JP2002364524A - Wind controlled roller - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain infinite rotating energy with force remaining stopped. SOLUTION: The force of a forcing lever end 2 causes the force of a side wheel (a supported shank end) 7 on a main large planetary gear 25 through a inserted wheel 6 engaging a forcing gear (a spur gear) 5 and the wind control of a small sprocket of a main shank end shaft for a sun gear (a sprocket) 15 having the same pitch as the forcing gear 5, with the result that a supported shank and lower and upper supported main shanks are rotated and revolved to produce infinite rotation as a lever and a gear remain stopped. Reversing force given to the lower main shank by an inserted wheel shaft is cancelled by great positive rolling force given by the wind control of the main planetary gear for the sun gear to produce rotation and revolution. The small sprocket of the uppermost axle is used for wind control by another large sun gear to produce positive revolving force several times or greater. Thus, the stopped forcing gear is used with a chain or others to create positive rotation and revolution while cancelling the reversing force by positive rolling force given by primary to tertiary roll control (including wind control).

Description

[Description of the Invention] [Technical field to which the invention pertains] To provide clean power generation and the like with infinite rotational energy by mechanical engineering.

[Prior art] The exhaustion of various resources, the excessive shape, and the enormous pollution were caused.

[Problems and Means to be Solved by the Invention] This will be described with reference to FIG. Apply a force to the reversal side with a force lever,
From the lower part of the insertion wheel (under the lower main handle), a positive force is applied to the small gear and the sprocket below the main large planetary shaft, and that force is applied to the sprocket below the spur wheel with the chain, and the ▲ 20 ▼ ( With the support of the main and small planetary shafts), the small sprocket of the (20) shaft is rotated by applying a large force, and it is controlled by the large sangya (15) (sprocket) to apply the Taisho revolving force to the (20) shaft. , Eliminating the reversing force of the shaft and the like, and realizing the primary and secondary modulation. (20) The upper T-shaped main handle is mounted on the shaft, and the Taisho reversing force by the upper portion of the attached small gear that meshes with the main large planetary gear (25) is provided on the small sprocket of the (20) shaft. Use the chain to apply the positive reversing force to the small axle on the upper axle.
In addition, a small gear above it applies a forward rotation force to the middle gear at the top of the <10> shaft, but also applies a reversing force to the left <30> shaft. Measure the third round around. Apply the forward rotation force to the right small sprocket shaft (40) with the chain using the sprocket attached to the above middle gear (▲).
Since the reversing force of 30 ▼ is reduced and the winding is controlled by the uppermost small sangya, the 4th rotation to add the clockwise pitch of the small sprocket of the 10th axis to the rightward pitch of the small sprocket of the 20th axis is added to the Sanguya pitch. Realize. ▲ 10 ▼ ▲ 2
The maximum revolving force of 0 ▼ and the upper shaft small sprocket and the insert ▲ 50
▼ By turning the shaft and winding it with another large sangya, a fifth order turning force that achieves several times more positive revolving force is realized (however, the number of revolutions of the main and struts increases). Now, in order to increase the forward rotation force of this device, it is necessary to increase the diameter of (15), (25), etc.
20 ▼ The diameter of the small shaft sprocket may be reduced, and it is natural to minimize the mass loss etc. by mounting the parts horizontally and vertically at the time of manufacture, so that each shaft can be doubled or more and ball bearings etc. can be installed Good. In order to adjust the tension of the chain or the like, a turnbuckle may be provided in the middle of the main or support, or a spring or the like may be attached to the lever.

[Embodiment of the invention] It is a matter of course that power is transmitted from a gear or sprocket attached to an axle of a main handle.
Then, the present device can be combined in a star-like shape, a skewered shape, or the like (can also be applied with a common force), or a remote controller can be used.

[Effect of the Invention] This device exceeds the dimension of classical energy theory, and obtains permanent rotational power with static addition force. The use of various types of pollution, such as power generation, is especially valuable.

[Brief description of the drawings]

FIG. 1 is a perspective plan view of a winding control wheel. [Explanation of the Lines in the Drawings] 1 The dashed line is a pitch circle line, which indicates a spur gear (gear) or a sprocket. 2 The solid line shows the chain and the like, each axis center, and the center of the force projection protrusion (including the ball bearing center). 3 The broken lines indicate the straight / T-shaped main pattern of the revolution and the support lever / forced lever to stop.

[Explanation of Signs] Loading lever tip Loading gear Inserting wheel (axis) Spreading wheel (axis) Main shaft left gear shaft ▲ 32 ▼ Small sprocket and gear end on the upper part of axle ▲ 40 ▼ Right sprocket shaft of T-shaped main handle ▲ 45 ▼ Uppermost small sun gear ▲ 50 ▼ Topmost winding control main handle tip wheel axle

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[Procedure amendment]

[Submission date] June 12, 2001 (2001.6.1)
2)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

[Title of the Invention] Winding control wheel

[Claims]

[Description of the Invention] [Technical field to which the present invention pertains] To provide infinite rotational energy by mechanical engineering to provide clean power generation and the like. [Prior art] The exhaustion of various resources, the excessive shape, and the enormous pollution were caused. [Problems and Means to be Solved by the Invention] This will be described with reference to FIG. Apply a force to the reversal side with a force lever,
At the upper part of the lower main handle of the insert that goes under the lower (direct) main handle, pull the chain with the small gear and sprocket below the upper main handle shaft (20), and apply a force to the sprocket below the spur wheel to reduce the (25) Applying the end of the main planet, the large clockwise clockwise sprocket on the upper main handle (direct) attached to the stalk shaft of (20) can be formed with the same pitch of the sangya. The large self-revolving force can realize primary and secondary rotation by eliminating the reversing force due to, for example, and rotating the device on its own with the stop force applied.
When the revolving force that can make the positive revolving force of (10) and (20) into the small sprocket on the uppermost shaft is re-wound by another large sangya through the wheel insert (40), the tertiary revolving force that obtains more than several times the revolving power is obtained. (However, the number of revolutions of the main and supports increases). Now, in order to increase the normal rotation force of this device (set),
The main pattern of (20) can be extended to increase the size of the large sun gear, the size of the main planetary gear (25), and the diameter can be increased. Needless to say, it is preferable that each shaft be doubled or more and ball bearings can be attached. In order to adjust the tension of the chain or the like, a turnbuckle or the like may be provided between the main and the struts, or a spring or the like may be attached to the force lever. For reference, a trial calculation of the rotational force when (25) is extended by about 20% reveals that when the applied force is 1 and there is no loss force, the set radius is about 2.5 times the set radius. [Embodiment of the invention] It is a matter of course that power is transmitted from a gear or sprocket attached to an axle of a main handle.
Also, it is possible to combine this set into a skewered shape and apply a common force, and it is possible to use a remote control. [Effects of the Invention] This device exceeds the dimension of classical energetics, and obtains permanent rotational force while stopping static addition force. The use of various types of pollution such as Noh is unnecessary, and the use of power generation is especially valuable.

[Brief description of the drawings]

FIG. 1 is a perspective plan view of a winding control wheel. [Explanation of the Lines in the Drawings] 1 The dashed line is a pitch circle line indicating a spur gear (gear), a sprocket, or the like. 2 The solid line shows the chain and the like, the respective axes and the force-applying projection circles (including the ball bearing center). 3 Dashed lines indicate the direct principal pattern, support, and force lever of the revolution.

[Explanation of Signs] Loading lever tip Loading gear Inserting wheel (axis) Attaching wheel (axis) ▼ Main planetary gear ▲ 40 ▼ The best winding main shaft

[Procedure amendment 2]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

FIG.

Claims (5)

[Claims] 1. A force gear (spur gear) with a force lever tip.
Is applied to the main large planet with a spur wheel (tip), and the small sprocket of the main handle shaft (lower upper main handle) is rotated at the pitch of the following large sun gear (sprocket). Primary revolving device that revolves the upper and lower main shafts of the axle while the power lever and load gear are stopped. 2. A secondary gear shift device in which a small sprocket of a large planetary shaft meshing with a spur ring makes several clockwise rotations according to the following small winding control, and is the same as a large sanguya pitch. 3. The small sprocket and the chain, the small sprocket and small gear of the axle (upper T-shaped main handle) are positive (anti).
Applying positive (anti) force to the left axle (small and middle gear) of the upper T-shaped main pattern to apply a positive force to the middle axle gear while giving a clockwise pitch to the small axle gear, tertiary rotation apparatus. 4. A quaternary gearing device similar to the large sangua pitch, wherein the T-shaped main handle right small sprocket is wound by the uppermost small sanguya and the clockwise pitch is added. 5. A fifth-order gear changing device that generates a positive revolving force several times or more by a small sprocket on the uppermost axle and controlled by a separate large sun gear.