Extended generator

Abstract

An extended generator or equipment is characterized in that a hub rotating outer cover is changed to be provided with an inner gear ring, an upper embedded generator armature or rotor rotates clockwise to drive a gear on a support meshed and fixed on a shaft to rotate clockwise, and then a rotor or armature meshed and fixed outside the shaft and provided with an outer gear pipe is driven to rotate anticlockwise; magnets are added to armature iron cores to improve the magnetic permeability of the iron cores, then a rotor is changed into a single monopole magnet in a region corresponding to the armatures, each armature is cut into a plurality of alternating magnetic pole regions (excitation regions) or each magnetic pole region (excitation region) is alternately cut by a plurality of armatures, and the cutting magnetic induction line areas are orderly and multiply superposed in a digital combination mode. The induced electromotive force is multiplied, so that the outward output power is multiple times of the generating capacity of the same armature and magnetic field area, more armatures or magnetic poles are shared and expanded, the size is multiplied, the power is unchanged or the size of the generator is multiplied, and the manufacturing cost of the generator is saved.

Description

Technical Field

[0001] This case involves the fields of mechanics, magnetic energy, and electrical energy, specifically an extended generator or device. Background Art

[0002] The driving wheel of the market prime mover and the driven load are at the same speed, resulting in excessive energy loss in the rotating and fixed parts of the prime mover due to single speed and high speed. The expansion generator changes the hub rotating outer cover into an inner gear ring with an embedded generator armature or rotor to rotate clockwise, driving the gears on the bracket that are meshed and fixed on the shaft to rotate clockwise, and driving the rotor or armature that is meshed and fixed on the shaft with an external gear tube to rotate counterclockwise; it realizes the common expansion of more armatures or magnetic poles, so that the volume is reduced by multiples while the power remains unchanged, or the power is increased by multiples while the volume of the generator remains unchanged, saving the manufacturing cost of the generator. Of course, multiple unit combinations can be designed according to the operating rules of the generator through calculation, which can be widely used in hub prime mover driven power generation equipment such as hydropower generation, wind power generation, thermal power generation and nuclear power. Summary of the invention

[0003] An extended generator or device is characterized in that: the rotating outer cover of the hub is changed into an armature or rotor with an inner gear ring and an embedded generator armature or rotor to rotate clockwise, driving the gear on the bracket meshing and fixed on the shaft to rotate clockwise, and then driving the rotor or armature meshing and fixed on the outside of the shaft with an external gear tube to rotate counterclockwise; magnets are added to the armature core to increase the magnetic permeability of the core, and then the rotor is changed into a single monopole magnet corresponding to the armature area, so that each armature cuts multiple alternating magnetic pole areas (excitation areas) or each magnetic pole area (excitation area) is alternately cut by multiple armatures, and the cut magnetic flux lines are sequentially multiplied in digital combination, and the induced electromotive force is multiplied, so the output power is several times the power generation of the same armature and magnetic field area, so that more armatures or magnetic poles can be shared and expanded, so that the volume is reduced by multiples while the power remains unchanged, or the power is increased by multiples while the volume of the generator remains unchanged, saving the manufacturing cost of the generator. BRIEF DESCRIPTION OF THE DRAWINGS

[0004] Figure 1 It is a visual representation of an extended generator main structure.

[0005] Figure 2 It is a front view of an extended generator hub rotating outer cover (with an inner gear ring).

[0006] Figure 3 It is a rear view of the rotating outer cover (with inner gear ring) of the extended generator hub.

[0007] Figure 4 It is a cross-sectional view of an extended generator hub rotating outer cover (with an inner gear ring).

[0008] Figure 5It is an extended generator armature winding diagram.

[0009] Figure 6 It is a front view of a permanent magnet (with an external tooth tube) in the segmented area of ​​an extended generator rotor.

[0010] Figure 7 It is a rear view of the permanent magnet (with external tooth tube) in the expanded generator rotor segment area.

[0011] Figure 8 It is a cross-sectional view of a permanent magnet (with an external toothed tube) in the segmented area of ​​an extended generator rotor.

[0012] Fig. 9 The invention discloses a bracket for fixing an extended generator on a shaft, and a front view of the bracket for fixing the extended generator on a shaft.

[0013] Fig.10 It is a left view of the bracket that fixes the extended generator to the shaft.

[0014] The components in the accompanying drawings are marked as follows: 1, 2, 3, 4, 5, 6, 7, 8, 9.

[0015] Icon Description: 1 Hub rotating outer cover (with inner gear ring) Figure 2 , Figure 3 , Figure 4 , 2 fixing screws, 3 permanent magnets in the generator rotor lamination area (with external tooth tube) Figure 6 , Figure 7 , Figure 8 , 4 The number of phases in the continuous region of the generator armature is an even number Figure 5 , 5 collector ring, 6 collector ring edge layer, 7 ordinary gear tube, 8 with shaft base, 9 bracket fixed on the shaft Fig. 9 , Fig.10 .

[0016] An extended generator or device is innovatively designed in terms of structure and other aspects as a whole, and can output power several times the power generated by the same armature, realize a shared armature or shared magnetic pole, and achieve a multiple reduction in volume while maintaining the same power generation, thereby saving the manufacturing cost of the generator. The detailed structure of an embodiment of the present invention is described below.

[0017] The generator armature 4 is embedded in the outer cover 1 and connected and fixed.

[0018] The driven gear tube 7 and the generator rotor (with external gear tube) 3 are connected and fixed together with the embedded bearing.

[0019] The generator armature has an even number of phases in the continuous area 4 and is embedded in the hub rotating outer cover (with inner gear ring) 2. The ordinary gear is fixed to the shaft and the bracket and meshes with the gear (external gear) 7 and is arranged between the driving gear and the driven gear tube 7. The driven gear tube 7 is fixed on the permanent magnet (with outer gear tube) 3 in the generator rotor sheet area, and has an embedded bearing and is arranged on the shaft base 8. The ordinary gear steering gear bracket 7 is fixed on the bracket on the shaft base 8.

[0020] The collector ring 5 is arranged on the rotating outer cover of the hub (with an inner gear ring) or the generator armature 4, the carbon rod conduit fixed with the shaft base 8 is arranged on the shaft base 8, and the conductive carbon rod is arranged in the carbon rod conduit with the shaft base 8.

[0021] The power generation principle of an extended generator or device is: the hub rotates the outer cover (with an inner gear ring) through the gears, so that each armature cuts multiple alternating magnetic pole areas (excitation areas) or each magnetic pole area (excitation area) is alternately cut by multiple armatures, and the cut magnetic flux lines are superimposed in an orderly multiplied manner in a digital combination, and the induced electromotive force increases exponentially, so the outward output power is several times the power generation of the same armature and magnetic field area, so that more armatures or magnetic poles can be shared and expanded, so that the volume is reduced by a multiple while the power remains unchanged, or the power is increased by a multiple while the volume of the generator remains unchanged, thereby saving the manufacturing cost of the generator.

Claims

1. An expansion generator or device characterized by: The rotating outer cover of the hub is changed to an inner gear ring with an embedded generator armature or rotor to rotate clockwise, driving the gear on the bracket that is meshed and fixed on the shaft to rotate clockwise, and then driving the rotor or armature that is meshed and fixed on the outside of the shaft with an external gear tube to rotate counterclockwise; magnets are added to the armature core to increase the magnetic permeability of the core, and then the rotor is changed to a single monopole magnet corresponding to the armature area, so that each armature cuts multiple alternating magnetic pole areas (excitation areas) or each magnetic pole area (excitation area) is alternately cut by multiple armatures, and the cut magnetic flux lines are sequentially multiplied in digital combination, and the induced electromotive force is multiplied, so the output power is several times the power generation of the same armature and magnetic field area, so that more armatures or magnetic poles can be shared and expanded, so that the volume is reduced by multiples while the power remains unchanged, or the power is increased by multiples while the volume of the generator remains unchanged, saving the manufacturing cost of the generator.

2. A structure for expanding a generator or device, characterized in that: The wheel hub rotating outer cover (with an inner gear ring), the generator rotor sheet area permanent magnet (with an outer gear tube), the generator armature continuous area with an even number of phases, the shaft base, the collector ring, the collector ring edge layer, and the ordinary gear are composed of the generator armature continuous area with an even number of phases, which is composed of coils and silicon steel. The generator rotor is composed of a bracket with an outer gear tube, a sheet area permanent magnet or coil, and silicon steel. The generator rotor is hollow and has an embedded bearing. The wheel hub drive is coaxial with the generator common base. The generator rotor (with an outer gear tube) is arranged in the wheel hub rotating outer cover (with an inner gear ring), and the generator armature is embedded in the wheel hub rotating outer cover (with an inner gear ring) and connected together.

3. A structure for extending the power transmission of a generator or equipment, characterized in that: The power transmission structure is composed of conductive carbon rods and carbon rod conduits. The collector ring and collector ring edge layer are arranged on the generator armature or the hub rotating outer cover (with inner gear ring), the carbon rod conduit is arranged on the shaft base, and the conductive carbon rod is arranged in the carbon rod conduit.

4. According to the extended generator or equipment described in claims 1, 2, and 3: the armature winding in the attached figure of the specification is only a schematic diagram of the primary unit of the armature. Multiple unit combinations can be designed by calculation according to the operating rules of the generator, and can be widely used in hub prime mover driven power generation equipment such as hydropower generation, thermal power generation, and wind power generation.

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