JPS62281756A - Application of permanent-magnet rotation method - Google Patents

Abstract

PURPOSE:To obtain a continuous turning force by using attraction and repulsion of a stator provided with an irregular cavity and a rotor with its center deviating from a rotating shaft. CONSTITUTION:A rotating shaft is positioned at a place deviating from the center of a stator X to an N pole side. The center of a rotor Z is set at a place deviating further from the former place to an N pole side. The rotor Z is divided into the N and S poles by a line P. A circle Y making intersections of a line M and a circle R and a line L and the circle R its tangent points, respectively, decreases in the diameter of the circle R by the deviation of the rotating shaft from the center of the circle R. The stator X is provided with an irregular cavity to strengthen its attraction and repulsion.

Description

Detailed Description of the Invention 3. Detailed Description of the Invention The present invention relates to application in the permanent magnet rotational motion method.The feature of the present invention is that the rotational motion is sustained without blocking the magnetic force. , there is no magnetism-absorbing device, the structure is simple, and there is no extra magnetic resistance.

Hereinafter, the present invention will be explained based on illustrations.

Figure 1 is a cross-sectional view of the basic device. First, the stator (
Draw a circle (R) e for
, M contact point), and the point further shifted toward the Ni side (on the L line) is the center of the rotor (Z) (the intersection of L and P)
and divide the N of the rotor (Z) by 3% according to the pH into 0M
A circle (Y) whose tangent points are the intersection of the line and the circle (R) and the intersection of the line and the circle (R) is connected from the center of the circle (R) (the point of contact with L) to the axis of rotation (L, M). The shifted part of the contact point) is a circle (R)
This is based on the fact that the rotor (Z) does not come into contact with the stator (X) at G in FIG. 2. N and Sli of the stator (X) are separated at the point of contact between the + line and the circle (Y) and the point of intersection between Pli and the circle (Y). The intersection of the P line and the circle,
The area between the N poles is a circle (R), and the S pole side is a circle (Y).

Figure 2 shows that the device in Figure 1 is rotated sequentially in 1/8 increments (A-H).
) shows the advanced state, and the stator (X) and rotor (
Z) shape and place 11!2! This is a diagram of the system. Looking at A to H individually, in A the direction of one rotation is not determined, in B there is a repulsive force, in C the suction force increases, and in D the rotor (Z) and stator ( The area between X) is the strongest, the suction force works at E, and the suction force becomes even stronger at F. In this way, the direction of rotation is not determined in the A state, and the G and H states are reverse rotation soft 1. Therefore, each of the devices A to H is fixed on the same shaft and rotated once, and the rotating layers help each other to stop each other so that the rotation continues.

To make it easier to understand, Figure 3 is a table showing how the device rotates with A to H fixed coaxially. For example, G and H of 1 (A to H) are in reverse rotation, but the remaining B, C, DE, and F assist the rotation, and when it moves slightly, the rotational force of A is added, Stronger force works to provide continuous output.

4. In an additional related invention (Application No. 26561 of 1982), the magnetic force is blocked, and the stopped state is assisted by the rotating state to provide continuous rotational output.

In the present invention, the rotor (X) is located at an eccentric position without blocking the magnetic force, thereby providing the same effect and assisting the stopped state in the rotating state. Furthermore, the original invention has been applied and developed by a method of coaxially fixing the state of A-H by each 1/58th rotation.

[Brief explanation of the drawing]

Figure 1 is a horizontal sectional view of the basic device, Figure 2 is a diagram of Figure 1 rotated, and Figure 3 shows the rotating layer when Figure 1 is in the state of Figure 2 and A to H are fixed coaxially. It is a table. N, S...Magnetic pole X...Stator Z/Rotor A~
H... 1/8 rotational layer 1 to 8... Progress of rotation R, Y... Point of contact between the circular line to draw the stator and Kil... Circle The point of contact between the center line of (R) and Mli...The intersection of the rotation axis line and the P line...The center circle of the rotor (Y) and K
Contact point of the II line...Intersection of Kasuga (Y, R) of the stator magnetic pole and Pli...P in the field trochanter of the stator magnetic pole
Wire: Field deviation of the rotor's magnetic poles Applicant
1) Satoshi P to HA Mi C Fig. 2 Procedural amendment voluntarily submitted) November 20, 1985 Submitted November 15, 1986

Claims (1)

[Claims] As shown in the figure, this is an application of the permanent magnet rotational motion method, in which a stator with an irregular circular cavity rotates due to the attraction and repulsion of a rotor whose center is offset from the rotation axis.