Machinery that increases power

Abstract

Electricity is used in the designed power-increasing machine [Fig. 1]. If you rotate the electric motor and use the increased power to rotate the generator Since it produces more electricity than is used by the electric motor It will be useful in our daily lives.

Description

Technology Field

[0001] . Background Technology

[0002] . The problem to be solved

[0003] . means of solving the problem

[0004] . Effects of the invention

[0005] . Brief explanation of the drawing

[0006] . Specific details for implementing the invention

[0007] In [Fig. 2]

[0008] The mechanical key (K1) is in the mechanical keyway of the gear (G1) and the mechanical keyway of the shaft (C1).

[0009] The inner diameters of the bearings (B1 and B2) are on both sides of the mechanical key (K1) of the shaft (C1).

[0010] The outer diameter of the bearing (B2) is in the bearing hole of the mounting frame (T2).

[0011] The outer diameter of the bearing (B1) is mounted so as to be in the bearing hole of the mounting frame (T1).

[0012] The mechanical key (K2) is in the mechanical keyway of the gear (G2) and the mechanical keyway of the shaft (C2).

[0013] The inner diameters of the bearings (B3 and B4) are on both sides of the mechanical key (K2) of the shaft (C2).

[0014] The outer diameter of the bearing (B4) is in the bearing hole of the mounting frame (T4).

[0015] The outer diameter of the bearing (B3) is in the bearing hole of the mounting frame (T3).

[0016] The mechanical key (K3) is in the mechanical keyway of the gear (G3) and the mechanical keyway of the shaft (C2).

[0017] Gear (G1) and gear (G2) are mounted in a mounting frame so that their gear teeth mesh and rotate.

[0018] The mechanical key (K4) is positioned in the mechanical keyway of the gear (G4) and the mechanical keyway of the shaft (C3).

[0019] Gear (G1) and gear (G4) are mounted in a mounting frame so that the gear teeth mesh and rotate.

[0020] The center distance of the two gears (G1 and G4) and the center distance of the two gears (G1 and G2) are the same.

[0021] [Fig. 1] shows the two gears (G1 and G4) with their centers leveled horizontally.

[0022] The number of teeth on the gears (G2, G3, G4) is the same, and the gears and the mounting frame are prevented from rubbing against each other.

[0023] In [Fig. 1]

[0024] When the electric motor (M) rotates by electricity, it is engaged with the gear (G1).

[0025] Let D be the power of the gear (G4), and the power of the gear (G2) increase

[0026] When the power multiplier is P, the two centers of gears (G1, G4) and the center of gear (G2)

[0027] Excluding places where power does not increase, such as when on the horizontal

[0028] A gear (G2) is installed at a location where the power increases as D*P (P>1).

[0029] When the generator is turned, more electricity is produced than the electricity used by the electric motor (M).

[0030] It is a machine that increases the power that can be produced. Explanation of the symbols

[0031] Mounting Frames: T1, T2, T3, T4 Gears: G1, G2, G3, G4 Bearings: B1, B2, B3, B4 Axis: C1, C2, C3 Machine Keys: K1, K2, K3, K4 Electric Motor: M

Claims

Claim 1 As explained in [Fig. 2], when the electric motor (M) rotates by electricity in [Fig. 1] equipped with a machine, if the power of the gear (G2) is installed such that it becomes D*P (P>1), the power of the gear (G2) increases compared to the power of the gear (G4) that is meshed with the gear (G1).

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