hollow cylinder 125 and forms stator 12;

As shown in Figure 6, during enforcement, the indivedual remittance abroad electric current of above-mentioned coil 122 (or coil groups 123)；It is to be located at stator The indivedual remittance abroad of the end of a thread of the many groups coil 122 (or coil groups 123) on 12, rotor 13 forms many group electric current output when rotating. Then indivedual output lead joints are connected to (not shown) on panel, are connected to rectification module, rectified after connect again Or in parallel, reconnecting inverter controller can provide sine-wave power to export.

By the composition of above-mentioned component, make exterior power (such as: the power of AC and DC motor, the power of engine or other move Power) this rotor 13 can be driven to rotate in this stator 12, make this rotor 13 produce the magnetic line of force with coil 122 (or coil groups 123) Cut and produce electromotive force sensing (electric current) and generate electricity.

By the design of the light stator 12 without magnetic attraction plastic material of load capacity, the magnetic attraction of electromotor 10 is made significantly to subtract Gently, the power (such as: the power of AC and DC motor, the power of engine or other power) making this electromotor 10 of driving operate is not required to Too big, the operating generating of this electromotor 10 can be driven.

Referring again to shown in Fig. 1, this electromotor 10 can be a direct current (DC) electromotor or exchange (AC) electromotor, can This electromotor 10 of wind-force, waterpower, AC and DC motor, engine power or other power drives is utilized to operate and produce generating.

Refer to shown in Fig. 7, this electromotor 10 can with always, alternating current motor 31,311 connect, alternating current motor straight by this 31,311 the operating generating of this electromotor 10 is driven.

Now this electromotor 10 power cycles symbiosis is described, as shown in Figure 6, a storage battery 33 is stored up full electricity in advance There is provided and give the driving power supply of a d.c. motor 31 and circulating generation.

Point three loop A, B, C after the generating of this electromotor 10, wherein A loop be shown as lead to a vertoro 34 and to Storage battery 33 provides the power supply of storage electricity.

B loop provides the electricity of A loop storage battery 33 remaining 5% ~ 100% not grade for the energy-saving electromotor of this improvement 10, Output is for the load 32 of a commercialization.

C loop is directly provided this alternating current motor 311 power supply for the energy-saving electromotor of this improvement 10 by this vertoro 34 Drive this electromotor 10.

By detailed description above, those skilled in the art can be made to understand, and this utility model is really up to one-tenth object defined above, reality To meet the regulation of Patent Law, patent application is proposed hereby.But the above, preferred embodiment the most of the present utility model and , it is impossible to limit, with this, the scope that this utility model is implemented；Therefore, all made according to claim of the present utility model and description Simple equivalence change with modify, all should still fall within protection domain of the present utility model.

Claims

1. improve energy-saving electromotor for one kind, it is characterised in that including:

One hollow housing；

One stator, is stacked into type, then at the routing hole without magnetic attraction plastic cylinder by plastic plate processing cylinder included wiring hole slot Groove coils and is constituted；And

One rotor, is located in this stator, and it is permanent magnet rotor；

Wherein, by the design of the stator without magnetic attraction plastic material, make the magnetic attraction of electromotor significantly alleviate, make driving this The power of motor rotation is not required to too much, and this generator operation can be driven to generate electricity.

2. the energy-saving electromotor of improvement as claimed in claim 1, the power wherein driving this generator operation is wind-force, water Power, the power of AC and DC motor or the power of engine.

3. the energy-saving electromotor of improvement as claimed in claim 1, wherein this electromotor is a DC generator or an exchange Motor.

4. improvement energy-saving electromotor, wherein the coil indivedual remittance abroad electric current on this stator as claimed in claim 1；With many groups The indivedual remittance abroad of the end of a thread of coil, rotor forms many group electric current output when rotating, and indivedual output lead joint is connected to panel On, be connected to commutator, rectified after serial or parallel connection again, reconnect inverter controller to provide sine-wave power output.

5. improve energy-saving electromotor for one kind, it is characterised in that including:

One hollow housing；

One stator, does pedestal with rigid plastics hollow cylinder, then individual coil assembling is fixed on around hollow cylinder institute's structure Become；And

One rotor, is located in this stator, and it is permanent magnet rotor；

6. the energy-saving electromotor of improvement as claimed in claim 5, the power wherein driving this generator operation is wind-force, water Power, the power of AC and DC motor or the power of engine.

7. the energy-saving electromotor of improvement as claimed in claim 5, wherein this electromotor is a DC generator or an exchange Motor.

8. improvement energy-saving electromotor, wherein the coil groups indivedual remittance abroad electric current on this stator as claimed in claim 5；With many The indivedual remittance abroad of the end of a thread of individual coil groups, rotor forms many group electric current output when rotating, and indivedual output lead joint is connected to control In making sheet, be connected to commutator, rectified after serial or parallel connection again, reconnect inverter controller to provide sine-wave power defeated Go out.