JP2002010712A - Generator for sound and aerial vibration or the like for growing plant - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make roots of plants and surrounding soil, etc., receive effects of a sound and aerial vibration, etc., activate the roots of plants and surrounding soil, etc., and promote absorption of nutriments, etc., because a continuous sound and aerial vibration, etc. are generated by striking rods, etc., rotating with rotation of a motor for driving when the generator is inserted into soil or water, etc. around the plants and operated. SOLUTION: This generator is capable of generating the continuous sound, etc., by mounting the motor (11) for driving through a mount (12) for the motor (11) for driving in the center of the bottom of an inner can (7), securing striking rods (9) to the tip of a rotating shaft (10), extending the tips thereof according to the rotation and striking both left and right tips of a sound generating rod (8) mounted downwardly from the ceiling of the inner can (7). The generator serves to echo and amplify the sound, etc. in the inner can (7) and an outer can (5) by inserting the inner can (7) into the somewhat larger outer can (5) than the inner can (7) and further has a structure capable of preventing noise produced in air and floating, turning over, etc.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION An object of the present invention is to mainly promote the growth of plants, and to produce continuous sound and air vibration by hitting a sound generating rod with a hitting rod rotated by a driving motor. The present invention relates to a sound generator for growing a plant, which is further amplified by an inner can and an outer can and an air vibration generator.

[0002]

2. Description of the Related Art Conventionally, there is no such thing.

[0003]

Conventionally, for the growth of plants, fertilizers and the like have been provided so as to activate the roots and absorb more nutrients and the like from the roots. In addition, it is intended to directly activate the soil and the like in the vicinity thereof to increase the absorption capacity of nutrients and the like.

It is an object of the present invention to increase acoustic energy and air vibration to the roots of plants and the soil or water around the roots, thereby enhancing the absorption and activation of nutrients and the like of the roots.

[0005]

Means for Solving the Problems To achieve the above-mentioned object, a sound and air vibration generator for growing a plant of the present invention is provided in a part of soil or under water around the root of the intended plant. It is used to enter.

[0006] The above-mentioned sound generator for growing a plant and the air vibration generator are provided at the center of the inner can. The striking rod, which is slightly longer than the left and right intervals, is attached so as to cross the axis of rotation. When the driving motor rotates, the portions connected to the left and right ends of the striking rod are extended by centrifugal force to strike the left and right ends of the sound generating rod, so that continuous sound and air vibration are generated.

[0007] Further, for the purpose of amplifying sound and air vibration, waterproofing, floating, and preventing falling, an acoustic generator or the like is provided in the inner can and the inner can is inserted into the outer can to further enhance the effect.

[0008] A sound-absorbing material such as a rubber plate is attached to the upper portion of the outer can in order to prevent noise generated in the air. The lower part of the outer can is a downward semicircular shape to make it easier to enter the soil. Several holes are made to allow water, mud, etc. to enter, and antifloating wings are attached to the outer surface of the lower part. The bottom can be weighted if necessary. It also has a structure such as mooring on a mooring bar for preventing movement.

It is preferable to use a piano wire or the like which has high elasticity for the sound generating rod and the hitting rod to be used.

[00010]

The sound generator and the air vibration generator for growing a plant constructed as described above rotate the striking rod with the rotation of the driving motor, and both ends of the striking rod extend horizontally due to centrifugal force. It strikes the left and right ends of the equalizing rod, and generates continuous sound and air vibration. The sound and the like are resonated and amplified in the inner can, and further amplified in the outer can.

[00011] When installed in a paddy field or underwater, water, mud, etc. enter through the holes at the bottom and bottom of the outer can,
It acts as a weight and prevents surfacing together with wing-prevention wings, and also prevents falls. It can also be fastened to a stay bar to prevent it from overturning.

In order to mitigate noise emitted into the air from the upper part of the outer can, noise reduction such as a rubber plate is applied to the side and upper surfaces of the upper part of the outer can to prevent noise.

The roots of plants that have been subjected to acoustic and air vibrations will more actively absorb nutrients, water and the like necessary for growth.

[00014]

Embodiments will be described with reference to the drawings.
In FIG. 2, a drive motor mounting base (12) having a drive motor (11) fixed thereto is provided at the center of the bottom of the inner can (7), and the rotation shaft (10) of the drive motor (11) has a rotation shaft ( A striking rod (9) is fixed so as to cross in a cross shape with respect to (10), and a portion (9-) connected to both ends of the striking rod (9) by centrifugal force with the rotation of the driving motor (11). 2) extends horizontally and strikes both left and right ends of the sound generation rod (8) to generate continuous sound and air vibration.

The sound generating rod (8) is inserted into the insertion hole (14) of the ceiling (13) of the inner can (7) with both the left and right ends facing the bottom. It is located about 2 to 3 cm below the tip of 9), and the distance between the left and right sides is such that the tip of the impact rod 9 slightly touches when the both ends of the impact rod 9 extend horizontally and rotate. (9) It is slightly smaller than the length.

The inner can (7) to which the above-mentioned sound generating device is attached is inserted into a slightly larger outer can (5).

The outer can is provided with a packing (17) of rubber or the like for the purpose of waterproofing. Also, in order to prevent noise generated in the air due to the generation of sound, a silencing material such as a rubber plate (1) is provided on the upper side, the outer surface, and the lid of the outer can exposed in the air.
8) is attached.

When the acoustic and air vibration generator (4) for growing plants is placed in a paddy field or water, there is a possibility that the generator (4) will float and fall, so the lower part of the outer can (5) is used to prevent this. One to several holes (19
・ Open 20) so that mud or water invades from this to play a role of weight. Further, on the outer surface of the lower portion of the outer can, a circular anti-floating wing (21) that is slightly upward is provided so as to prevent the levitation and keep the horizontal level stably. The weight (25) can be appropriately set on the bottom of the outer can.

[00019]

The present invention is configured as described above and exhibits the following effects.

With the rotation of the driving motor, the tip of the striking rod extends and strikes the lower tip of the sound generating rod to generate continuous sound and air vibration.

[0002] The sound, air vibration, etc. generated above reverberate inside the inner can and further propagate inside the outer can, and similarly resonate and amplify.

[0002] Further, by inserting the inner can into the outer can, it is possible to prevent the intrusion of water in the soil and the like, and also to prevent noise generated in the air, floating and falling, and stable installation.

[0002] If the tip is moored to one to four mooring rods each having an arrow-shaped tip for more stable installation, the solar cell can be installed on the upper part further stably.

[0002] The root of the plant is activated by receiving the sound, etc. when the sound is generated by inserting into the soil or underwater around the plant for the purpose of the sound and air vibration generator for growing the plant of the present invention. It is effective for plant growth because it promotes the absorption of nutrients. Also, less power is used for the drive motor. It is more economical to use solar cells. As a result of the experiment, the following effects are observed for plants that do not use this device. 1 Test cultivation of rice ………………………………………………………………………………………………………………………………………………………………… …………………………………….
We were able to harvest 5% more. 2. Chrysanthemum pot plant ……………… As a result of using this device after planting,
It grew faster than chrysanthemum without this device, and had thick stems and long flowers.

[Brief description of the drawings]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view showing an embodiment using a sound generator for plant growth and an air vibration generator.

FIG. 2 is a longitudinal sectional view showing an embodiment of an acoustic and air vibration generator for plant growth.

FIG. 3 is a plan view showing an embodiment of a mounting portion for a sound etc. generating rod.

[Explanation of symbols]

 1. Plants 2. 2. plant roots 3. In the soil or underwater 4. Acoustic and air vibration generators for plant growth Outer can 6. 6. Lower part of outer can 7. inner can Sound generating rod 9. 9. Striking rod 9-1 Center part of striking rod 9-2 Left and right ends of striking rod 9-3 wheels Rotating shaft 11. Driving motor 12. Mounting base for driving motor 13. 13. Inner can ceiling So entrance 15. Wiring 16. Outer can lid 17. Packing of rubber etc. Sound deadening material 19. Side hole 20. Bottom hole 21. Anti-floating wing 22. Mooring rod 23. Mooring zone 24. Arrow-shaped tip 25. Weight 26. Base plate 27. Removal part 28. Power supply

Claims (7)

[Claims] 1. A sound and air vibration generator for growing a plant which generates continuous sound and air vibrations in any soil or underwater around a plant root (2). 4) 2. A drive motor (11) is attached to the center of the bottom of the inner can (7) via a drive motor mount (12) at the bottom of the inner can (7), and the tip of a rotating shaft (10) thereof. In addition, a striking rod (9), which is longer than the interval between the left and right ends of the sound generation rod (8), is fixed so as to intersect with the rotation axis (10), and when the striking rod (9) rotates, it is centrifuged. The structure has a structure in which the front end portion extends horizontally by force and can continuously hit both the left and right front ends of the sound generating rod (8) attached to the bottom from the ceiling (13) of the inner can. Item 4. A sound and air vibration generator for growing a plant according to Item 1 (4). 3. The sound and sound for growing a plant according to claim 1, wherein the inner can (7) to which the driving motor (11) is attached has a structure inserted into a slightly larger outer can (5). Air vibration generator (4) 4. A portion of the outer can (5) which is in contact with the lid (16) when the lid (16) is tightened on the upper side thereof is provided with a packing (17) such as rubber for preventing water from entering, and furthermore, the inner can (7). 2. A sound and air for growing plants according to claim 1, wherein a sound-absorbing material (18) made of rubber or the like is attached to the entire side portion of the outer can (5) above the upper side portion and the side and upper surfaces of the lid. Vibration generator (4) 5. The striking rod (9) of the inner can (7) has a central portion (9-
1), the both ends (9-2), and the three left and right ends (9-2) of the striking bar, the center portion (9-1) of the striking bar, and the ring (9-3) 2) wherein the two ends (9-2) of the striking rod are horizontally extended by centrifugal force when rotated to continuously strike the sound generating rod (8). Sound and air vibration generators for growth (4) 6. A lower end of the outer can (5) is half-oval and can be removed at an upper portion and a removing portion (27), and has a plurality of holes (19.20) on its side and bottom. About 15 from the bottom
2. The sound and air vibrations for plant growth according to claim 1, wherein the structure has a structure in which an anti-floating wing (21) of an upward facing type is attached to the outside on a centimeter and a weight (25) is appropriately attached to a bottom portion. vessel 7. The outer can (5) is moored by one to four mooring rods (22) and a mooring band (23). The sound and air vibration for plant growth according to claim 1, wherein the mooring rod (22) has an arrow shape (24) at the tip and a base plate (26) for installing a power source (28) at the upper end. Generator