JP3172537U - Table for ingredients - Google Patents

Abstract

[Problem] To provide a table for a foot that does not require direct processing or member mounting on the main body of the Buddhist altar, and can reliably obtain a stable placement state by using the magnetic force of the foot.
A table for a foot including a flat region 2 on which a foot having a magnet built in a bottom surface portion is placed, wherein the flat region includes a recess 5 formed on an upper surface of a wooden body 4 and the flat region. An iron plate 6 fitted in the recess, and a wooden thin plate 7 covering the entire surface of the iron plate and fitting in the recess and simultaneously closing the opening of the recess, the exposed surface of the wooden thin plate being a foot It becomes a mounting surface.
[Selection] Figure 1

Description

  The present invention relates to a tool foot such as a flower stand, an incense burner, a candle stand, etc. and a table for stably mounting the tool foot.

  In general, tools, Buddhist tools such as flower stands, incense burners, candle stands, etc. are placed on the front side area of the Buddhist altar, but when an earthquake occurs, it falls down due to its vibration or falls from the Buddhist altar and rolls around There was a risk of it.

  In view of this, some measures have been taken to prevent falling. For example, by attaching a magnet (or magnetic body) in the bottom of the foot and providing a magnetic body (or magnet) of the size of the foot base area on the surface or inside of the place where the Buddhist altar is placed, There is a structure in which a foot is fixed on the mounting surface of the Buddhist altar so that it does not fall easily (see Patent Documents 1 and 2).

Japanese Patent Laid-Open No. 11-9432 Utility Model Registration No. 3154669

  However, in the conventional configuration in which the Buddhist tools are fixed directly on the Buddhist altar surface by magnetic adhesion, the magnet or magnetic body is provided on the surface of the Buddhist altar only by bonding the member to the existing one, but can be adhered to the stool. It looks bad. Also, when installing inside so that it does not stand out on the surface side, it is necessary to have troublesome work such as attaching a magnetic substance etc. to the target part in advance before assembling the Buddhist altar or processing the main body of the Buddhist altar for that purpose. Met. In addition, if there is no processing on the surface side, the installation position of the magnetic body cannot be confirmed, so if the mounting position of the foot is shifted, the adsorption effect cannot be obtained.

  In view of the above problems, the object of the present invention is not to require direct processing or member mounting on the main body of the Buddhist altar, but to use a magnetic attachment force to ensure a stable mounting state. Is to provide.

  In order to achieve the above object, in the table for foot of the present invention, the table of foot for foot having a flat area on which a foot with a magnet built-in is placed on the bottom surface, the plane area being made of a wooden body. A concave portion formed on the upper surface, an iron plate fitted into the concave portion, and a wooden thin plate covering the entire surface of the iron plate and fitting into the concave portion and simultaneously closing the opening of the concave portion, The exposed surface of the wooden thin plate becomes the mounting surface for the foot.

  The table for fixtures in the present invention is a dedicated table for placing the fixtures and legs. The table on which the fixtures are placed is placed on the Buddhist altar or on the desk placed in front of the Buddhist altar. Is not required to be placed directly on the Buddhist altar.

  If the foot with a built-in magnet is placed on the flat area of the table according to the present invention, it will be fixed on the table by the magnet's magnetic force with respect to the steel plate fitted in the recess, and it will fall over due to the earthquake vibration There is nothing. In addition, even if the table is tilted, it can be kept fixed in the flat area, so even if you move the table for cleaning, it is safe to carry your feet without falling down and falling while moving. it can. Therefore, according to the present invention, there is no need for troublesome work such as processing to the body of the Buddhist altar, and it is a simple table unit in which a steel plate is fitted in a flat area, and handling of mounting and transporting of legs etc. It can be done stably.

  Moreover, since the entire surface of the iron plate is covered with a thin wooden plate, the appearance of the table is entirely made of wood, so that it does not look bad as a Buddhist instrument placed around the Buddhist altar.

  Moreover, since the wooden thin plate is a separate member from the wooden main body, the decorativeness can be further improved by using the decorative plate. For example, if a wood board obtained by thinly slicing a high-grade board material is used as a wooden thin board, it can be provided with various grain decorations.

  In addition, as an accessory, if a magnet can be incorporated in the bottom part, the external shape does not require any special processing, and basically a general form can be used. For example, the lower end of the legs of the legs generally has a heel that spreads in the outer circumferential direction for stable placement, and a bottom that looks like a dish, and if there is a space inside it, this can be magnetized. It can be used as a mounting space. In addition, a plate-like magnet may be mounted on the bottom surface even if there is no space like an individual. In addition, in the case of a metal foot such as brass manufactured by casting, a dedicated space for mounting the magnet is formed simultaneously with the manufacturing of the foot body by using a mold in which a recess for mounting the magnet is previously formed inside the bottom surface. be able to.

  Moreover, the built-in magnet is more difficult to fall while placed on the table as the magnetic force is stronger, and the stability is higher. Therefore, it is desirable that the built-in magnet has a moderately strong magnetic force and is inexpensive. For example, anisotropic ferrite magnets are inexpensive and widely used as magnets in general and are preferable in terms of rust, but if they are mounted in the bottom of the foot via a yoke for amplifying their magnetic adhesion force, Even brass braces can be secured. A more powerful rare earth magnet can also be selected.

  According to the table for the foot of the present invention, it is not necessary to directly perform troublesome processing etc. on the body of the Buddhist altar, and even if vibration due to an earthquake occurs, it can maintain a stable placement state without falling down the foot and move, Also in transportation, there is an effect that it can be handled easily and stably in units of tables.

BRIEF DESCRIPTION OF THE DRAWINGS It is a schematic block diagram of the foot table by embodiment of this invention, (a) is a side view of this tool foot table, (b) is a top view of this tool foot table. (C) is XX sectional drawing of (b). It is a perspective view which shows the state which mounted the foot on the table for foot of FIG. It is sectional drawing of the foot mounted on the table for foot of the present invention.

  A table for foot as an embodiment of the present invention is shown in FIGS. The table for foot 1 is a flat table integrally provided with rising portions 3 as handles on both left and right ends of a central plane region 2 that is a mounting surface for the foot.

  In the table 1, an iron plate 6 is first fitted in a recess 5 formed on the upper surface of a wooden body 4 such as a curlin, and a wooden thin plate 7 made of a wood plate is fitted thereon so as to cover the entire surface of the iron plate 6. The planar area 2 is constituted by the exposed surface of the wooden thin plate 7. Further, the wooden thin plate 7 closes the opening of the recess 5 so that the appearance of the table 1 is all wooden.

  If the foot 10 provided with a magnet on the bottom surface is placed on the table 1 for the foot with the above configuration, the foot 10 is strongly fixed on the plane region 2 by the magnetic adhesion force of the magnet 13 to the iron plate 6. Thus, it is possible to obtain a stable placement state that is difficult to fall down.

  In general, a foot is composed of a flower stand 10A, an incense burner 10B, and a candle holder 10C. However, in those cases where water is inside or a candle with a fire is set up, it falls down. If it falls, not only will the surroundings become dirty, but there is also a risk of fire.

  However, if these tool feet 10 are placed on the foot table 1 according to the present embodiment, and the foot table 1 is installed and used at a predetermined position around the Buddhist altar, the foot foot is vibrated due to vibration at the occurrence of an earthquake. The danger of falling 10 and falling from the altar or rolling around is avoided. Further, even when transporting for cleaning, flowering flowers or water replacement, since the table 10 for feet and legs is fixed to the table 1 without falling down even if the table for feet 1 is tilted, there is no fear of falling down and falling to the floor.

  The foot 10 may be any material as long as the magnet is fixed to the bottom surface without any trouble in the mounting state. It is desirable that the magnet 13 is built in the hole 12. Such a hole 12 can be easily formed by slightly changing the mold to be used when a general brass foot is manufactured by casting.

  Further, the stronger the magnetic force of the magnet 13 itself, the greater the magnetic adhesion force to the iron plate 6, that is, the fixing force to the table for foot 1 becomes larger. However, if it is too strong, it will be difficult to remove. You can select one. For example, if a low-cost, general-purpose magnet with a different orientation is selected as the magnet 13, the magnet 13 can be attached to the hole 12 via the yoke 14, even if it is not so strong alone. Adhesive force can be amplified, and an appropriate magnetic adhering force can be obtained. In addition, a rare earth magnet having higher strength may be used alone.

1: Table for feet 2: Plane region 3: Standing part 4: Wooden body 5: Recess 6: Iron plate 7: Wooden thin plate 10: Tool foot 11: Bottom portion 12: Hole 13: Magnet 14: Yoke

Claims (2)

A table for foot and feet having a flat area on which a foot with a magnet built in the bottom surface is placed,
The planar region includes a recess formed on the upper surface of the wooden body, an iron plate fitted into the recess, a wooden thin plate that covers the entire surface of the iron plate and is fitted into the recess and simultaneously closes the opening of the recess. A table for foot and foot, wherein the exposed surface of the wooden thin plate serves as a foot mounting surface.   The table for foot according to claim 1, wherein the wooden thin plate is a wood plate.

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