JP6721149B2 - Yuragirin - Google Patents

Description

The present invention relates to phosphorus.

Various types of phosphorus have been proposed as bells that ring sounds, as Buddhist phosphorus as a funeral tool, and as wind chimes that make noise when hit by the wind.
The present applicant has previously proposed Buddha Rin which swingably supports a bowl-shaped Rin portion that opens downward so that the sound spreads evenly around the Rin portion without hindering the vibration of the Rin portion. (Patent Document 1).
As a result of further studying that it is possible to enjoy shaking, the present invention has been achieved.

JP 2012-30132A

It is an object of the present invention to provide a wobble-ring which has a large shaking and is excellent in the taste.

A fluctuation phosphorus according to the present invention is characterized by including a swingable phosphorus main body portion and an action body erected from the phosphorus main body portion.
Here, the acting body refers to a member which is touched by a hand to shake the phosphorus main body or which is shaken by wind.

In the present invention, the phosphorus body is not limited in its shape as long as it can swing.
For example, a substantially bowl-shaped inner bottom having an open top and a gentle convex bottom, and an inverted bowl-shaped inner bottom having a bottom open may be swingably supported by a support member.
In this case, the bottom of the upside down bowl may be supported like a jib, or the support member may be an elastic body so as to swing.

In the present invention, the acting body may include a flexible linear member standing upright from the phosphorus main body portion, and an acting portion connected to an upper side of the linear member.
This makes it easier for the phosphorus main body to sway when the effector is lightly touched by the hand or the wind hits it.
Further, since the acting body itself shakes due to the bending of the linear member, the linear member or the acting portion may have an auxiliary phosphorus portion.
In this way, a sound will be produced even if the auxiliary phosphorus part shakes.
Moreover, you may provide a hammering member on the outer side of the said phosphorus main-body part.

Since the fluctuation body according to the present invention has the action body erected from the phosphorus body section, the phosphorus body section fluctuates by lightly touching the action body with the hand or wind, and the movement can be enjoyed. You can also tap to make a sound.
Further, when a plurality of acting bodies are erected from the phosphorus main body portion when the auxiliary phosphorus portion is provided on the linear member or the action portion, the auxiliary phosphorus portions may collide with each other and sound may be produced.

An example of the structure of fluctuation giraffe according to the present invention is shown. (A) is an external view and (b) is a sectional view. An example in which an auxiliary phosphorus portion is provided on the working body is shown, (a) is an external view, and (b) is a sectional view. The example which arrange|positioned the phosphorus main body part inside the container-shaped hammering member is shown, (a) is an external view, (b) shows sectional drawing. An example of a bowl-shaped phosphorus main body is shown, (a) is an external view, and (b) is a sectional view.

An example of the structure of the fluctuation giraffe according to the present invention will be described below with reference to the drawings, but the present invention is not limited thereto.

As shown in FIG. 1, the fluctuation wrinkle according to the present invention has a phosphorus main body 11 that makes a sound when hit, and a support member 12 that swingably supports the phosphorus main body 11.
The phosphorus main body 11 has an action body 13 standing upright from above.
The phosphorus main body 11 shown in FIG. 1 has a substantially inverted bowl shape having an opening 11a at the bottom.
On the other hand, the support member 12 is of a stand type in which the support column 12a is erected from the seat portion 12b.
By placing the inner bottom portion (neck portion) 11b of the phosphorus main body portion 11 on the tip portion 12c of the support column 12a, the phosphorus main body portion 11 swings left and right and back and forth.
The support column 12a may be made of an elastic material, and the tip 12c of the support column 12a and the inner bottom 11b of the phosphorus main body 11 may be connected to each other.
The action body 13 erected from the phosphorus main body 11 has a flexible linear member 13b and an action portion 13a connected to the upper end side thereof.
The action portion 13a includes various shapes such as a blade shape, a plant leaf shape, and a flower shape.
Examples of the linear member 13b include a piano wire, a stainless wire, a spring member, and a flexible resin material.
The lower end side of the linear member 13b may be detachably connected to the phosphorus main body 11.
Examples of the phosphorus main body 11 include brass, bronze, aluminum, and steel.

FIG. 2 shows an example in which a plurality of action bodies 13 are erected from the phosphorus body 11 and an auxiliary phosphorus portion 14 is provided on the action body 13.
As shown in FIG. 2, the auxiliary phosphorus portion 14 may be connected in the middle of the linear member 13b or may be provided in the acting portion 13a.
The auxiliary phosphorus portions 14 are arranged so as to collide with each other due to the shaking of the action body.
As a result, when the operating body 13 is lightly touched by the hand or the wind hits, the auxiliary phosphorus portions 14 collide with each other and a sound is emitted.

FIG. 3 shows an example in which the phosphorus main body 11 and the support member 12 are arranged inside the hammering member 20 formed of a cylindrical container.
The striking member 20 is made of metal or glass, and when the phosphorus main body portion 11 shakes, a hit sound is made inside the striking member 20.
The hammering member 20 is not limited in shape and structure as long as the phosphorus main body 11 swings and contacts.
For example, a rod-shaped stand may be used.

In FIG. 4, the phosphorus main body 11 is bowl-shaped, the upper part thereof is the opening 11c, and the outer bottom is a gentle convex part 11e.
A linear member 13b and an action portion 13a are provided upright from the inner side 11d of the phosphorus body 11.
In this case as well, it may be possible to detachably attach the action bodies of various shapes.

11 Phosphorus Main Body 12 Support Member 13 Actuator 13a Actuator 13b Linear Member 14 Auxiliary Phosphorus Part

Claims (3)

A swingable phosphorus main body, and a plurality of action bodies standing from the phosphorus main body ,
The phosphorus main body is in an inverted bowl shape with an open bottom, and the inside bottom of the inverted bowl is swingably supported by a support member,
The fluctuations are characterized in that each of the plurality of acting bodies has a flexible linear member erected from the phosphorus main body and an acting portion connected to an upper side of the linear member. Rin. The auxiliary phosphorus portion is connected to each of the linear members in the middle thereof, and the plurality of auxiliary phosphorus portions are arranged so as to collide with each other due to the shaking of the working body. Yuragi Rin. The fluctuation phosphorus according to claim 1 or 2, wherein a phosphorus pressing member is provided outside the phosphorus main body.

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