JPH10333689A - Sound producing jar by water drops - Google Patents

Abstract

PROBLEM TO BE SOLVED: To dispense with civil engineering-like work requiring complicated procedure and a high cost, simplify repair and enable conveyance by placing a jar body into a box-like supporter, fitting a waterdrop rod body to a waterdrop rod body coupling hole, and arranging wave suppressors on the opening section side inside wall of the jar body. SOLUTION: The inside of a supporter 2 formed into a box-like body is formed into a two-layer cavity shape. The whole jar body except for the jar body bottom side section is arranged in the lower cavity section 22 with the jar body opening section located on the lower side. One or multiple water drop holes are provided on a supporter surface section 23, and hand-washing water flows to a waterdrop rod body 4. The waterdrop rod body 4 is fitted so that its surface is located on the surface of the holes provided on the supporter surface section 23. An opening section 24 provided on the side wall of the supporter 2 and on the side wall of the upper cavity section 21 is an outer of the waterdrop sound generated at the lower cavity section 22 to the outside from the upper cavity section 21 through the hole of the jar body bottom side section. A hole to be fitted with the waterdrop rod body is provided at the bottom side section of the jar body 3. A proper number of wave suppressors 5 are arranged inside the jar body 3.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a water cave. Suikoto cave is said to be a Japanese garden in which a fossil is buried in the ground and a cavity is created, and the water that falls down there echoes to make it sound like a koto. Usually, it is provided at a sluice, which is a dent in the front of the basin in Tsukubai, where the water flows. In particular, the present invention can be used by burying it in the ground, but it can be carried around and used on the ground, and
This is related to the water cave where you can enjoy the echo of the water and the sound of the abyss.

[0002]

[Prior art] Suikoto cave is said to have been invented during the Edo period regarding a water gate in front of a water bowl in a Japanese garden. It is a unique way of enjoying sound in Japan that uses the water in a water bowl and enjoys the echo of the water. The invented Suikin cave technology today has little change in its structure and technique even though the materials used are changed. The technique of constructing a water cave, which is performed today, first digs a hole of the size and depth suitable for putting a fushi bottle in the ground, piles pebbles below the bottom of the hole, and piles pebbles above it . Then, bury a bottle with a hole enough to allow a lead pipe to pass through the bottom side, glue the edge of the bottle to pebbles and pebbles, and make a gap between old bricks and large stones on the outside of the bottle. Stuff. In addition, the outside and the bottom to the surface of the ground are firmly covered by fine soil, and water drops fall through a lead pipe attached to the hole provided on the bottom side of the fushi bottle, and it hits the pebbles and echoes Then, the sound was transmitted from the edge of the abyss to the outside through the ground. This technology is still used today, and other than that, in order to improve the sound, for example, a tile or a galvanized sheet is installed, as if floating in a hoop. It is also known that water drops are dropped or water is put on the underlay of the fuja. Also, a method has been proposed in which the opening edges of the bottles are bonded using two bottles, the bonding portion is slightly opened, and a dripping sound is extracted therefrom. In addition to these methods, for example, a method of placing a water body in a bottle body and providing a resonance portion in the bottle body (Japanese Patent Application No. 8-18983).
No. 5) was also used.

[0003]

[0005] Since the conventional Suikin cave is always buried under the ground, not only does it require a great deal of labor for its construction, but also laying of pebbles and pebbles, and There were many difficulties in setting the bottles, selecting the location, laying tiles, and arranging large stones. In addition, the sound and tone of Suikinkutsu cannot be absolutely tested during the formation of Suikinkutsu. For this reason, after forming all the water cave, it was necessary to try it, and if it was different from the intended tone and sound, it was necessary to break everything and start over again from the beginning. It created a great deal of labor and time, and wasted material and money. Furthermore, since the Suikin cave is constructed on the premise that it is formed by forming a cavity in the ground, it has been assumed that it will not be constructed on the ground or in the semi-ground, and even more, you will carry the Suikin cave, It was not installed in a convenient location with water, and the sound could not be enjoyed. Furthermore, it is impossible to adjust the falling time of water droplets or to produce various tones, and the sound is low and difficult to hear. The traditional Suikin cave has such inconveniences and drawbacks.

[0004]

Means for Solving the Problems The conventional Suikin cave has the above-mentioned disadvantages and inconveniences. In order to eliminate these drawbacks and inconveniences, the outer wall surface on the bottom side of the bottle is placed inside a box-shaped support having a plurality of openings in the side wall and having a two-layer hollow inside. In the upper cavity, and so that the bottle body opening side is located in the lower cavity in the support,
The bottle body is attached, and one or more holes are provided in the bottom side wall of the bottle body, and the surface of the water drop rod body is located on the upper surface of the support in one or more water drop rod body fitting holes. One or more water drop rod bodies are attached to
Further, a water-sink cave in which one or more wave absorbers are arranged on the inner side wall of the bottle opening side, and / or, in this water-sink cave, the upper end side is opened and the lower end side is sealed with one or more through holes. An upper end is opened and a lower end is formed in an inverted funnel shape in the large cylinder, and one or more small cylinders having one or more long holes are formed in the side wall. Through one or more through holes in the cylinder,
And the long hole of the small cylinder is attached so that the long hole of the small cylinder is located inside the large cylinder, or a part of the small hole is outside the large cylinder. One or more drip rod bodies and one obliquely bent plate
The two obliquely bent plates are formed so as to cover the upper side of the two obliquely bent plates, and the two obliquely bent plates are not in contact with each other. This is done by using a water box with one or more holes, one or more of which are attached or arranged at the same time, or a box-shaped wave absorber with one or more holes on the side wall. is there. The present invention seeks to provide a previously unseen Suikinkutsu.

[0005]

The function of the Sukinoto cave of the present invention can be carried and moved because it can be constructed on the ground, and it can be easily buried in the ground, excavated and repaired. is there. In the water cave of the present invention, the water that has flowed to the Tsukubai by the water drop rod body is collected in the large cylinder of the water drop rod body, and then, by adjusting the spiral screw of the small cylinder in advance, the small cylinder It is configured to fall from the long hole and drop to the bottle opening side from the inverted funnel-shaped opening at the lower end of the small cylinder. With this configuration,
Water has the effect of always dropping a fixed amount, whether small or large, and depending on the number of water drop rod bodies or the number of small cylinders inside the water drop rod body, a screw screw can be conveniently formed. By adjusting, various sounds can be produced. That is, the number of water drops is not always one, and a plurality of water drops can be dropped at different times. In addition, water droplets generate sound by dropping on the water surface pooled at the bottom of the bottle opening side, but in order to produce a better tone, the water surface of the pool water is always flat. Is most desirable. For this reason, after the water drop falls and generates sound, a wave is generated on the surface of the pooled water, and the sound of the next drop of water is absorbed by the wave. For this reason, in the present invention, one or more wave absorbers are disposed on the inner wall of the bottle body opening side in order to promptly eliminate the waves on the water surface of the accumulated water, so that the sound of water droplets is always produced. It has the effect of being able to do so. Further, the present invention provides one or more holes in the bottom side wall of the bottle body and creates a hollow inside the support body so that a natural water drop sound can be generated and heard in a natural state. And a two-layer cavity is formed, and an opening is provided on the side wall of the upper cavity. As a result, the sound of the water drops that have fallen on the surface of the pool of water is collected in the bottle, passes through the hole on the bottom side of the bottle, collects in the upper cavity of the support, and then passes through the opening in the side wall. It has the effect of being heard outside. That is, the upper cavity of the support has an effect like a sound dance room. The Suikoto cave of the present invention has such an effect.

[0006]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an embodiment of the present invention. FIG. 1 is an overall view showing the entirety of the present invention, FIG. 2 is a sectional view showing a partial section of the present invention, FIG. 3 is an overall view of a water drop rod body, and FIG.
FIG. 3 is an overall perspective view of the wave absorber. (1) is the main body of the Suikoto cave of the present invention. This main body (1) is composed of a support, a bottle, a water drop rod, and a wave absorber. The main body of this water cave (1) is formed on the ground, and in this state, it can not only be carried and moved, but also can listen to water sounds on the ground. Also, it can be formed on the ground and buried underground in this state to listen to water sounds. Therefore, in addition to being able to listen to the sound of water at the entrance of a house, in a washroom, and indoors, this water cave can enjoy the sound of water at the corner of a traditional garden. is there.

[0007] (2) is a support. The support (2) supports the bottle upside down. The support (2) is formed of a suitable material such as a stone material, a hard glass material, or a hard resin material. In this embodiment, a stone material or a hard glass material is used.
In this embodiment, the support (2) is formed in a box shape, but it is not necessarily required to be a box shape, and may be another shape such as a cylindrical shape. Support (2)
Is formed in a box shape, has a plurality of openings having different functions in the side wall, and has a hollow interior. The inside of the support (2) is formed to have a two-layer hollow shape,
The upper cavity is a box-shaped support (2) that locks the bottom of the bottle
The lower cavity formed between the support plate provided inside the support and the side wall of the support (2), which is also used as a substrate, is provided with a support plate provided inside the support (2) and a box-shaped support (2).
And the side wall of the second member. That is, in this embodiment, the upper surface of the support (2) can also be used as a braid, and is formed in a square shape. (21) is an upper layer cavity. The upper cavity portion (21) is formed between a support plate provided inside the support body (2) and a side wall of the support body (2), and the bottom of the bottle body is provided with a locking support. Then, it is located in the upper cavity portion (21), and the water drop rod is penetrated. This upper cavity (21)
Is a cavity in which the bottom side of the bottle body is locked and supported and has a slight gap. This upper layer cavity (21)
It also fulfills the function of a dance room. That is, the sound of water droplets enters the upper cavity (21) through a hole provided on the bottom side of the bottle body, and the opening provided on the side wall of the support (2) from the upper cavity (21). Pass through and go outside. (22) is a lower cavity. The lower cavity (22) is formed integrally with the upper cavity (21) below the upper cavity (21) by the support plate provided in the support (2) and the side wall of the support (2). Is what is done. In the lower cavity portion (22), the entire bottle except for the bottom portion of the bottle is disposed with the opening of the bottle facing downward. In this case, the bottle opening is arranged so as not to contact the bottom side of the support (2). That is, the lower cavity (2)
2) has a function of a water drop sound generation and sound collection chamber.
Reference numeral (23) denotes a support surface portion, and the support surface portion (23) functions as a substrate. That is,
The support surface (23) is provided with one or a plurality of water drop holes. For example, when hand wash water is dropped, the water flows through the hole provided with the water drop rod body. It is. It is mounted so that the surface of the water drop rod is positioned on the surface of the hole provided in the support surface (23). Reference numeral (24) denotes an opening provided on the side wall of the support (2) and on the side wall of the upper cavity (21). The opening (24) is formed so that the sound of water droplets generated in the lower cavity (22) passes through the hole on the bottom side of the bottle body and passes through the upper cavity (21).
And exits from the upper cavity (21). This makes it possible to easily hear the water drop sound. Therefore, the number of the openings (24) is not necessarily one, and a plurality of the openings (24) may be provided on the side wall of the upper cavity (21) of the support (2). still,
An opening similar to the opening (24) can also be provided on the surface (Tsukubai) (23) of the support. An opening (25) is provided in the lower side wall of the support (2) lower cavity (22). This opening (25)
The support (2) is provided on a side wall slightly higher than the bottom surface. Support (2) When provided at the same position as the bottom surface, support (2)
This is because water does not accumulate on the bottom surface, and it is no longer possible to obtain a reaction between water droplets and water. On the bottom of the support (2),
It is necessary to keep a constant amount of water at all times, and when the amount of water exceeds the certain amount, the water is drained out from the opening (25). Therefore, the number of the openings (25) is not limited to one, but may be plural. This opening (2
In 5), a drain pipe or the like is provided to drain water.

[0008] (3) is a bottle body. This bottle (3)
Constitutes the main body (1) of the Suigoku cave together with the support (2). Various sizes of the bottle body (3) can be used. The bottle body (3) can be selected according to the size of the main body of the Suigoku cave (1). In this embodiment, a bottle body (3) having a size of two doves, which is usually used, is used. However, the bottle (3)
The size of the object is such that a suitable one can be used. The material of the bottle body (3) may be ceramic, synthetic resin, metal, or other materials. In this embodiment, a pottery is used. Calculate the sound and its effects,
This is because the pottery is preferably used as the bottle (3). However, if you want other sounds or sounds, even if it is not a pottery, even a metal material, a synthetic resin material,
It is possible to use it as a bottle (3). The shape of the bottle (3) is a water bottle in this embodiment. However, it is also possible to form bottles (3) of other shapes. This bottle body (3) has a bottom side portion of the bottle body (3) fixed to a support plate inside the support body (2) and is held and fixed. That is, the bottle (3) is locked and held inside the support (2) with the bottle (3) turned upside down. The bottom of the bottle (3) is positioned in the upper cavity (21) of the support (2), and the support (2) is positioned so that the opening side of the bottle (3) is positioned in the lower cavity (22). ), And are held and fixed. The bottom of the bottle body (3) is provided with a hole through which one or more water drop rod bodies can be mounted, and one or more holes other than the water drop rod mounting holes are provided. Is what it is.
The bottle body (3) also has a function of collecting water drop sounds generated on the bottom surface of the support (2). (31) is the bottom of the bottle body. The bottle body bottom side (31) is provided with a water drop rod mounting hole and a hole for sound transmission. This bottle body bottom side (31) is the support (2) upper cavity (21)
The bottle body (3) is mounted in the support body (2) so as to be located inside. (32) is a hole. At least one hole (32) is provided in the bottle body bottom side (31). A plurality may be provided. The hole (32) is provided for introducing the sound of water droplets generated on the bottom surface of the support (2) collected by the bottle (3) into the upper cavity (21) of the support (2). Is what it is.
With this hole (32), the sound of water drops can be heard naturally. (33) is a bottle body opening. The bottle opening (33) is located on the bottom side of the support (2),
It is provided in the lower cavity (22). The bottle opening (33) is provided so as to be located slightly in the water pooled on the bottom surface of the support (2). That is, the bottle body (3) is mounted so as to be slightly closer to the bottom surface of the support (2) than the position of the opening (25) of the support (2).
As a result, the sound of falling water is always generated inside the bottle (3) without the sound of the water drop being emitted outside the bottle (3). The bottle opening (3
3) The edge may be mounted on the support (2) bottom side.

[0009] (4) is a water drop rod body. The water drop rod body (4) collects and drops water flowing on the Tsukubai (23). The material of the water drop rod body (4) may be a ceramic material, a glass material, a synthetic resin material, or another material. In this embodiment, a synthetic resin material is used. The water drop rod body (4) is composed of a large cylinder and a small cylinder. The upper end of the water drop rod body (4) is located on the upper surface of the support (Tsukubai) (23), passes through the upper cavity (21) of the support (2), and penetrates the bottle body (3). It is mounted and fixed such that its lower end is located inside the bottle body (3). By attaching to the support (2) and the bottle (3) in this manner, water on the Tsukubai (23) can be easily collected and dropped into the bottle (3) appropriately. . (41) is a large cylinder constituting the water drop rod body (4). This large cylinder (4
1) is a large cylinder (41) as compared with a small cylinder, and is not particularly large. It can be formed in a convenient size. This large cylinder (41)
Is open at the upper end side, the opening is located on the upper surface (23) of the support, and the lower end side is closed with one or more holes. In this embodiment, it is formed in a cylindrical shape. However, the shape is not necessarily required to be cylindrical, and may be a cubic shape or another shape. A small cylinder is mounted and fixed in the large cylinder (41) via a hole in the large cylinder (41). (42)
Is a small cylinder. The small cylinder (42) is open at the upper end side,
The lower end is formed in an inverted funnel shape and is open, and the side wall is formed to have one or a plurality of long holes. In this embodiment, the small cylinder (42) is formed in a cylindrical shape. However, the small cylinder (42) is not necessarily required to have a cylindrical shape, and may have a cubic shape or another shape. The small cylinder (42) has a long hole provided in the side wall of the small cylinder (42) inside the large cylinder (41).
The small cylinder (42) is attached and fixed so that a part of the long hole is located outside the large cylinder (41). Small cylinder (4
In the inverted funnel shape at the lower end side of 2), since the amount of water droplets depends on the opening width of the funnel, a subtle water droplet sound can be generated depending on the size of the opening width. In this embodiment, the opening width can be formed between 5 mm and 10 mm, and the diameter of the water drop sphere can be formed between 5 mm and 10 mm. It is also possible to mount a plurality of the small cylinders (42) in the large cylinder (41). (43) is a long hole. The slot (43)
One or more are provided on the side wall of the small cylinder (42), and may be vertically long or horizontally long. In this embodiment, they are provided in the longitudinal direction. This slot (4
The size of 3) is formed to be a convenient size. From this long hole (43), by adjusting the spiral screw,
The water accumulated in the large cylinder (41) flows into the small cylinder (42) and falls from the funnel opening. (44)
It is a spiral screw. This helical screw (44) is a small cylinder (4
2) It is fitted into the upper end side opening. By adjusting the spiral screw (44), the small cylinder (42) is adjusted.
The opening width of the long hole (43) of the side wall can be adjusted, whereby the amount of water flowing out of the long hole (43) can be adjusted. Water drop rod body (4) of the present invention
Is configured as described above.

(5) is a wave absorber. This wave absorber (5)
Is made of a suitable material such as a synthetic resin material or another metal material. In this embodiment, a synthetic resin material is used. The wave absorber (5) is formed such that one obliquely bent plate covers the upper side of the other one obliquely bent plate, and the two obliquely bent plates are not in contact with each other, and a slight gap is formed. Are formed in a box shape as a whole, and 1 side wall of a plate body forming another obliquely bent plate is provided.
One or a plurality of holes are provided. In this embodiment, the wave absorber (5) is formed in a box shape, but is not necessarily a box shape, and may be, for example, a cylindrical shape or another shape. (51) is one obliquely bent plate. This one obliquely bent plate (51)
It is formed so as to cover the upper side of another obliquely bent plate. This is to prevent the water drops from falling back into the bottle body (3) and causing the waves to return. (52) is another obliquely bent plate. The other one of the obliquely bent plates (52) is formed under one of the obliquely bent plates (51), does not contact the one obliquely bent plate (51) at all, and is slightly there. Are provided. A wave on the water surface generated in the bottle body (3) passes through the space above the other obliquely bent plate (52), and the wave falls into the box. It is. As a result, there is no wave reversal, and the water surface in the bottle body (3) always has the same horizontal plane even if water drops fall. By maintaining the water surface like a mirror, a constant water drop sound can always be generated. (53) is the other one of the obliquely bent plates (5
One or a plurality of holes provided in the side wall of the plate body forming 2). The hole (53) is provided on a plate forming another obliquely bent plate (52), that is, on a side wall of the wave absorber (5). This hole (53)
The water of the wave that has flowed in on the other one of the obliquely bent plates (52) is used to cause the water that has flowed into the box of the wave absorber (5) to flow out of the box. Things. The wave-absorbing body (5) formed in this manner causes a wave generated by a water drop falling from the water drop rod body (4) into the bottle body (3) to generate a wave on another obliquely bent plate (52). Through and one obliquely bent plate (5
According to 1), the wave is prevented from returning, and the wave is dropped into the box, and the wave water flows out of the box through the hole (53). As a result, no wave reversal occurs in the bottle body (3), and the water surface is always stationary like a mirror. The wave absorber (5) is provided inside the bottle (3) in an appropriate number. As a result, even if the wave travels in any direction, the wave is eliminated in the bottle body (3). The wave absorber (5) is configured as described above.

The support (2), the bottle (3), the water drop rod (4) and the wave absorber (5) formed as described above are configured as follows. Upper cavity (2) in support (2)
The bottle body (3) is positioned so that the bottom side (31) of the bottle body (3) is located in 1) and the opening (33) is located in the lower cavity (22) of the support body (2). Mounted in the support (2),
A water drop rod (4) is attached to the bottom side (31) of the bottle (3), and a wave absorber (5) is arranged inside the bottle (3). . In such a configuration, for example, the bottle (3) is attached to the support (2) in advance, and the wave absorber (5) is placed inside the support (2) so as to be located inside the bottle (3). , The bottle body (3) is mounted, then the water drop rod body (4) is attached to the bottle body (3), and thereafter, the piercing portion (23) of the support (2) is provided. It can be formed also by a method, or can be formed by other known methods. The thus constructed water cave of the present invention is characterized in that water falling on the upper surface of the support (Tsukubai) (23) is dropped into the bottle body (3) through the water drop rod body (4) to form a water drop sound. And pass it through the hole (32) in the bottom side (3) of the bottle (3) and the support (2)
It is placed in the upper cavity (21) and listens at the support (2) opening (24). The wave absorber (5) is disposed in the bottle (3) so as to always hear a constant water drop sound.

[0012]

According to the present invention thus constructed, there is no need to perform complicated and costly civil engineering work for making a Suikoto cave, and it is easy to repair and portable. If there is a place of an appropriate size, the device can be installed in a garden or indoors. For example, the device can be easily installed on the entrance side of a detached house. Furthermore, it is convenient that it can be supplied economically at a low cost. Furthermore, by making the support transparent, it is also possible to enjoy watching the pottery of the bottle and listening to the sound. The present invention has such an effect.

[Brief description of the drawings]

Fig. 1 Overall view

FIG. 2 is a sectional view

FIG. 3 Overall view

FIG. 4 Overall view

[Explanation of symbols]

 (1) Main body of Suikoto cave (2) Support (21) Upper cavity (22) Lower cavity (23) Upper surface of support (Tsukubai) (24) Opening (listening) (25) Opening (drain) (3) Bottle body (31) Bottle body bottom side (32) Hole (33) Bottle body opening (4) Water drop rod body (41) Large cylinder (42) Small cylinder (43) Long hole (44) Spiral Screw (5) Wave absorber (51) One diagonally bent plate (52) Another one diagonally bent plate (53) Hole

Claims (4)

[Claims] 1. A bottle-shaped support body having a plurality of openings in a side wall and having a two-layer hollow inside, a bottom outer wall surface of a bottle body in an upper layer hollow portion of the support body, and a bottle. The body opening side,
Attach the bottle so that it is located in the lower cavity of the support,
One or more holes are provided in the bottom side wall of the bottle body, and the water drop rod is positioned such that the surface of the water drop rod body is positioned on the upper surface of the support in one or more water drop rod body fitting holes. One or more bodies are attached, and further, one or more wave absorbers are arranged on the inner side wall on the opening side of the bottle body. 2. A large cylinder which is open at the upper end and closed at the lower end with one or more through holes,
The upper end side is open, and the lower end side is formed in an inverted funnel shape and opened, and the side habit includes a small cylinder having one or more long holes formed therein, one or more small cylinders, and one or more large cylinders. Through the through hole of, and the long hole of the small cylinder in the large cylinder,
Alternatively, one or a plurality of water droplet rod bodies formed by fitting a part of the long hole of the small cylinder outside the large cylinder and fitting a spiral screw into the upper end side opening of the small cylinder are attached. The water cave of claim 1, wherein: 3. One obliquely bent plate is formed so as to cover the upper side of another one obliquely bent plate, and these two obliquely bent plates do not come into contact with each other and a slight gap is formed. A single or a plurality of box-shaped wave absorbers having one or a plurality of holes are provided on the side wall of the plate body that is formed and forms another one obliquely bent plate. The water squid cave according to claim 1, wherein: 4. The water spit cave according to claim 1, wherein the water drop rod body according to claim 2 and the wave absorber according to claim 3 are mounted and arranged.