JP3167645U - Orin - Google Patents

Abstract

An object of the present invention is to provide an orin that a phosphorus base and a rod are integrated into a phosphorus main body by magnetic force, which is convenient for handling and has a small mounting space. A phosphorus body made of bowl-shaped non-magnetic material having an opening at the top and a flat surface at the center of the outer bottom surface, a phosphorus base on which the phosphorus body is placed, and a phosphorus that can stand on the inner bottom surface of the phosphorus body. The phosphorus body has a magnet at the bottom, the phosphor base has a phosphor base ferromagnetic material on the mounting surface side of the phosphorus body, and the phosphor rod has a phosphor rod ferromagnetic material on the rising surface side. The magnetic force between the magnet and the ferromagnetic material of the phosphor rod is set to a strength that allows the phosphor rod to be pulled apart while the phosphor main body is magnetically attached to the phosphor base. [Selection] Figure 1

Description

  The present invention relates to a ringing ring (Rin Buddha) when visiting the Buddhist altar.

The traditional origami is a type of a phosphorus body that is placed on a Buddhist altar with a phosphorus cushion, with the phosphorus body resting on a phosphorus cushion, and the phosphorus body is struck with a phosphorus rod placed on the side of the phosphorus cushion. It was.
In recent years, however, the altar has been downsized due to restrictions on the living environment in urban areas.
Along with this, miniaturization of Buddhist ware is required, and origami is also required to have a small mounting space and easy to handle.
Conventional phosphorus cushions have limitations in miniaturization, and there is no space for mounting a phosphorus rod, so that there is a problem that the phosphorus rod is easy to roll.

In Patent Document 1, the outer bottom surface of the ridge is formed into a spherical surface, the hole in the bottom surface of the ridge is filled with a magnet, and the swinging is performed while applying a magnetic force to the magnetic member provided on the phosphorus base. Disclose.
Therefore, the orin disclosed in the publication is intended to fluctuate the phosphorus main body, and the phosphorus main body and the phosphorus stand cannot be magnetized integrally.
Patent Documents 2 and 3 disclose an oren that makes the outer bottom surface of the phosphorus body spherical and places a magnet ball or metal sphere on the inner bottom portion of the phosphorus body to exert a magnetic force between the phosphorus base. It only shows the same purpose and action as 1.
Patent Document 4 discloses a self-supporting hitting rod, but it is not intended to be integrated with a phosphorus main body by a magnetic force.

JP 2009-153565 A JP 2007-159787 A Japanese Patent Laying-Open No. 2005-211437 JP 2006-167442 A

  An object of the present invention is to provide an orin that a phosphorus base and a rod are integrated into a phosphorus main body by magnetic force, which is convenient for handling and has a small mounting space.

The orin according to the present invention has a phosphorus main body made of a bowl-shaped non-magnetic material having an opening at the top and a flat portion at the center of the outer bottom surface, a phosphorus base on which the phosphorus main body is placed, and an inner bottom surface of the phosphorus main body. The phosphorus main body has a magnet at the bottom, the phosphorus base has a phosphorus base ferromagnetic material on the mounting surface side of the phosphorus main body, and the phosphorus bar has a phosphor rod ferromagnetic on the rising surface side. And a magnetic force between the magnet and the ferromagnetic material of the phosphor rod is set to such a strength that the phosphor rod can be pulled apart while the phosphor main body is magnetically attached to the phosphor base.
In the phosphorus of such a configuration, the phosphorus main body is placed on the phosphorus stand so as to be held magnetically, and the phosphorus rod can be held up by the magnetic force inside the phosphorus main body. You can leave it in a small space.
Since the magnetic force between the phosphor rod and the phosphor main body is set to a weak force so that the phosphorus main body does not move away from the phosphorus table when the phosphor rod is lifted, it can be used by pulling it away from the phosphor main body.
Further, since the phosphorus main body is attracted and held by the magnetic force on the phosphorus base, the phosphorus main body does not move.
Moreover, since the phosphorus main body is only held by the phosphorus stand by magnetic force, the sound is struck when the phosphorus main body is hit with a phosphorus rod.

  Here, if the phosphorus main body is in a state where the magnet is embedded in the bottom so that the magnet is not visible from the outside, the magnet is not visible from the outside, and the design is excellent, and the severity as a Buddhist ware appears.

  If the magnetic force between the magnet of the phosphorus body and the ferromagnetic material of the phosphorus base lifts the phosphorus body, and the strength of the phosphorus base rises together, the phosphorus base will remain as it is when moving with the phosphorus body. Since it is held in a state where it is magnetically attracted to the lower part of the plate, handling becomes easier.

If the magnetic force between the rod and the phosphorus body is adjusted so that the phosphorus body does not stick when lifting the rod, there is no restriction on how to attach the ferromagnetic material to the rod. It has a gripping part and a striking part, and a phosphorous ferromagnetic material is attached to the housing part provided inside the striking part, and the standing part of the striking part rises up, and the standing part and the phosphorous ferromagnetic By forming a space between the material and the material, it is easy to adjust the magnetic force between the phosphorous ferromagnetic material and the magnet of the phosphor main body.
In addition, the phosphine ferromagnet may be exposed from the surface of the phosphine, but if a soft material is overlaid on the phosphorus body mounting surface of the phosphine so as to cover the phosphine ferromagnetic material, The vibration is preferable without being disturbed by the ferromagnetic material.
The soft material may be felt, non-woven fabric, cloth or the like.

According to the present invention, the phosphorus rod is erected magnetically inside the phosphorus main body, and the phosphorus main body is held magnetically on the phosphorus stand, so that these three parts can be handled integrally.
The magnetic force between the phosphorus main body and the phosphorus base can be moved by holding the phosphorus main body as long as the phosphorus main body sticks to the bottom as it is lifted.
In addition, since the magnetic force between the phosphor rod and the phosphor main body is relatively weak, the phosphor rod can be pulled away from the phosphorus main body simply by lifting the phosphor rod. Can stand up.

A cross-sectional view of the orin is shown. Fig. 2 shows a component configuration diagram of an orin. An example of the structure of a phosphorus rod is shown.

An example of the structure of the orin according to the present invention will be described below with reference to the drawings.
Orin 100 includes a phosphorus main body 10, a phosphorus base 20 on which the phosphorus main body is placed, and a phosphorus rod 30 that stands on the inner bottom surface 12 inside the phosphorus main body 10.
The phosphorus body 10 is made of a non-magnetic material such as brass, bronze, or sabbat, and has an opening 11 with an upper portion opened, and the outer bottom surface 13 has a bowl shape having a substantially flat flat portion at the center.
A magnet (permanent magnet) 14 was embedded in the wall thickness so that the bottom of the phosphorus body 10 was not visible from the outside.
In this embodiment, the inner bottom surface 12 on the inner side of the phosphorus main body is also substantially planar, but it may be a gently concave curved surface as long as the phosphorus rod 30 can stand up.

The phosphorus stand 20 is used to place a phosphorus main body, and there is no particular limitation on the shape as long as there are flat portions on the upper and lower surfaces.
In this embodiment, a phosphorous ferromagnetic material 24 made of a ferromagnetic material such as iron, cobalt, or nickel is fitted into the concave portion on the upper surface side of the base material 21, and a soft material 22 such as felt, nonwoven fabric, or cloth is bonded thereon. It was.
The soft material 22 has the phosphorus main body 10 mounted thereon, and when the phosphorus main body is struck with the phosphorus rod 30, the phosphorus main body has a long reverberation of vibrations and has a function of making a clear sound.
Further, in this embodiment, the base 21 of the phosphorus base is made of a metal such as brass or bronze, and is prevented from slipping on the bottom surface and a bottom material 23 for preventing scratches is attached.
The bottom material 23 is not limited to materials such as cloth and rubber as long as it does not scratch the Buddhist altar and has an anti-slip effect.
Further, the bottom material 23 is not necessarily required.

As shown in an exploded view in FIG. 3, the rinsing rod 30 has a structure in which a gripping portion (rod-like body) 31 is connected to a striking portion 32, and a threaded portion 33 is formed on the distal end side of the gripping portion 31. A ferromagnetic material (phosphor rod) having a threaded portion 33a inserted into a through hole 32b in the vertical direction of a wooden striking portion 32 made of resin or ebony, etc., and a housing portion 32a provided inside the striking portion 32. A ferromagnetic material 34 is screwed.
The insertion depth of the female thread portion is determined by the contact between the flange portion 33 a provided in the grip portion 31 and the end surface 32 c of the striking portion 32.
In this embodiment, by adjusting the length (depth) of the female threaded portion 34a of the phosphor rod ferromagnetic material 34, as shown in FIG. A gap d was formed between the magnetic material 34 and the strength of the magnetic force with the magnet 14 was adjusted by the size of the space portion 36.
As shown in FIG. 3B, the standing portion 35 is a flat circular horizontal surface when viewed from the bottom.

The orin according to the present invention has such a strength that the magnetic force between the magnet 14 embedded in the phosphorus main body and the magnetic material 24 attached to the phosphorus base 20 does not separate the phosphorus base 20 even when the phosphorus main body 10 is lifted. The magnetic force between the magnet 14 and the phosphor rod ferromagnetic material 34 is adjusted so that the rod 30 can be easily separated from the phosphor main body 10 when the rod 30 is lifted by holding only the gripping portion of the rod 30.
Thereby, it can usually be placed on the altar of the Buddhist altar as shown in FIG.

DESCRIPTION OF SYMBOLS 10 Phosphor main body 11 Opening part 12 Inner bottom part 13 Outer bottom part 14 Magnet 20 Phosphor stand 21 Base material 22 Soft material 23 Bottom material 24 Phosphor stand ferromagnetic material 30 Phosphor rod 31 Grasping part 32 Attack part 33 Connection part 34 Phosphor rod ferromagnetic material 35 Standing part 36 Space part 100 Orin

Claims (5)

A phosphorus main body made of a bowl-shaped nonmagnetic material having an upper opening and a flat surface at the center of the outer bottom surface, a phosphorus base on which the phosphorus main body is placed, and a phosphorus rod that can stand on the inner bottom surface of the phosphorus main body ,
The phosphorus main body has a magnet at the bottom, the phosphorus base has a phosphorus base ferromagnetic material on the mounting surface side of the phosphorus main body, the phosphorus rod has a phosphorus rod ferromagnetic material on the rising surface side,
The magnetic force between the magnet and the phosphor rod ferromagnetic material is set to a strength that allows the phosphor rod to be pulled apart while the phosphor main body is magnetically attached to the phosphor stand.   2. The porcelain according to claim 1, wherein the phosphorus main body is embedded in the bottom so that the magnet cannot be seen from the outside.   3. An origami according to claim 1 or 2, wherein the magnetic force between the magnet of the phosphorus main body and the ferromagnetic material of the phosphorus base is such that when the phosphorus main body is lifted, the phosphorus base is lifted together.   The phosphorus rod has a gripping portion and a striking portion, and is attached to a housing portion provided inside the striking portion with a phosphorous ferromagnetic material, and becomes a standing portion in which a tip portion of the striking portion rises, and the standing portion and 4. The magnetic force between the phosphorous ferromagnetic material and the magnet of the phosphor main body is adjusted by forming a space between the phosphorous ferromagnetic material and the phosphorous ferromagnetic material. Nooriin.   5. An origami according to any one of claims 1 to 4, wherein a soft material is superposed on the phosphorus main body mounting surface of the phosphorus base so as to cover the ferromagnetic material of the phosphorus base.

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