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Rotor engine with magnetic boosting

A rotary engine, boosting technology, applied in the direction of rotary piston engine, rotary or oscillating piston engine, combustion engine, etc., can solve the problems of large noise and vibration, inability to generate force in the same direction, etc., to reduce vibration and noise, Balanced torque, smooth rotation effect

Inactive Publication Date: 2007-10-03
陈维加
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Although the scissor structure has a four-stroke process, the force generated after ignition will cause the left and right blades to move in two opposite directions. Although the blades have a certain inertia, the two blades cannot produce the same direction when they act on the same output shaft. Therefore, it is impossible for the left and right blades of the engine to maintain normal rotation in the same direction, and it is also impossible for the kinetic energy generated by fuel to directly change into rotational kinetic energy.
[0004] In order to overcome the above shortcomings, the applicant previously applied for a rotary engine with a booster flywheel, but after further research, it was found that if the booster flywheel is directly hard-connected to the gear transmission mechanism, it is easy to generate relatively large noise and vibration

Method used

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  • Rotor engine with magnetic boosting
  • Rotor engine with magnetic boosting
  • Rotor engine with magnetic boosting

Examples

Experimental program
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Effect test

Embodiment 1

[0025] Embodiment 1: As shown in Fig. 2 and Fig. 5, a rotary motor with magnetic force boosting includes a rotary motor 10, the rotary motor 10 drives a power output device 2 through a transmission device 1, and the two rotors 4 of the rotary motor 10 The output shafts 5 and 51 of 41 and 41 are respectively equipped with a transmission device 1 and a booster device 3. The booster device 3 includes a booster flywheel 6, an induction wheel 14 connected inductively with the booster flywheel 6, and the induction wheel 14 is arranged on the rotor. On the output shaft; the transmission device 1 is a one-stage or multi-stage gear transmission mechanism, and the last-stage passive transmission shaft 71 of the two transmission devices 1 is coaxially arranged and an output flywheel 9 is coaxially provided.

Embodiment 2

[0026] Embodiment 2: As shown in Fig. 3 and Fig. 6, a rotary motor with magnetic force boosting includes a rotary motor 10, and a transmission device 1 is respectively installed on the output shafts 5 and 51 of the two rotors 4 and 41 of the rotary motor , the transmission device 1 includes a driving gear 81, two driven gears 82 meshing with the driving gear 81 respectively, and the two driven gears 82 drive the booster device 3 and the power take-off device 2 respectively; the booster device 3 includes a booster flywheel 6, and a booster The induction wheel 14 that pushes the flywheel 6 is inductively connected, and the induction wheel 14 is arranged on the last stage of the passive transmission shaft 7 of the transmission device 1; one of the induction wheel 14 and the booster flywheel 6 is a magnetic body, and the other is a magnetizer, and the induction wheel 14 and the booster flywheel 6 are connected by magnetic induction; the other two driven transmission shafts 71 of th...

Embodiment 3

[0027] Embodiment 3: As shown in Fig. 4 and Fig. 7, a rotary motor with magnetic boosting includes a rotary motor 10, and a transmission device 1 is respectively installed on the output shafts 5 and 51 of the two rotors 4 and 41 of the rotary motor , the transmission device 1 includes two sets of coaxial first-stage gear transmission mechanisms 83 and 84 respectively, and the two sets of coaxial first-stage gear transmission mechanisms 83 and 84 respectively drive the booster device 3 and the power take-off device 2; the booster device 3 includes The booster flywheel 6, the induction wheel 14 connected inductively with the booster flywheel 6, the induction wheel 14 is arranged on the last stage passive transmission shaft 7 of the transmission device 1; one of the induction wheel 14 and the booster flywheel 6 is a magnetic body, and the other One is a magnet guide, and the induction wheel 14 and the booster flywheel 6 are magnetically connected; the other two driven transmission...

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Abstract

The rotor engine with magnetic boosting includes one rotor engine, one driving device for the rotor engine to drive one power output device, and one boosting device driven by the rotor engine. The present invention adopts boosting flywheel to counteract the resistance to the back assisting wheel alternately for the two rotors to rotate in the same direction and reduces the vibration and noise during operation.

Description

technical field [0001] The invention relates to a rotary motor with magnetic boost. Background technique [0002] Since the 1950s and 1960s, someone has proposed a scissor motion engine in which two rotors placed alternately rotate concentrically with the rotor shaft in a cylindrical cavity, such as US patents 3144007, 3356079, 4068985, 2734489 , Chinese patent 91201678 etc., there are many similar patents published later. But all the inventions in the past have never heard the information of any engine running successfully on this principle. Analyzing these invention patents, it can be seen that almost all inventors revolve around how the scissors structure opens and closes in a certain way, but ignores the most important condition of how to make the scissors structure move continuously, as shown in Figure 1. [0003] Although the scissor structure has a four-stroke process, the force generated after ignition will cause the left and right blades to move in two opposite di...

Claims

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Application Information

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IPC IPC(8): F01C1/063F02B53/14
CPCY02T10/17Y02T10/12
Inventor 陈维加
Owner 陈维加
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