JP2009047300A - Rotating power amplifying device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem of a conventional rotating power amplifying device wherein a method (a transmission) for changing a difference of the number of rotation by using gears or the like is applied as a device for increasing the rotating force when a large load is applied to the rotating force and wherein a fault that the output rotating speed is reduced in inverse proportion to an intensification ratio when the power of output rotation is increased by this method, and as a result, it is necessary to increase the horsepower of motive power in order to maintain the rotating speed. <P>SOLUTION: Rotating speed can be maintained without increasing the motive power by amplifying the rotating force in response to a load (resistance) of rotation. This rotating power amplifying device is therefor invented as a device for converting resistance of rotation to power by applying structure that the outside of a square rotating shaft 1 having opposite angles of 90 degree and the same four sides is surrounded with a square outer receiver having opposite angles of 90 degrees and the same four sides. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention converts a rotational resistance (load) into a force and amplifies the power, and the outside of the square rotation axis (1) having the same four sides as the diagonal 90 degrees is set to the diagonal 90 degrees. And a rotary power amplifying device having a structure surrounded by a square outer casing (2) having the same four sides.

  Conventionally, when a large load is applied to the rotating force, a method (transmission) for changing the difference in the number of rotations using a gear or the like has been used as a device for increasing the rotating force. However, when the output rotation force is strengthened by this method, there is a disadvantage that the output rotation speed becomes slow in inverse proportion to the strengthening ratio.

  Increasing the rotating force of the transmission reduces the rotation speed in inverse proportion to the increase rate, so it was necessary to increase the horsepower of the driving force in order to strengthen the force and maintain the rotation speed. . However, if the rotational force can be amplified according to the rotational load (resistance), the same rotational speed can be maintained without increasing the horsepower of the driving force. Therefore, the present invention has been made as a device that changes the resistance of rotation into force.

  The rotational power amplifying device has a structure in which the outside of a square rotation axis (1) having the same four sides and 90 degrees diagonal is surrounded by a square outer casing (2) having the same four sides and 90 degrees diagonal.

  Since the rotational force is amplified according to the load (resistance) on the rotating shaft, the driving force is reduced.

  It is a structure in which the outer side of a square rotation axis (1) having the same four sides as 90 degrees diagonally is surrounded by a square outer cover (2) having the same four sides as 90 degrees diagonal.

  Rotation, force and resistance are different. This device does not rotate or accelerate itself. By receiving a rotational motion from the external power unit to the rotary shaft (1), the resistance is changed to a force, and only the force is amplified (generated).

  The rotation shaft (1) advances in the rotation direction (right, left). As a result, an action occurs in which the mechanical distances are opposite between the outer periphery of the rotating shaft (1) and the inner periphery of the outer casing (2). The outer casing (2) that has received resistance amplifies the force of escaping to the axis by an angle, and becomes a rotational force. A square axis with the same four sides as 90 degrees diagonally turns and force is applied to the axis.

  The position where the inner ring of the outer ring (2) and the outer ring of the rotating shaft (1) contact changes, and the four sides and angles generate and disappear, and the force runs on the rotating shaft (1) and becomes infinite. Force close to is generated in the direction of rotation.

  When this rotational power amplifying device is linked to various rotating shafts, the rotational power is amplified and the supply of driving power can be reduced.

  When the cores of sides {circle over (1)} and {circle around (3)} are hit, the angle “a” works, the lever principle is generated, and a force is generated. This is because of the angle b when centering the sides (2) and (4) by rotation, the angle c when centering the sides (3) and (1), and the centering of the sides (4) and (2). At this time, the angle shifts to the angle d. When a square side core stands, the angle of the square causes this action, it cannot return to the back, and force continues to move forward in the circle. (See Figure 1)

  It can be used for all kinds of auxiliary devices for various rotational powers currently used.

  It is front sectional drawing of this invention.   It is side surface sectional drawing of this invention.

Explanation of symbols

1 Square rotation axis with 90 degrees diagonal and 4 sides the same 2 2 Square reception with 90 degrees diagonal and 4 sides the same

Claims (1)

A rotational power amplifying device in which the outer side of a square rotation axis (1) having the same sides on 90 ° and four sides is surrounded by a rolling element (2) having the same sides on 90 ° and the other sides.

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