JPS6013464A - Generating set - Google Patents

Abstract

PURPOSE:To efficiently generate electric energy by vibrating the first magnet in which a coil is disposed, by utilizing the repelling force from the second magnet for varying the arranging position by an external force. CONSTITUTION:When a weight W which is mounted through a support P to the lower end of a rotational shaft R starts fluctuating, the second magnet M2 magnetized in the direction for applying repelling force to the first magnet M starts circulating. Thus, the first magnet M1 repeats elevational motion upward and downward. The magnetic flux of the magnet M1 in the winding L continuously varies alternately, and alternating voltage is induced at both ends of the winding L.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention generates electricity by vibrating a first magnet placed inside a coil using the repulsive force between the first magnet and the second magnet whose placement position changes due to an external force. (2) Although it is a simple plum pickle, it is possible to efficiently convert g-mechanical energy such as pendulum motion, vertical M motion, and circular motion into electrical energy, and its application @ It is also extremely wide-ranging.

The explanation will be given below according to the figures. Figure 1 is a schematic diagram of a type that generates electricity using pendulum motion. Outside the bow (B), a winding (L) is arranged to form a collecting coil (C). . Also inside is a first magnet (Ml) that can be moved inside.
is located.

71f, / (B)
The soba (S'I') is constructed of a ventilated tultra resin, and care is taken not to obstruct the flow of air due to the movement of the first magnet (Ml). Now, when the weight (W) attached to the lower end of the rotating shaft (R) via the support (P) starts the pendulum movement as shown, the rotating shaft (R)
The first magnet (
A second magnet (
K2) also begins a circular motion as shown.

Therefore, the second magnet (K2) is the true F of the first magnet (K1).
When the first magnet (K1) is positioned at
3) The second magnet (K2) moves towards the first magnet (Ml).
After passing directly below, the -th magnet (Ml) returns to its original position due to its own weight. I'm going to have sex with you (W
) repeats the pendulum motion during gM, so the winding (L
The magnetic flux caused by the first magnet (Ml) in ) undergoes alternating changes, and an alternating voltage is induced across winding 1 (L).

As an application of this power generation device, the power generation device is integrated in the potash area, and a light emitting diode is installed in the potash storage area.
If the r is attached and the generated power is used to light the lamp, it will be effective as a nighttime traffic safety tool.

You can also create interesting effects by storing it inside a stuffed toy-like accessory that can be attached to a bag, shoulder badge, etc., or inside a doll like Chiyashi, and making it emit light. .

In particular, if the movable part of the dog (W) is made to match the dog's or cat's tail part, the wagging tail can create a visually cute effect. M
21A is a schematic diagram of a type that generates electricity mainly using vertical motion, but in order to effectively incorporate vertical motion, a support (P) is installed at the oblique end of the rotating shaft (R). Attach the weight (W) diagonally. Rotating axis (R
) is attached to the left end of the sp ring (sp).
This is to balance out the t-ment caused by W). As an application of this power generation device, it is stored in a suitable case as an automobile accessory, a transparent bulb that also serves as an outlet is placed in the tflJ (W) part, and a light emitting diode r is fixed in it. , if you light it with this generated power,
Since it can be turned on while vibrating, it is possible to create something that is visually appealing. It is also possible to obtain the same effect by attaching it to a bow or the like.

Note that (D) is a dummy provided so as to be left and right symmetrical, and a light emitting diode r is also housed in this dummy.

The one shown in FIG. 3 is one in which the rotating shaft (R) itself is magnetized, which is useful for downsizing the power generation device, and the operating principle is the same as the two examples described above.

The one shown in Figure 4 is used as a second magnet (K2) to provide a repulsive force to the first magnet (K2). By alternately magnetizing in the direction of repulsion and attraction, instead of magnetizing only in the direction of il, it is possible to accelerate -r in the downward direction of the first magnet (Ml) (5). By doing so, it is possible to increase the vibration level of the first magnet (blocker) and increase the power generation efficiency.

The present invention makes it possible to generate electricity by reducing the extremely small amount of vibrational energy that occurs when walking, but as a measure to further increase the power generation efficiency, it is possible to generate electricity by using a support (
It has been confirmed through experiments that the power generation efficiency can be further improved if P) is made of an elastic body. Also, the rotation axis (R
) can be similarly generated by rotating it using the rotational energy obtained from a flovera, wheels, etc. The former can be used as a wind generator or anemometer, and the latter can be used as a wind generator or anemometer, and the latter can be used as a wind generator or an anemometer, and the latter can be used as a wind generator or an anemometer. It is possible to realize interesting agility by attaching it to military caps such as cars.

[Brief explanation of drawings]

FIGS. 1, 2, 3, and 4 are schematic diagrams showing one embodiment of the present invention. Explanation of symbols B: Bobbin ST: Stroke C: Coil L: Winding
Ml: First magnet K2: Second magnet (6) P: Support R: l! 8] Transfer #l υJ Niomori SP:
Sujirishiji D Nidummy Patent Applicant Eastern Electric Co., Ltd. (7) ;t72/￥7

Claims (8)

[Claims] (1) A coil wound on the outside of the body, a first magnet movable inside the body, and a coil on the F side of the body,
A power generating device comprising: a second magnet whose distribution position can be displaced by an external force; and means for obtaining the external force; and configured to obtain electric power from both ends of the winding. (2) Power generation according to claim 1, in which a support CP) is attached to the rotating shaft (R), a second magnet (M2) is fixed to the upper end, and a magnet (W) is fixed to the lower end. Device. (3) Attach the support (P) to the rotating shaft (R), attach the second magnet (M2) to the upper end, and attach it to the oblique end (fix the center,
The power generating device according to claim 1, wherein one end of the rotating shaft (R) is fixed via a splitter (Sp). (4) The rotating shaft (R) itself is magnetized, and the second magnet (M
2) The power generation device according to claim 1 or 2 or (1) or 3. (5) Power generation according to claim 1 or 2 or 3 or 4, in which the second magnet (M2) is magnetized in a direction that provides a repulsive force to the first magnet (Ml). Device. (6) The second magnet (M2) is magnetized alternately in an opening direction that gives a repulsive force to the first magnet (Ml) and in a direction that gives an attractive force to the first magnet (Ml). The power generation device according to item 3 or 4. (7) The power generating device according to claim 1 or 2 or 3 or 4 or 5 or 6, wherein the support (P) is made of an elastic body. (8) The scope of the present invention includes a mechanism for applying rotational force by a flow roller, a wheel, etc. to the rotating shaft (R), and the second magnet (M2) can be rotated in synchronization with the rotating shaft (R). The power generation device according to item 1.