JP2009270555A - Unbalanced rotary balance - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a rotary balance as improvement of a conventional technique using a power source appearing in two types, one based on a fuel which involves demerits in terms of consumption of the fuel resources and environmental pollution with the exhaust emission and the other based on the electricity which requires electricity distribution or cells/batteries, can solve the problems inherent therein such that both types require the supply of fuel/electricity at all times and the type using a natural energy depends upon the environmental or meteorological conditions to lead to difficulty in supplying a stable power source. <P>SOLUTION: The rotary balance works with a natural fall of a weight or a buoyancy of a float as the energy source which is stable anywhere, whereby it is possible to eliminate consumption of the resources and environmental pollution and to yield a stable output. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

The present invention relates to a power source that uses earth attraction or buoyancy in a liquid.

  The present invention starts with a memo created for a physical phenomenon thinking experiment.

Therefore, there is no clear background technology, and after that it was examined on the Internet whether there was a similar thing, and as a result, there was a literature called the 1717 Orfileus permanent motion machine as an invention similar to the present invention. Although it searched above, since a mechanism and an operation principle are not disclosed and there is no data, the difference with this invention product is unknown.
“Internet address” http: // x51. org / x / 04/04/1302. php

  Most conventional power sources consume electricity, fuel, etc., and those that use fuel contribute to resource consumption and environmental pollution.

  Further, as power that does not cause resource consumption and environmental destruction, those using hydropower, wind power, solar heat, sunlight, etc. have been used in the past, but the operation changes depending on the situation, and stable output cannot be obtained.

Means to solve the problem

  A balance structure that rotates in an unbalanced state was created, and weights of the same weight were attached to enable rotation by gravity due to the earth's attractive force.

  As a result, the energy when raising the weight is rotated by the weight divided by the ratio of the distance from the rotation axis of the opposite weight with the rotation axis as the center, and the remaining energy can be taken out.

  Moreover, the weight can be changed to a float with a specific gravity lower than that of the liquid, and the same rotation and power can be used in the liquid.

The invention's effect

  By using gravity as the power, it can be used as a power source without consumption of electricity and fuel, resource consumption and environmental destruction.

  As natural energy, gravity due to the earth's attractive force or buoyancy due to the difference in specific gravity can be used in the liquid, so that it can always be provided as a stable power source.

BEST MODE FOR CARRYING OUT THE INVENTION

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

  FIG. 1 is a view of a linear raceway plate with one of the main parts of the present invention, the other parts removed, for explaining the relationship between the weight shaft 3 and the weight 4.

  The straight raceway plate 1 has a long hole 6 in a 90-degree line 7 divided into four from the center of the rotating shaft 2, and a weight block including a weight shaft 3 and a weight 4 or a pair in each hole. Each of 9, 8, 4, 10, and 5 can be moved in a straight line.

  2 has a concentric circular raceway groove 13 centered on a position 11 that is a distance of 12 in the horizontal direction with respect to the rotation axis 2 in the state of FIG. 1, and the weight blocks 4, 8, 9, and 10 are both It passes through this circular track groove 13 and moves circularly around 11. This circular circular groove 13 is always in a fixed position with respect to the rotation of the linear starting plate 1.

  According to the configuration so far, the weight blocks 4, 8, 9, 10 do not rotate around the rotation axis 2 with respect to the rotation of the linear raceway plate 1, but a point 11 shifted by a distance of 12 from the rotation axis 2. The concentric circle around the center will move.

3 to 8 show the relative positional relationship between the linear track plate 1, the circular track groove 13 and the four weight blocks when the position of FIG. 3 is set to 0 degree in this configuration and rotated clockwise every 15 degrees. Show.

  FIG. 3 is a diagram of the relative positions of the rotating plate and the weight when the rotating plate 1 has a rotation angle of 0 degree. FIG. 4 shows a rotation of 15 degrees, FIG. 5 shows 30 degrees, FIG. 6 shows 45 degrees, and FIG. 60 degrees, Figure 8 is the figure when it is rotated 75 degrees, and when it is rotated 90 degrees thereafter, the relative position of the weight will be the same as in Figure 3, and this will be repeated.

  The direction of rotation is clockwise as shown in Figs. In this rotation, what is important is the distance of each weight block from the rotating shaft 1. When the weight block is lifted, the distance is 12 corresponding to the distance shifted from the central axis. It ’s through the outside 16. In this rotary motion, if the rotation axis is compared with the balance fulcrum, the right weight can be lifted relatively lightly by the lever principle, and the right distance from the rotation axis. The difference between the weight on the left side and the weight on the left side will always keep an unbalanced state at 360 degrees.

  The above is a simple explanation of the operation when rotating. After that, when proceeding with the mechanical explanation at the time of operation, if there are dimensions of each part, the output that can be extracted from the output shaft is simplified, and the output that can be easily and actually explained We will explain in more detail by putting in the dimensions that we can calculate.

  FIG. 9 is an enlarged view of the dotted line portion of FIG. 6 rotated 45 degrees so that the dimensioning of each portion can be easily explained.

  As an example of the design, the dimensions of each part are set such that the distance of the center 11 of the circular raceway groove 13 from the rotation axis center 2 is 50 mm, and the radius 14 of the circular raceway groove 13 is 150 mm. Table 1 shows the dimensions from the rotary shaft 1 to each weight.

  Since the four weights use the same weight, the diagonal weights form a balance. Therefore, the formula of Formula 1 starts from the rotation axis. The final result is the same for all angles.

  Eventually, the distance becomes 100 mm, which is the same as the state in which a set of weights 10 is attached to the tip of the rod 22 that is horizontally extended from the rotary shaft 2 as shown in FIG. Will continue.

  In addition, in order to balance and stop the rotation, the weight 23 of Formula 2 is necessary. Therefore, when designed with the dimensions of this design example, the radius 21 of the rotating shaft is 5 mm, and a set of weight weights. In order to balance 1kg, it is necessary to suspend a 20kg weight 23 on the shaft. Therefore, if it is a place where gravity is applied with a load lighter than this weight, it will continue to rotate as long as it does not break or wear out and the load increases, and there is no need to apply external force when starting.

  This rotation itself rotates in the same way as long as there is gravity, assuming that the fluid resistance of the liquid is applied even in the liquid. In addition to gravity, it rotates even if a float with gas sealed instead of weight or an object with a specific gravity lighter than liquid is installed in the same way. However, if the direction of force is gravity, force is applied downward, but if buoyancy is applied, force is applied upward, so the direction of rotation is reversed.

  The product of the present invention can also change the torque of the output shaft by moving the circular raceway groove 13, which has been fixed, in the direction of the rotation axis. When the circular orbit center 11 is the same as the position of the rotation axis center 2, the output is 0, and when it is beyond the rotation axis, the rotation axis and the rotation direction are reversed.

Part of the configuration of the present invention, a linear track plate and a set of weights, weight shaft The entire configuration of the present invention, a diagram in which a circular raceway groove, three sets of weights, and a weight shaft are added to FIG. The figure when the rotation angle of the straight track plate is 0 degree The figure when the rotation angle is 15 degrees The figure when the rotation angle is 30 degrees The figure when the rotation angle is 45 degrees The figure when the rotation angle is 60 degrees The figure when the rotation angle is 75 degrees Figure 6 Enlarged view of the dotted line Overall enlarged view when the rotation angle is 15 degrees Equivalent diagram based on calculation results

Table 1

Table of distance from rotation axis to weight for each rotation angle of 15 degrees according to design example

Table 2

Calculation result by equation 1 in Table 1

Formula 1

Summation formula from rotating shaft to weight

Formula 2

Formula to calculate the weight that matches the rotary shaft output

Claims (2)

A structure in which a balance that is usually used for weighing can be rotated in an unbalanced state. A power source capable of extracting the rotational force as power by rotating the structure that can be rotated in an unbalanced state according to claim 1 by using a weight or a float and utilizing gravity and buoyancy.

Images