KR100338326B1 - Propulsive force producing method and device - Google Patents

Abstract

The present invention relates to a propulsion force generating method and apparatus thereof.

Conventional propulsion generating device is not only more than 20% of efficiency, but also it is inevitably constrained to use because it is inevitably required to install a separate propulsion device to get propulsion to the outside of the object. It is true.

The present invention has been made in view of the conventional problems as described above, in the present invention according to the change of rotational speed for each propulsion angle through the angular speed converter 1, the power transmission member 2 and the centrifugal force generating device (3). By changing the centrifugal force of the rotary weight 32 so that the propulsion force is generated in a certain direction to maximize the use efficiency of the power and to move the object in the desired direction immediately.

Description

Propulsion force generating method and apparatus thereof {PROPULSIVE FORCE PRODUCING METHOD AND DEVICE}

The present invention relates to a propulsion force generating device and the device, and more particularly to the propulsion force to be generated in a predetermined direction by changing the rotational speed by the propulsion angle of the rotary weight (weight) to rotate the circular motion around the central axis It relates to a generating method and an apparatus thereof.

In order to move a stationary object with a certain mass, it is necessary to continuously apply sufficient force to the object.

In general, a method of obtaining a driving force for moving an object (horizontal or vertical direction) is to use rotational friction force, reaction force, lift force or buoyancy force, or potential energy. For example, by using the medium (ground, air, water, etc.) existing on the ground, using wheels for cars or airplanes, and in the case of airplanes with wings (propellers); Only when it is installed on the outside is the object to gain propulsion force to move in the horizontal or vertical direction, it can be seen that the research to obtain a more efficient propulsion energy in recent years.

However, according to the theory (technique) that has been discovered so far as a method (principle) for moving an object with a certain weight, the efficiency is known to not exceed 20%, and moreover, all methods are a medium for obtaining propulsion out of the object. It is inevitably constrained to use because it is inevitably required to install (device).

In general, when an object having a constant weight is rotated about one vertex (constant rotation), centrifugal force is generated to move away from the center.

Therefore, it can be seen that the convenience of life is provided through the development of a device (centrifuge, dehydrator, etc.) using such a centrifugal force.

The inventors have confirmed through experiments that the rotational centrifugal force is the basis for obtaining the driving force to move the object. That is, the present inventor has described a method and a specific apparatus for obtaining propulsion force using centrifugal force in the prior patent application No. 98-33741.

According to the technology disclosed in the present application, by causing one or more weight bodies rotating in a circular motion about the central axis of the constant speed angular velocity maintaining device to rotate along the circular orbit of the centrifugal force change device installed eccentrically with respect to the central axis, It can be seen that the weight body rotates while maintaining the same rotational speed as the angular velocity maintaining device, but performs an eccentric circular motion about the central axis of the angular velocity maintaining device, thereby generating propulsion in a constant direction.

However, according to the theory (technology) which has been discovered so far as a method (principle) for moving an object with a certain weight, the efficiency is known to not exceed 20%, and moreover, all methods are separate to obtain propulsion out of the object. It is true that the use of the propulsion system is limited due to the necessity to install the propulsion system.

Therefore, in the present invention, when the centrifugal force is applied, the object can be moved immediately without installing a propulsion device outside the object to be moved, regardless of the medium (ground, water, air, etc.) existing on the ground. Focusing on the new method of generating a propulsion force and the invention will be invented a propulsion force generator.

An object of the present invention is to change the centrifugal force of the rotary weight 32 by changing the centrifugal force of the centrifugal force generating device that rotates about the central axis through the angular velocity converter so that the driving force is generated in a predetermined direction.

Figure 1a is a thrust force generating device illustrating a case where the centrifugal force is the maximum in the present invention

Figure 1b is a thrust force generating device illustrating a case where the centrifugal force is minimal in the present invention

FIG. 2 is a cross-sectional view taken along the line A-A of FIG. 1A

Figure 3 is a view showing the change in speed by the propulsion angle of the weight (weight) in a circular motion around the central axis in the present invention

Figure 4 is a comparison graph according to the rotational speed according to the propulsion angle of the weight (weight) in a circular motion around the central axis in the present invention

(Explanation of symbols for the main parts of the drawing)

1: angular velocity converter 2: power transmission member

3: centrifugal force generating device

10: cylindrical rotor 10a: gear

11: eccentric rotation shaft 13: manpower provision means

14 Bracket 14a

21: fixed shaft 22, 23: the original gear

30: cylindrical rotor 31: central axis

32: rotary weight 33: support bar

a: Upper center point Z: Lower center point

M: Power Supply FJ: Flexible Joint

Propulsion method and apparatus of the present invention for achieving the above object provides the following features.

In the method of generating propulsion force using centrifugal force,

Supplying constant velocity rotational power through an eccentric rotation shaft (11) connected by a flexible joint (FJ) and having an attractive force in an upward direction and restricted movement in both upward and downward directions;

A cylindrical rotating body (10) constituting the angular velocity conversion device (1) to perform an eccentric rotation about the eccentric rotation shaft (11) to change the rotational speed for each propulsion angle;

Transmitting the rotating force changed by the propulsion angle to the centrifugal force generating device (3) through the power transmission member (2) connected to the angular speed converter (1);

A step of generating a propulsive force in one direction by changing the rotational speed of the rotary weight 32 installed in the centrifugal force generating device 3 connected to the power transmission member 2 and rotating around the central axis 31 at each propulsion angle;

Characterized in that it comprises a,

In addition, in the apparatus for generating propulsion force using centrifugal force,

It is connected to the eccentric rotation shaft 11 and the eccentric rotation shaft 11 is connected to the flexible joint (FJ) and the rotational power is supplied from the power supply device (M) and the manpower in the upward direction is restricted and the movement in both the vertical direction Manpower providing means 13 to act on the eccentric rotation shaft 11 in the upward direction, and is installed on the eccentric rotation shaft 11 to limit the reciprocating movement distance in the vertical direction to move the eccentric rotation shaft 11 The protruding angle is composed of a bracket 14 having a long hole 14a installed therein, and a cylindrical rotor 10 fixed to the eccentric rotation shaft 11 so as to have an eccentric rotation and forming a gear 10a on an inner surface thereof. An angular velocity converter 1 for converting a star rotational speed;

It is installed to be fixed to the fixed shaft (21), cylindrical gears (22, 23) are provided on both sides, the cylindrical gears (22, 23) constitute the angular velocity converter (10) (10) A power transmission member (2) meshed with and installed on the gear (10a) formed on the inner surface of the;

Cylindrical rotary body (30) having a gear (30a) in which the inner gear 23 of the power transmission member (2) is installed on the inner surface, and a central axis (31) which is the rotation center of the cylindrical rotary body (30) ) And a centrifugal force generating device (3) consisting of a rotary weight (32) installed at one end of the support bar (33) fixedly installed on the central shaft (31);

Characterized in that it comprises a.

Accordingly, according to the present invention, the rotational speed of the rotary weight 32 is the maximum by changing (faster and slower) the rotational speed of the rotary weight 32 provided on the central axis 31 of the centrifugal force generating device 3 according to the propulsion angle. It is possible to generate a propulsion force in one direction, i.e., in one direction, and furthermore, it is possible to move an object (gas) on which the device is mounted in a predetermined direction.

(Example)

Hereinafter, the present invention will be described in more detail with reference to the attached non-limiting exemplary drawings.

FIG. 1A is a configuration diagram of a propulsion force generating device illustrating a case where the centrifugal force is maximum in the present invention, and FIG. 1B is a configuration diagram of a propulsion force generating device illustrating a case where the centrifugal force is minimum in the present invention, and FIG. 3 is a cross-sectional view of a line AA, and FIG. 3 illustrates a change in speed for each propulsion angle of a rotary weight 32 (weight) having a circular motion about a central axis 31 in the present invention, and FIG. It shows a comparison graph according to the rotational speed according to the propulsion angle of the rotary weight 32 (weight) having a circular motion about the central axis (31).

1) propulsion force generation method according to the present invention (principle)

The driving force generation principle applied in the present invention receives centrifugal force by converting the rotational speed of the rotating weight 32 (weight) that rotates around the central axis 31 by the propulsion angle, that is, between some angle tools slowly between the other angle tools. It is to apply a method (principle) to generate a driving force in one direction from the rotary weight 32.

More specifically, in the up and down direction by the bracket 14 connected to the flexible joint (FJ) and the attraction force in the upward direction by the attraction force providing means 13 (tension spring, etc.) and at the same time the long hole (14a) is formed. When the constant speed (constant speed) rotational power is supplied from the power supply device M through the eccentric rotation shaft 11 constituting the angular velocity converter 1 designed to restrict movement to the constant velocity, the constant rotation is made through the eccentric rotation shaft 11. Cylindrical rotary body 10 received power to eccentric rotation about the eccentric rotation shaft 11, but the eccentric rotation shaft 11 reciprocates the lower eccentric point (z) from the upper eccentric point (a) When the eccentric rotation shaft 11, which is the rotation center of the cylindrical rotary body 10, is located at the upper eccentric point a, the power transmission member 2 engaged with the cylindrical rotary body 10 is rapidly rotated. When the eccentric rotation shaft 11 is located at the lower eccentric point z, By rotating the moon member 2 relatively slowly, thrust force is generated in one direction through the centrifugal force generating device 3 connected to the power transmission member 2.

2) Composition and action of propulsion generating device

As shown in the present invention, the propulsion force generating device includes a power supply device M for supplying constant speed rotational power, an angular velocity converter 1 for changing the rotational speed for each propulsion angle of the cylindrical rotor 10, and The power transmission member 2 rotating according to the rotational speed for each propulsion angle changed by the angular velocity converter 1 and the centrifugal force generating device 3 generating a propulsion force in a predetermined direction while rotating about the central axis 31. It consists largely of

The power supply (M) is;

A motor for supplying constant speed rotational power using electricity or an engine for supplying constant speed rotational power using fuel may be used.

The constant velocity rotational power output through the power supply device M is supplied to the angular velocity converter 1 through the flexible joint FJ.

The angular velocity converter 1 is;

An eccentric rotation shaft 11 connected to the flexible joint FJ, a tension spring 13 for providing an attractive force for pulling the eccentric rotation shaft 11 upward, and the eccentric rotation shaft ( 11) a bracket 14 having a long hole 14a for controlling only a straight reciprocating movement from the upper eccentric point a to the lower eccentric point Z, and fixed to the eccentric rotation shaft 11 so that the eccentric rotation shaft ( 11) is composed of a combination of the cylindrical rotating body 10 to form an gear 10a on the inner side to rotate eccentrically,

When the constant velocity rotational force is transmitted to the eccentric rotation shaft 11 constituting the angular speed converter 1 through the flexible joint FJ, the cylindrical rotor 10 fixed to the eccentric rotation shaft 11 rotates together. The cylindrical rotor 10 is constrained by the power transmission member 2 meshed with the gear 10a formed on the inner surface thereof to rotate and at the same time the eccentric rotation shaft 11 has a bracket 14 having a long hole 14a. Since the eccentric rotation shaft 11 rotates in a straight reciprocating movement in the long hole 14a, the cylindrical rotator 10 fixed to the eccentric rotation shaft 11 is left and right. It will make an eccentric rotation while moving. At this time, the eccentric rotation shaft 11 repeats the linear reciprocating movement of the upper eccentric point (a) and the lower eccentric point (z) within the range of the long hole (14a).

The power transmission member 2;

Circular gears 22 and 23 are formed on both sides, and one side of the primary gear 22 is engaged with a gear 10a formed on the inner surface of the cylindrical rotor 10 constituting the angular velocity converter 1. At the same time, the other end gear 23 is engaged with the cylindrical rotating body 30 constituting the centrifugal force generating device 3, and the cylindrical rotating body 10 constituting the angular speed converter 1 is the eccentric rotating shaft ( 11) rotates about a separate fixed shaft 21 rapidly or relatively slowly according to the rotational speed that changes with each propulsion angle along the eccentric rotation, and transmits the rotational force of the angular velocity converter 1 to the centrifugal force generating device 3. Play a role.

The centrifugal force generating device (3);

Cylindrical rotary body 30 is meshed with the primary gear 23 constituting the power transmission member 2 and rotates about the central axis 31 in proportion to the rotational speed of the power transmission member 2, and the It is composed of a rotary weight 32 (weight) installed at the end of the support bar 33 fixed to the central shaft 31, the gear 23 is a gear 30a formed on the inner surface of the cylindrical rotor 30 ) Is to be coupled to the rotational force of the original gear 23 to restrain the rotation of the cylindrical rotor (30),

As the one side gear 22 of the power transmission member 2 rotates, the other side gear 23 integrally formed also rotates together. At this time, the original gear 23 is rotated according to the rotation of the original gear 23. 23 is rotated about the central axis 31 of the cylindrical rotary body 30 externally engaged, and at the same time, the rotary weight 32 fixed to the central axis 31 is rotated by the propulsion angle. It will be circular in speed. Accordingly, in the state where the eccentric rotation shaft 11 is located at the upper eccentric point a, the rotation speed of the rotary weight 32 becomes maximum (see FIG. 1A), while the eccentric rotation shaft 11 is the lower eccentric point z. Since the rotational speed of the rotary weight 32 is minimized (see FIG. 1B) in a state in which the driving force is generated in the vertical direction (one direction) in which the rotary weight 32 is located as shown in FIG. 1A.

Therefore, if the device that generates the propulsion force in one direction is mounted on the flying object or the like, and the propulsion force generator is operated, the object can be moved in the desired direction.

On the other hand, if the servo principle is applied to this device to operate several propulsion force generating device will be able to obtain greater propulsion force.

As described above, according to the present invention, the rotational speed of the rotary weight 32 is maximized by varying (faster and slower) the rotational speed of the rotary weight 32 provided on the central axis 31 of the centrifugal force generator 3 by the propulsion angle. The driving force can be generated in the phosphorus direction, that is, in one direction, and furthermore, the object (gas) equipped with the device can be moved in a predetermined direction.

What has been described above is just one embodiment for explaining the propulsion force generation method and apparatus according to the present invention, the present invention is not limited to the above-described embodiment is outside the gist of the invention claimed in the following claims Without this, any person skilled in the art to which the present invention pertains may make various changes.

Claims (5)

In the method of generating propulsion force using centrifugal force, Supplying constant velocity rotational power through an eccentric rotation shaft (11) connected by a flexible joint (FJ) and having an attractive force in an upward direction and restricted movement in both upward and downward directions; A cylindrical rotating body (10) constituting the angular velocity conversion device (1) to perform an eccentric rotation about the eccentric rotation shaft (11) to change the rotational speed for each propulsion angle; Transmitting the rotating force changed by the propulsion angle to the centrifugal force generating device (3) through the power transmission member (2) connected to the angular speed converter (1); A step of generating a propulsive force in one direction by changing the rotational speed of the rotary weight 32 installed in the centrifugal force generating device 3 connected to the power transmission member 2 and rotating around the central axis 31 at each propulsion angle; Propulsion generating method comprising a. In the apparatus for generating the propulsion force using the centrifugal force, An angular velocity converter which changes the rotational speed of the cylindrical rotating body 10 according to the propulsion angle by performing an eccentric rotation along the eccentric rotation shaft 11 which linearly reciprocates the upper eccentric point a and the lower eccentric point z. One); A power transmission member (2) which is engaged with a gear (10a) formed on the inner surface of the cylindrical rotating body (10) constituting the angular speed conversion device (1) and transmits a rotational force in proportion to the rotational speed that changes for each propulsion angle; Cylindrical rotary body (30) having a gear (30a) in which the inner gear 23 of the power transmission member (2) is installed on the inner surface, and a central axis (31) which is the rotation center of the cylindrical rotary body (30) ) And a centrifugal force generating device (3) consisting of a rotary weight (32) installed at one end of the support bar (33) integrally fixed to the central shaft (31); Propulsion generating device comprising a. 3. An angular velocity converter (1) according to claim 2; Is connected to the eccentric rotation shaft 11 and the eccentric rotation shaft 11 is connected to the flexible joint (FJ) is supplied with rotational power from the power supply device (M) and the manpower in the upward direction and the movement in the vertical direction is limited; Manpower providing means 13 for applying an attractive force to the eccentric rotation shaft 11 in the upward direction, and the eccentric rotation shaft 11 is installed on the eccentric rotation shaft 11 is the upper eccentric point (a) and the lower eccentric point (Z) Longitudinal hole (14a) for limiting the vertical reciprocating movement) is installed in the bracket (14) and the eccentric rotation shaft 11 fixed to the eccentric rotation to install the eccentric rotation to form a gear (10a) on the inner surface 10, Propulsion generating apparatus comprising a. A power transmission member (2) according to claim 2; It is installed so as to be rotatable on the fixed shaft (21), integral gears (22) and (23) are provided on both sides, and the gears (22) and (23) are the angular velocity converter (1) and centrifugal force generator (3). Propulsion force generator, characterized in that the gear 10a (30a) formed on the inner surface of the cylindrical rotating body (10) (30) constituting a) is installed at the same time. 3. The centrifugal force generating device (3) according to claim 2; Cylindrical rotary body (30) having a gear (30a) in which the inner gear 23 of the power transmission member (2) is installed on the inner surface, and a central axis (31) which is the rotation center of the cylindrical rotary body (30) ) And a rotary weight 32 (weight) installed at one end of the support bar 33 fixedly installed on the central shaft 31, Propulsion device, characterized in that configured.