WO2015109470A1

WO2015109470A1 - Absolute torque reaction power device

Info

Publication number: WO2015109470A1
Application number: PCT/CN2014/071204
Authority: WO
Inventors: 马勤荣; 马小远
Original assignee: 马勤荣
Priority date: 2014-01-23
Filing date: 2014-01-23
Publication date: 2015-07-30

Abstract

An absolute torque reaction power device comprises a center bearing (5), a rotating wheel (2) sleeved on the center bearing (5), a stator fixing body (3) fixed to the rotating wheel (2), a rotor (41) inserted inside the stator fixing body (3), a rotary gear (42) fixed to the rotor (41), and an outer internal tooth gear (1) arranged coaxial with the central bearing (5). The outer internal tooth gear (1) is engaged with the rotary gear (42). The absolute torque reaction power device makes composite use of the absolute torque provided by the stator fixing body, so that the energy conversion efficiency is greatly improved.

Description

Absolute torque reaction power device

The invention relates to the field of energy conservation, and in particular to a power device for optimizing energy conversion. technical background

The conversion of electrical energy and mechanical energy from existing engines is based on action and reaction. For example, the work of the torque of the motor is performed by fixing the stator to a fixed body that does not allow it to rotate and pushing the rotor. That is, the force to provide the rotor torque is given by the reverse action of the stator on the rotor. This torque is called relative torque. The existing electromechanical industry, various engines, nuclear kinetic energy, etc. all use this relative torque to provide mechanical energy. Summary of the invention

SUMMARY OF THE INVENTION It is an object of the present invention to provide an absolute torque reaction power unit that optimizes the efficiency of energy conversion of existing engines.

According to an aspect of the present invention, an absolute torque reaction power device is provided, including a center bearing, a runner sleeved on a center bearing, a stator fixture fixed to the runner, a rotor inserted in the stator fixture, and fixed to The rotating gear of the rotor, the outer internal gear provided coaxially with the center bearing, and the outer internal gear mesh with the rotating gear.

The absolute torque reaction power device provided by the invention mounts the motor on a rotatable rotating wheel. When the motor rotor drives the rotating gear to rotate clockwise, the rotating gear acts on the fixed outer tooth gear, and the wheel is reversed. Rotating in the opposite direction; at the same time, the stator fixed body of the motor has the reverse torque of the same magnitude by the reaction force of the rotor, and the reverse torque causes the counter to obtain the counterclockwise torque, and the torque provided by the stator fixed body For absolute torque, the total torque provided by the present invention is the combination of the torque of both the rotor and the stator assembly.

In some embodiments, the axis of rotation of the rotor is at an angle of between 0 and 75 degrees from the axis of rotation of the central bearing. The invention obliquely mounts the engine including the stator fixed body, the rotor and the rotating gear to the runner, can reduce the outer internal gear, reduce the circumference of the outer internal gear, and can cooperate with the rotating gear to obtain the torque angle Compensation. DRAWINGS

1 is a schematic structural view of an embodiment of an absolute torque reaction power device provided by the present invention;

Fig. 2 is a schematic view showing the structure of another embodiment of the absolute torque reaction power device provided by the present invention. detailed description

The invention will now be described in further detail with reference to the accompanying drawings.

As shown in FIG. 1, the present invention provides an absolute torque reaction power device, comprising a center bearing 5, a runner 2 sleeved on the center bearing 5, a stator fixing body 3 fixed to the runner 2 by bolts, etc. a rotor 41 mounted on the stator fixed body 3 and rotatable relative to the stator fixed body 3 by electric energy, a rotating gear 42 fixed to the rotor 41, an outer internal gear 1 coaxially disposed with the center bearing 5, and an outer internal gear 1 meshes with the rotating gear 42.

When the stator fixed body 3 is energized, the rotor 41 and the rotating gear 42 generate clockwise torque and act on the internal teeth of the outer internally toothed gear 1 by the rotating gear 42. The outer internally toothed gear 1 is fixed to the machine tool to generate a counterclockwise torque to the stator fixed body 3 of the motor, thereby propelling the rotary wheel 2 to rotate counterclockwise. At this time, the stator fixed body 3 is reacted by the rotor 41, and has a reaction torque that is large and reversed with respect to the torque of the rotor 41. This reaction torque pushes the wheel 2 to rotate counterclockwise. Thereby, the mechanical combined force of the positive action of the rotor of the motor and the reaction of the stator of the motor can be obtained, and the torque in the same direction is generated, thereby doubling the utilization of the energy.

The absolute torque utilized by the present invention is such that the stator's force torque (i.e., the reaction force) also works, turning it into beneficial energy while reacting. In this way, on the basis of the existing relative torque motor or engine, both sides of the positive and negative relative energy can be obtained, that is, the absolute torque can be utilized to greatly optimize the energy utilization rate. The above method can be used for the transition process between a wide range of energy energy and mechanical energy, such as electromechanical industry, various engines, and nuclear kinetic energy.

The stator fixed body 3, the rotor 41 and the rotating gear 42 constitute an important component of the current motor or engine, and the technology thereof is also a general motor or engine technology, for example, when the stator fixed body 3, the rotor 41 and the rotating gear 42 are integrally In the case of the motor, the structure in which the rotor 41 is inserted into the stator fixed body 3 may be: the stator fixed body 3 includes an exciting coil, a shaft hole is disposed in the middle of the exciting coil, the rotor 41 is inserted into the shaft hole, and the rotating gear 42 pin is fixed to the rotor. The end of 41. Many The invention is not described in detail. The entire stator fixed body 3, the rotor 41, and the rotating gear 42 may be provided in plurality in the outer circumferential direction of the runner 2 as needed, and the size thereof may be adjusted as needed.

Since the circumference of the rotating gear 42 is smaller than that of the outer internally toothed gear 1, the torque shift is insufficient, and a torque angular loss is generated. That is, when the rotating gear 42 is plucking the outer internally toothed gear 1, its pitch of the teeth is also reduced due to the loss of the rotational angle, and the simultaneous effect of the two torque angular losses reduces the absolute torque reaction. Obtained.

Therefore, the present invention further proposes an optimized manner for compensating for the aforementioned torque angular loss. For example, the skew wheel torque angle compensation. As shown in Fig. 2, the engine including the stator fixed body 3, the rotor 41, and the rotating gear 42 is tilted and fixed to the runner 2 by bolts or the like. The outer internally toothed gear 1 is welded to the base 6 without moving. Thereby, the outer internally toothed gear 1 can be reduced, and the circumference of the outer internally toothed gear 1 can be reduced so that it can be engaged with the rotating gear 42 to obtain a compensation of the torque angle. The inclination of the above engine may be such that the rotation axis of the rotor 41 is 0 to 75 degrees from the rotation axis of the center bearing 5 (as shown, the inclination is a).

The above is only a preferred mode of the present invention, and it should be noted that many similar variations and modifications can be made by those skilled in the art without departing from the inventive concept. Within the scope of protection of the present invention.

Claims

Claim

An absolute torque reaction power device, comprising: a center bearing (5), a runner (2) sleeved on the center bearing (5), and a stator fixture fixed to the runner (2) (3) a rotor (41) inserted in the stator fixed body (3), a rotating gear (42) fixed to the rotor (41), and an outer side coaxially disposed with the center bearing (5) A tooth gear (1), the outer internally toothed gear (1) meshes with the rotating gear (42).

The absolute torque reaction power plant according to claim 1, characterized in that the rotation axis of the rotor (41) and the rotation axis of the center bearing (5) are at an angle of 0 to 75°.