JP3857716B1 - Incense holder, incense holder, and incense holder - Google Patents

Abstract

[PROBLEMS] To provide an incense holder that can stand up incense and is easy to throw away unburned residue and has little unburned residue.
An incense holder in which a moving holder is arranged around a rod-shaped incense shaft and supports the incense from the periphery. The methods are roughly divided into the following two methods.
1. A ferromagnetic moving holder is placed on the holder on which the magnet is placed, and the moving holder is arranged around the rod-shaped incense shaft by inserting the incense shaft in the center. thing.
2. Place the moving holder on a dish-like inclined surface that inclines downward toward the incense shaft, and insert the incense shaft in the center to move the moving holder around the stick-shaped incense shaft. The one configured to align. In addition, those using props are also included.
[Selection] Figure 1

Description

  The present invention relates to an incense holder, an incense holder, and an incense holder.

  The incense targeted by the present invention is a rod-shaped incense for a musk, having a diameter of about 3.0 mm and a length of about 80 mm to 100 mm, and the burning area does not change during combustion, so that the musk can be burned stably. However, since it is a mere rod shape, it must be stood to burn.

  The incense holders used for these musks that are currently on the market are, as shown in FIG. 31, a disk having a thickness of about 3 mm and a diameter of about 20 mm and a hole with a diameter of about 3 mm in the center on the plate. Place the incense straight on it, as shown in FIG. 32, with a thickness of about 10 mm, or as shown in FIG. The incense is configured to stand upright or tilted.

  When the diameter of the hole is increased, the incense does not stand up straight, and in order to stand up straight, it is necessary to increase the thickness of the disc as shown in FIG. As it increased, there was more unburned residue, and although it stood straight, it was actually unstable and wobbled.

  In addition, if the hole diameter is made too small, incense that is too large will not enter, and the gap with the hole will decrease, making it difficult to eliminate unburned residue.

In the disk placed on the plate, after the combustion is finished, unburned residue remains inside the hole,
In order to eliminate unburned residue and make a new incense, it is necessary to pick up a thin disk by hand once from the top of the ash pile, and the hands get dirty by the ash, and each incense is cumbersome. There is a drawback that it requires a lot of processing and takes time.

  In addition, if the disc-shaped incense holder is placed on the ash that has been laid down, the incense will go into the ash when the incense is put up, and there will be a drawback that the amount of unburned will increase. there were.

  In the above-mentioned dish-like shape with a hole, the unburned residue always remains at the bottom of the hole, so it is necessary to invert the plate to discharge and discard the unburned residue each time you burn a single incense. It was.

  The disc-shaped incense holder is made thin in order to reduce unburned residue, and even if it is in the shape of a dish, every time you burn an incense, you lift the plate one by one and remove the unburned residue. Because it is necessary to move the dishes to throw them away, both tend to be made lighter, and because of the light and thin features above, these incense stands have a temporary and simplified image and are used for decorating the floor It was difficult to design such a heavy incense burner.

To solve these problems,
In Japanese Patent Publication No. 2003-235715 and Japanese Patent Publication No. 2001-340205, incense burns completely, but even if it burns completely, ash always remains, so to throw it away You have to pick up the incense holder from the ash, invert it, and throw away the ash.

Registered utility model No. 3048706 and Patent Publication No. 9-135768 are quartz particles,
It is an incense burner containing stainless steel grains, but unlike a single-layer geometrical arrangement of balls, etc. as in the present invention, it is arranged in multiple layers in a vessel and burns. The rest is very large, and it does not take into account the elimination of every single burning residue.

  Patent Publication No. 10-43036 uses a laminated mat, and Utility Model Publication No. 5-1386 has a structure of holding using the elasticity of a spring, both of which change the size of incense. It cannot be said that it is able to cope sufficiently.

Utility Model Public Publication No. 7-25888 has an incense shaft sandwiched between taper-shaped gaps, and Utility Model Publication No. 7-30861 has a wedge structure inserted on a tapered structure.
When making incense together, it is necessary to pick up the incense holder and assemble it once. Patent Publication No. 11-225874 has a slide on the incense stand. I can't.

  The following patent documents 1 to 9 can be cited as known techniques relating to the present invention.

Patent Publication 2003-235715 Patent Publication 2001-340205 Registered Utility Model No. 3048706 Patent Publication 9-135768 Patent Publication 10-43036 Utility model publication 5-1386 Utility Model Publication 7-25888 Utility Model Publication 7-30861 Patent Publication No. 11-225874

The present invention makes it possible to reduce unburned residue by reducing the margin of incense, and to easily eliminate unburned residue without leaving your hands dirty while keeping the incense stand stationary. An incense stand that can stand firmly is an issue.
At the same time, an object is a stationary incense burner with a heavy image in which the incense holder is arranged.

The above and other objects and novel features of the present invention will become more fully apparent when the following description is read in conjunction with the accompanying drawings.
However, the drawings are for explanation only and do not limit the descriptive scope of the present invention.

In order to solve the above object, claim 1 provides:
A holding table having a structure for attracting a ferromagnetic material to the center of magnetic force, and disposed on the holding table;
A plurality of movable holders are incense holders that hold and hold stick-shaped incense,
The holding table is a magnet arranged at a position for positioning the incense shaft at a fixed position,
The moving holder is three or more spherical rotating bodies made of a ferromagnetic material disposed on the upper surface of the magnet,
When the moving holder is moved by magnetic force,
The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 2
In claim 1,
The holding table is characterized in that a ring-shaped magnet is arranged at a position for positioning the incense shaft at a fixed position.
An incense holder according to claim 1.

Claim 3
Incense that holds the rod-shaped incense in cooperation with the movable holder arranged on the holding table with a structure that attracts the ferromagnetic material to the center of magnetic force and the support column arranged on the holding table. Standing,
The holding stand arranges a column having a V-groove that opens toward the side of the movable holding tool,
A ferromagnetic material is disposed below the support column,
The moving holder is a spherical rotating body made of a ferromagnetic material disposed on the ferromagnetic material,
At least one of the ferromagnetic body arranged on the holding table and the ferromagnetic body being the moving holder is a magnet,
When the moving holder is moved by magnetic force,
The space formed in the center of the V-groove of the support column and the movable holder is configured to be smaller than the diameter of the rod-shaped incense shaft, and by pushing the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 4
In claim 3,
The holding table has a structure in which a support having a V-groove opened toward the movable holding tool is disposed, and a magnet is disposed under the support.
An incense holder according to claim 3.

Claim 5
Incense that holds the rod-shaped incense in cooperation with the movable holder arranged on the holding table with a structure that attracts the ferromagnetic material to the center of magnetic force and the support column arranged on the holding table. Standing,
The moving holder is a spherical rotating body made of a ferromagnetic material arranged in contact with a magnet,
The holding table is a column having a V-groove that opens toward the moving holder, and when the moving holder rotates and moves to the magnetic center of the magnet, The space formed in the center of the movable holder is configured to arrange the magnet at a position smaller than the diameter of the rod-shaped incense shaft,
By pressing the incense shaft into the space, the incense shaft is positioned at a fixed position, and pressed by point contact from the surroundings by the support column and the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it tightly from the surroundings with a small pinch.

Claim 6
A holding base having an inclined structure that creates a gravity drop and a moving holder that is a plurality of rotating bodies arranged on the holding base cooperate to hold and hold a stick-shaped incense at a fixed position. An incense holder that
The moving holder is three or more spherical rotating bodies,
The holding table has an inclined surface that is inclined downward toward a position where the incense shaft is positioned at a fixed position, and is configured to be gathered at the fixed position when the movable holder is moved by gravity. A space formed at the center between the moving holders becomes smaller than the diameter of the rod-shaped incense shaft, and has at least three contacts on the same circumference of the incense shaft,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 7
A holding base having an inclined structure that creates a gravity drop and a moving holder that is a plurality of rotating bodies arranged on the holding base cooperate to hold and hold a stick-shaped incense at a fixed position. An incense holder that
The moving holder is three or more spherical rotating bodies,
The holding base is inclined in a downward direction toward a position where the incense shaft is positioned at a fixed position, and is arranged in combination with a number of inclined rail-like slopes each having one moving holder. When the holder moves by gravity, it is configured to gather at the fixed position,
The space formed in the center between the movable holders when gathered at a fixed position is smaller than the diameter of the rod-shaped incense shaft, and has at least three contacts on the same circumference of the incense shaft. ,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 8
A holding table and a moving holding tool, which is a rotating body, arranged on the holding table includes a gravity head structure that creates a gravity head in cooperation with each other. An incense holder that rotates and holds stick-shaped incense in place,
The moving holder is three or more spherical rotating bodies,
The holding base is arranged by combining a number of rails each having one moving holding tool arranged in a V shape toward the position where the incense shaft is positioned at a fixed position. The moving holder is configured to roll and gather at a fixed position,
When the moving holder moves and gathers due to gravity,
The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft. By pushing in the shaft,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

  Claim 9
A holding table and a moving holding tool, which is a rotating body, arranged on the holding table includes a gravity head structure that creates a gravity head in cooperation with each other. An incense holder that rotates and holds stick-shaped incense in place,
  The moving holder is a thin rotating body having three or more ends,
  The holding base is arranged by combining a number of rails each having one moving holding tool arranged in a V shape toward the position where the incense shaft is positioned at a fixed position. The moving holder is configured to roll and gather at a fixed position,
  When the moving holder moves and gathers due to gravity,
  The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft. By pushing in the shaft,
  By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
  It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 10
In claim 6, claim 7, claim 8, and claim 9,
The holding stand has a supplemental column for supporting the incense shaft from below, the height of the top being below the contact point of the movable holder and the incense shaft at the position where the incense shaft stands. It is characterized by being,
An incense holder according to claim 6, claim 7, claim 8, and claim 9.

Claim 11
An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
The support column has a V-groove that opens in the direction of the incense shaft,
The holding table has a rail that opens in a V shape toward the incense shaft,
The moving holder is a rotating body having thin ends disposed on the rails,
The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

  Claim 12
An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
  The support column has a V-groove that opens in the direction of the incense shaft,
  The holding table has a rail that opens in a V shape toward the incense shaft,
  The moving holder is a spherical rotating body arranged on a rail,
  The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
  By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
  It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 13
An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
The support column has a V-groove that opens in the direction of the incense shaft,
The holding table has a surface inclined downward toward the incense shaft,
The moving holder is a spherical rotating body disposed on the inclined surface,
The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
It is an incense holder characterized by reducing the amount of unburned residue by holding it firmly from the surroundings with a small margin.

Claim 14
In claim 11, claim 12, and claim 13,
The holding stand is configured to support the incense shaft from below, the height of the top being below the contact point of the movable holder and the incense shaft at the position where the incense shaft of the support column stands. It is characterized by having a part,
An incense holder according to claim 11, claim 12, and claim 13.

The present invention comprises an incense holder according to claims 1 to 14,
The incense holder is characterized in that an incense shaft is held by a holding stand and a moving holder to stand a stick-like incense.
As the method, as the force for collecting the moving holder around the incense shaft, Magnetic force,
2. Two methods of gravity drop are used.
Furthermore, the thing which hold | maintains an incense by arrange | positioning the support | pillar which receives an incense shaft in the position which hits the side of an incense shaft, and pinches | interposes an incense with a support | pillar and a moving holder is included.

As described above, in any of the methods, the spherical or irregularly shaped object gathers around the incense shaft, the incense shaft is sandwiched with an appropriate strength, the shaft is held, and when necessary It is possible to easily release the pinching and easily remove the unburned residue.
The effect will be described below for each claim. First, the case where the holding force of claims 1 to 2 is based on magnetic force will be described.

  In the first and second aspects, a magnet is disposed below the center axis of the incense, and a plurality of movable holders having a spherical shape around the incense axis and including a ferromagnetic material therein are provided. It is arranged.

(1-1) According to the first and second aspects of the present invention, the moving holder attracts toward the central axis of the incense as the magnet and the ferromagnetic material are attracted to each other by magnetic force. The moving holder moves around the incense shaft and holds the incense from the surroundings.
It can stand incense with various thicknesses.

  According to a third aspect of the present invention, there is provided a support column at a position corresponding to the side of the incense shaft, and at least one of the support member, the ferromagnetic material disposed around the support column, and the moving holder includes a magnet. As a result, the struts and the moving holder are attracted to each other, and as in (1-1) above, incense with various thicknesses can be firmly set up.

(1-2) In claims 1 to 5, a part of the moving holder can be easily moved or rotated, and the pinching can be easily released. Therefore, the incense holder can be inverted when throwing away the unburned residue. You don't have to pick up the incense stand, you don't have to smudge your hands with ash, you can easily remove unburned residue while leaving the incense stand stationary, and you can set up new incense with one touch is there.

(1-3) The structure is simple and there is no room for sandwiching dust, so that it is not easily broken. Moreover, since the spring is not used, there is no breakage of the spring. In addition, since it does not have a threaded portion or a fixed rotating shaft, there is no worn portion, and there is an effect that slipping does not worsen or stick.

(1-4) By providing a supplemental column that reduces the size of the movable holder or supports the incense shaft from below and adjusts the height, the margin is reduced, and the effect of reducing unburned residue is obtained. is there.

(1-5) In an elastic body such as a spring, rubber, resin, or fiber, the tightening force changes depending on the diameter of the incense shaft. Although there is a tendency for the force to pinch the diameter to be weakened, the tightening force by the magnetic force has an effect that it is not significantly affected by the size of the incense diameter.

(1-6) Moreover, it becomes a geometrical design in which the spheres are aligned at the base of the incense shaft, and mainly uses a metal sphere, so that it has an effect of providing a metallic and beautiful appearance.

(1-7) The magnet and the ferromagnetic material arranged on the holding table, and the magnet and the ferromagnetic material which are the moving holding tools hold the attracting force semi-permanently. In particular, there is an effect that there is no secular change because an elastic body such as rubber, resin, fiber, etc., which is easily deteriorated, is not used.

(1-8) Since the axis of the incense is firmly held by the force of the magnet, the incense holder can be tilted and arranged at a free angle. For example, there is an effect that it is possible to set an angle, or to install the shaft upside down, that is, with the shaft facing downward, and in these cases, the ash does not fall on the holding stand or the moving holding tool. effective.
In the case where the holding base or a part thereof is made spherical and a magnet or a ferromagnetic material is placed thereon, there is an effect that the angle and direction of incense can be freely adjusted.

(1-9) Since the rotating body remains attached to the magnet even when the holder is reversed to throw away the ash and unburned residue, the ash and unburned residue are thrown away without losing the small holder. The effect is easy.

  In the sixth to fourteenth aspects, unlike the first to fifth aspects, the magnetic force is not used and the gravitational head is used exclusively. Next, the effect of using this method will be described.

(4-1) In Claims 6 to 14, it is desirable that the moving holder has a large specific gravity, but other than that, since the material is not particularly selected, for example, a glass having a color or pattern from a transparent one, A variety of designs can be used, from those with a smooth surface to those with a slight undulation, or those with considerable deformation. In addition to various metals, marble and precious stones, various materials such as wood, ceramics, and heat-resistant resin can be used, which has the effect of wide design.

(4-2) With elastic bodies such as springs, rubbers, resins, and fibers, the tightening force changes depending on the diameter of the incense shaft, and if a large diameter object is sandwiched for a long time, it will become addictive and the next smallest Although there is a tendency for the force to pinch the diameter to be weakened, the tightening force of the rotating body placed on the inclined structure has the effect that it does not depend on the size of the incense diameter.

(4-3) Further, since the moving holder has only three moving holders on the holding base, cleaning is easy.

(4-4) In addition, there are the same effects as the above (1-1) to (1-4).

(5) Other than the above, if the effect is achieved for each claim,
Claim 6 arranges the spherical holder on the inclined surface inclined downward toward the incense axis, the holder rolls toward the bottom of the inclined surface, and balances against each other,
Eventually, it will be geometrically beautifully arranged and stationary. There is an effect that the object-like movement can be seen and enjoyed visually.

(6) Claims 7 to 10 include one or more inclined surfaces inclined downward toward the incense shaft,
Alternatively, by arranging a rail with a shape that opens toward the incense shaft, it is possible to form a guide for the moving holder, and the contact angle of the moving holder with respect to the incense shaft becomes accurate. There is an effect that can be sandwiched between.

(7) In claims 11 to 14, the number of moving holders is reduced and the size of the moving holder is selected too much by disposing a column for receiving the incense shaft at a position corresponding to the side of the incense shaft. There is an effect that it can be configured easily and inexpensively.

Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to the drawings.
As shown by the effect of the invention, in order to collect the holder around the incense shaft, Magnetic force, 2. Since the two different methods of gravity drop are taken, the best form is also largely divided into these two. Further, an incense burner in which the incense holder is arranged and an incense holder are also illustrated.

  FIGS. 1 to 15 show a method using a magnet, FIGS. 16 to 23 show a method using a gravity drop, FIGS. 24 to 27 show an incense burner, and FIGS. 28 to 30 show an incense holder. is there.

  In the description of these different modes for carrying out the present invention, the same components are denoted by the same reference numerals, and redundant description is omitted.

  Further, in the perspective view or the plan view, when the front object cannot be seen by the front object, the portion hidden by the front object is represented by a dotted line or a partial cut. Moreover, in order to avoid complication of explanation, the moving holder may be simply expressed as a sphere.

First, claim 1 and claim 2 in which magnets are arranged on the holding table will be described.
Corresponding figures are FIGS.

1 to 6,
99 is an incense stick. Reference numeral 1 denotes a holding table. Reference numeral 2 denotes a magnet disposed on the holding table. 3 is a moving holder. Reference numeral 4 denotes an added moving holder. Reference numeral 5 denotes a ring-shaped magnet disposed on the table.

  In order to stand the incense shaft straight by placing a sphere on the root circumference of the incense shaft, at least three or more contacts are required on the same circumference of the incense shaft.

  If the number of spheres is 3 or more, this is sufficient. However, in order to arrange the spheres around the base of the shaft and geometrically beautifully align, there is some degree between the number of spheres and their size. There is a rule.

The target incense size here has a diameter of about 2.8 mm and a length of about 80 to 100 mm. An example will be described.
If the incense diameter is 2.8 mm and this is surrounded by three spheres, the upper limit of the diameter of the sphere is about 17.6 mm. Taking the above into consideration, the size of the sphere is suitably about 12 mm to 15 mm. However,
At this size, the contact point of the incense shaft and the sphere is about 6 to 7.5 mm from the base, so it is necessary to provide a supplemental column to support the incense shaft from below.

  If it is sandwiched between four balls on the magnet, the upper limit is about 6.8 mm, about 3.9 mm for five, and about 2.8 mm for six, and about 5 mm each including the tightening margin. 3 mm and 2 mm are practical areas, but in the case of a sphere of 5 mm or less, the contact point between the sphere and the incense shaft is 2.5 mm or less from the end of the shaft, so a supplemental column is not necessary.

  FIG. 1 is a perspective view in which an incense shaft and four spherical ferromagnetic materials are arranged as moving holders on a magnet arranged on a holding stand, and FIG. 2 is a plan view thereof.

In FIG. 1, a columnar neodymium magnet having a diameter of 10 mm is embedded in the holding table, and the magnetic field of the magnet is N or S at a portion protruding on the surface.
Four spheres mainly composed of iron, which is a ferromagnetic material having a diameter of 5 mm, are arranged on the upper part of the magnet as moving holders.

If one sphere of ferromagnetic material is placed on the magnet, one sphere will be placed in the center of the magnet, which is the center of magnetic force, but if the number of spheres is increased to two or three, the spheres will restrain each other. Trying to move to a geometrically stable position.
In FIG. 1, four ferromagnetic spheres with a diameter of 5 mm are arranged, and all the spheres are in contact with the magnet inside the end of the magnet, but the diameter of the magnet is not so large that it is scattered from each other. The spheres repel each other while being attracted to the magnet, and move to a geometrically stable state.

  The contact point between the sphere and the magnet is one point, but since the shape is spherical, the sphere can freely rotate or translate on the magnet with a force that is one tenth of the force that pulls the sphere away from the magnet. can do. In this state, when the incense stick is inserted into the center of the sphere, the sphere rotates to make room and pinch the incense stick.

  When the incense fire is extinguished, the unburned residue remains in the ball array, but the ball can rotate and move smoothly, so when touching with the tip of the new incense shaft, Unburned residue can be easily eliminated. Also, since the ball is attracted by a powerful magnet, it will not leave even if it is tilted upside down, so it is very easy to clean ash and unburned residue.

  FIG. 3 is a perspective view in which an incense shaft and seven spheres having a diameter of 2 mm are arranged as moving holders on a cylindrical magnet having a diameter of 6 mm arranged on a holding table, and FIG. FIG. 4-B is a plan view in which seven spheres added to the plan view are arranged.

  3 and 4, the magnet has a diameter of 6 mm, but the diameter of the sphere is smaller than the diameter of the incense shaft, so the sphere wants to become a more stable assembly of three. It may roll into the place where the shaft should enter. To avoid this, in the case of seven spheres as shown in FIG. 4-B, in addition to the seven rows in the first row, the seven spheres in the second row are star-shaped when viewed from above. If the arrangement is made in such a way that the outer shells are made up of three sets, the stability increases.

  In FIGS. 3 and 4, when the diameter of the sphere is 2 mm, the margin between the spheres is small, so the unburned residue is extremely small, about 2.4 mm.

FIG. 5-A is a plan view in which six spherical ferromagnetic bodies having a diameter of 2 mm as a moving holder are arranged on a ring-shaped magnet having a diameter of 5 mm and an inner diameter of 2.4 mm arranged on a holding table, FIG. 5-B is a plan view when the incense shaft is inserted in the center, and shows a state in which six spheres move outward and sandwich the incense shaft.
The sphere is stably arranged on the ring circumference of the magnet by the ring-shaped magnet, and is stable in the state of FIG. 5-A even without the incense shaft. Further stability can be obtained even when the upper surface of the magnet or ring-shaped magnet has a downward slope toward the center.

In FIGS. 1 to 5, four, seven, and six spheres that are in direct contact with the incense were taken, but similarly three, five, seven, eight, nine, ten, and more Arrangement with the above spheres is also possible.
For example,
Cylindrical magnet: Four spheres with a diameter of 5 mm on a diameter of 10 mm.
Cylindrical magnet: Four spheres with a diameter of 4 mm on a diameter of 9 mm.
Cylindrical magnet: 5 spheres with a diameter of 3 mm on a diameter of 7 mm.
Cylindrical magnet: 6 spheres with a diameter of 2 mm on a diameter of 6 mm.
Ring magnet: Three spheres with a diameter of 15 mm on an outer diameter of 12 mm and an inner diameter of 8 mm.
Ring magnet: three spheres with a diameter of 6 mm on an outer diameter of 10 mm and an inner diameter of 6 mm.
Ring magnet: Four spheres having a diameter of 5 to 4 mm on an outer diameter of 8 mm and an inner diameter of 4 mm.
Ring magnet: Five spheres with a diameter of 3 mm on an outer diameter of 6 mm and an inner diameter of 3 mm.
Ring-shaped magnet: Six spheres with a diameter of 2 mm on an outer diameter of 5 mm and an inner diameter of 2.4 mm.
Etc. are possible.

  In the case of small spheres, it is possible to respond to changes in the size of the incense shaft by increasing or decreasing the number of spheres, but the size of the sphere is at most 2 to 7 and at most 6 to 7 incense shafts with a diameter of 2.8 mm. The degree will be appropriate.

  In FIG. 6, two indefinite shaped ferromagnetic bodies are placed as moving holders on a neodymium magnet arranged on a holding stand, and they attract each other by magnetic force and sandwich an incense shaft. . Even if it has an indefinite shape, a partially or spherically curved surface with a point of contact with the magnet is easier to rotate and move, and it is easier to pinch the incense shaft.

7 to 11,
99 is an incense stick.
Reference numeral 1 denotes a holding table.
3 is a moving holder.
Reference numeral 8 denotes a ferromagnetic material disposed on the holding table.

  FIG. 7 shows a structure in which a ferromagnetic cylinder made of iron is embedded in a holding base, and a spherical neodymium magnet having a diameter of 5 mm is placed thereon as a moving holder, and the function is substantially the same as in the second aspect. is there.

  In FIG. 8, a ferromagnetic cylinder made of iron is embedded in a holding base, and an indefinite shape neodymium magnet is placed thereon as a moving holder, and the function is substantially the same as in FIG.

  In FIGS. 9 to 11, an iron ball having a diameter of 15 mm is placed on a table, and four spherical neodymium magnets each having a diameter of 5 mm are arranged thereon. This arrangement procedure will be described in detail below.

FIG. 9A is a perspective view in which a spherical ferromagnetic material is placed on a holding stand and the incense shaft is sandwiched between four spherical magnets arranged on the holding base.
A spherical object placed on a table with an appropriate depression can be tilted at any angle, so that the incense axis can be kept at a desired angle.

  FIG. 9-B is a perspective view of a state in which four spherical magnets are raised at right angles to discharge the unburned incense shaft.

FIG. 10A to FIG. 11C illustrate an operation procedure that reaches the state of FIG. 9A.
FIG. 10A shows a spherical neodymium magnet having a diameter of 5 mm simply placed on an iron ball, which is the spherical ferromagnetic material. The magnet balls repel each other and rise in a straight line.

  FIG. 10-B is a diagram in which the tip of the magnet sphere that is in a straight line shape is pushed back to the iron sphere, and the magnet sphere draws a semicircular arc and is strongly attached to the iron sphere again.

  FIG. 11-A is a diagram in which two magnet balls adhered to an iron ball are attached with fingers in the same figure. Two of the magnet balls are strongly attached to the iron ball, but a repulsive force is also generated, and the ball rises up as if it was repelled from the iron ball.

  FIG. 11B is a diagram in which four magnet balls that are still attached to the iron ball are pushed down at right angles with a finger. All of the four magnet balls stick to the iron ball, but the magnet ball moves so as to slide on the iron ball.

  FIG. 11-C shows the state where the incense shaft is pushed into the center of the four magnet balls, and the magnet ball sandwiches the incense shaft. This state corresponds to FIG. 9-A.

In FIG. 11-C, when the burning of the incense is finished, when touched with a finger, the four magnet balls rise up as if they were repelled from the iron ball while sandwiching the unburned incense shaft, and a perspective view 9 -B state.
In this state, it is very easy to eliminate the unburned incense shaft. After the removal, the incense shaft is attached again in the sequence of FIGS. 11-A, 11-B, and 11-C. It will be in the state.

Next, the embodiment about Claim 3-Claim 5 is described.
FIG. 12 is a perspective view in which a magnet is disposed on a holding base, a support is disposed on the upper part thereof, and an incense shaft is sandwiched between the support and one spherical ferromagnetic body.

  FIG. 13 is a perspective view in which a magnet is disposed on a holding base, a support is disposed on the upper part thereof, and an incense shaft is sandwiched between the support and one indeterminate ferromagnetic material.

12 and 13,
99 is an incense stick.
Reference numeral 1 denotes a holding table.
3 is a moving holder.
6 is a support | pillar arrange | positioned at the holding stand.
Reference numeral 7 denotes a ferromagnetic material arranged around the support column.

  FIGS. 12 and 13 show a structure in which a support column is set up at a position corresponding to the side of the incense shaft, and a magnet is arranged at the bottom of the support column. Further, in FIG. 13, it is made of one indefinite shape ferromagnetic material.

  When the incense shaft is sandwiched between the support column and the movable holding tool, even an ordinary ferrite magnet can be sandwiched, and there is a sufficient sense of stability, and the function is substantially the same as in FIGS. Further, even when the magnet disposed at the lower portion of the support is replaced with a ferromagnetic material and the moving holder is replaced with a magnet, the same function is achieved.

Next, FIGS. 14 and 15 will be described.
14 and 15,
99 is an incense stick.
3 is a moving holder.

  FIG. 14 is a perspective view in which the incense shaft is sandwiched between four spherical magnets, and FIG. 15 is a perspective view in which the incense shaft is sandwiched between two indefinitely shaped magnets, and functions even without a holding base. To do.

  In FIG. 9, the base of the incense shaft is sandwiched between four neodymium spherical magnets having a diameter of 5 mm. Moreover, FIG. 10 is sandwiched between two magnets having an indefinite shape. Each of them rotates and can smoothly accept and hold the incense shaft.

  Even when removing the unburned residue, it can be removed very smoothly by rotating itself. The function is almost the same as in FIGS. It can be pasted anywhere at any angle.

  Next, an embodiment of a method using the gravity head of FIGS. 16 to 23 will be described.

In the form of FIGS.
99 is an incense stick.
Reference numeral 1 denotes a holding table.
3 is a moving holder.
6 is a support | pillar.
9 is a dish-shaped inclined surface which inclines downward toward the incense axis.
Reference numeral 10 denotes an inclined surface that is inclined downward toward the incense shaft.
Reference numeral 11 denotes a rail whose tip is open toward the incense shaft.
Reference numeral 12 denotes a supplemental pillar.

FIG. 16 is a perspective view in which the incense shaft is sandwiched by a movable holder on a holding table on which a dish-shaped inclined surface inclined downward toward the incense shaft is arranged.
In FIG. 16, the holding stand 1 is integrally formed with a dish-shaped inclined surface that is inclined downward toward the incense shaft.

  The moving holder is three spheres having a diameter of 15 mm. When the sphere is placed on the holding table, the sphere rolls on the inclined surface, proceeds toward the support column at the bottom of the inclination, and the three spheres collide with each other. Push and stop at the end while touching each other.

  Inserting the incense shaft into the center of these three spheres stabilizes until then, and some of the contacts that were in contact with each other are cut off. The ball accepts the shaft while rotating, and the shaft does not move finely. Stand upright.

Since the diameter of the sphere is as large as 15 mm, a supplemental pillar is placed under the incense shaft.
This supplemental column has a function of reducing the pinch margin by supporting the incense shaft from below and determining the position where the ball and the incense shaft contact.

If the diameter of the sphere is about 12 mm to 16.7 mm, it can be sandwiched between three spheres, but the contact point with the incense shaft changes.
Although it is possible to pinch four spheres of 6 mm or less, it is possible to reduce the pinch margin by adjusting the length of the supplemental column, and the presence of the supplemental column It also serves as a stopper that does not roll in.

  The material of the sphere is different from that of magnets. Any material is effective as long as the specific gravity is large, and there is no choice of material, so transparent glass, colored glass, patterned glass balls, metal, wood, ceramic, marble, etc. Since various materials can be used, it is visually beautiful.

  Since the sphere only tries to face the inclined surface downward, the force to pinch is weak compared to the case of the magnet, but it is easy to take out the unburned residue.

  There are about 3 to 10 spheres, and the incense shaft stands in each case, but the greater the weight of the sphere, the higher the stability.

  In the case of three spheres of 15 to 16 mm, the weight is overwhelmingly large compared to the case of four or more spheres, so that even if the inclination angle is small, it is stable. When the number of spheres is large, the one with more inclination is more stable.

FIG. 17 is a perspective view in which the incense shaft is sandwiched by three moving holders on a holding table on which one or more inclined surfaces that are inclined downward toward the incense shaft are arranged. It is composed of one or more inclined surfaces that are inclined downward toward the incense axis, and has three rail-like inclined surfaces. The free movement of the sphere is constrained, but the axis can be accurately grasped from three directions.

  FIG. 18 is a perspective view in which an incense shaft is sandwiched by three moving holders on a holding base on which three rails having a shape opened toward the incense shaft are arranged, and FIG. It is the perspective view which pinched | squeezed the incense axis | shaft with the rotating body with three thick in the center on the holding stand which has arrange | positioned the three rails of the shape where the tip opened toward the incense axis.

  18 and 19 show three rails having a shape with an open end toward the incense shaft. FIG. 18 shows a ball as a moving holder, and FIG. 19 shows a thin rotation at both ends as a moving holder. The body is placed. Even if there is no inclined surface, the ball or a rotating body with narrow ends moves to the incense shaft due to the drop of gravity when it is placed on the open rail, and functions in the same way as in FIG. .

20, 21, and 22, a support column that receives the incense shaft is disposed at a position corresponding to the side of the incense shaft, and the incense shaft is sandwiched between the movable holder and the support column.
The support column has a longitudinal groove cut to support the incense shaft from the side, and has a support portion similar to a supplemental column adapted to the size of a ball to be placed thereon.
If this support part is made movable, various sizes of balls can be used properly.

  FIG. 23 shows an indeterminate moving holder that can roll down on an inclined surface inclined downward toward the incense axis. The form of the movable holder is free as long as it can roll on the slope and press the incense shaft against the column.

  Next, FIGS. 24 to 27 will be described.

  FIGS. 24 to 27 mainly show a holder in which a magnet is arranged at a position where an incense is placed, and three or more spherical ferromagnetic bodies are arranged thereon as a holder. It is placed in the incense burner.

24 to 27,
99 is an incense stick.
Reference numeral 1 denotes a holding table.
Reference numeral 2 denotes a magnet disposed on the holding table.
3 is a moving holder.
13 is an incense burner.
14 is a cover part of an incense burner.
15 is a firehouse.

FIG. 24 is a perspective view of an incense burner in which the holding table and the like of FIG. 1 are arranged horizontally. The holding table of claim 2 is horizontally arranged on a boat-shaped incense burner.
Since the incense shaft is horizontal and the ash after burning falls down, the moving holder and magnet do not cover the ash. It can be operated from.

FIG. 25 is a perspective view of an incense burner in which the holding stand of FIG. 1 is arranged on the back side of the lid.
The incense burner 13 is provided with a lid portion 14 and the holding base shown in FIG. 1 is arranged on the lid portion, and it is inverted when in use. The ash after burning the incense is a structure that falls down as it is.

  FIG. 26 is a perspective view of the incense burner cover, showing a state in which the cover is inverted, in which the incense can be easily exchanged, and the stationary main body does not need to move.

  FIG. 27 is a partially cut perspective view of an incense burner in which the holding table of FIG. In this case, a holding stand is placed on the incense burner 13 and a firehouse is put on it. By removing the firehouse, the incense can be exchanged from above.

Next, FIGS. 28 to 30 will be described.
28 and 30,
99 is an incense stick.
Reference numeral 2 denotes a magnet disposed on the holding table.
3 is a moving holder.
9 is a dish-shaped inclined surface which inclines downward toward the incense axis.
12 is a supplemental pillar.
Reference numeral 16 denotes an incense holder.
Reference numeral 17 denotes a seating portion.

FIG. 28 shows a case where a magnet or a ferromagnetic material is provided on an incense holder, and FIG. 28 shows a case where a magnet is provided. If the moving holder is an iron ball having a diameter of about 6 mm, a commercially available one can be used.
FIG. 29 is a perspective view, and FIG. 30 is a sectional view thereof. There is a flat seat at the bottom of the inclined surface and a supplemental column at the center. If the supplemental column is movable, it can correspond to the size of the movable holding tool, and the pinch margin can be reduced.

  The incense holder according to the present invention can be industrially mass-produced, and thus has industrial applicability.

  The figure shows how to gather the moving holder around the incense shaft: Magnetic force, 2. By taking two different methods of gravity drop, it is divided into two. Further, an incense burner in which the incense holder is arranged and an incense holder are also illustrated.

  FIGS. 1 to 15 show a method using a magnet, FIGS. 16 to 23 show a method using a gravity drop, FIGS. 24-27 show an incense burner, FIGS. 28-30 show an incense holder, and FIG. Reference numerals 31 to 33 show conventional examples.

  In the figure, the part that is hidden behind the back and is not visible is indicated by a dotted line. Some are cut to show the interior.

The perspective view which has arrange | positioned four spherical ferromagnetic bodies as an incense shaft and a movement holder on the magnet arrange | positioned at a holding stand. FIG. The perspective view which has arrange | positioned seven spherical ferromagnetic bodies as an incense shaft and a movement holder on the magnet arrange | positioned at a holding stand. A is the same plan view. B is a plan view in which six additional spherical ferromagnets are arranged in the same plan view. A is a top view which has arrange | positioned six spherical ferromagnetic bodies as a moving holder on the ring-shaped magnet arrange | positioned at the holding stand. B is the same top view, and is a top view which shows the state which pinched the incense stick with the movement holder. The perspective view which has arrange | positioned the incense shaft and two indeterminate ferromagnetic bodies on the magnet arrange | positioned at a holding stand. The perspective view which has arrange | positioned the incense shaft and four spherical magnets on the ferromagnetic body arrange | positioned at a holding stand. The perspective view which has arrange | positioned the incense shaft and two irregular magnets on the ferromagnetic body arrange | positioned at a holding stand. A is a perspective view in which a spherical ferromagnetic material is placed on a holding stand and the incense shaft is sandwiched between four spherical magnets arranged thereon. B is a perspective view of a state in which four spherical magnets are raised at right angles to discharge the unburned incense shaft. A is a plan view of a state in which four spherical magnets are simply placed on a spherical ferromagnetic material. B is the same figure as above, and is a plan view in which the tip of the spherical magnet is again attached to the spherical ferromagnetic material. A is a plan view in which two of four spherical magnets attached to a spherical ferromagnetic material are brought into contact with each other. B is a plan view in which all four spherical magnets are in contact with each other. C is the same as above, and is a plan view showing a state in which an incense shaft is inserted between four spherical magnets. The perspective view which has arrange | positioned the magnet to the holding stand, arrange | positioned the support | pillar on the upper part, and pinched the incense shaft with the support | pillar and one spherical ferromagnetic material. FIG. 3 is a perspective view in which a magnet is disposed on a holding base, a support is disposed on the upper part thereof, and an incense shaft is sandwiched between an object including the support and one amorphous ferromagnetic material. The perspective view which pinched the incense shaft with four spherical magnets. The perspective view which pinched the incense shaft with two magnets of indefinite shape. The perspective view which pinched | interposed the incense stick with the movement holder on the holding stand which has arrange | positioned the dish-shaped inclined surface which inclines downward toward an incense stick. The perspective view which pinched | interposed the incense stick with the three movement holders on the holding stand which has arrange | positioned three inclination rails which incline downward toward an incense stick. The perspective view which pinched | interposed the incense stick with the three movable holders on the holding stand which has arrange | positioned the three rails of the shape where the tip opened toward the incense stick. The perspective view which pinched | squeezed the incense shaft by the rotating body with three thick centers on the holding stand which has arrange | positioned the three rails of the shape where the tip opened toward the incense shaft. The perspective view which pinched | interposed the incense axis | shaft with the movement holder and support | pillar on a holding stand provided with the surface which inclines downward toward an incense axis | shaft. The perspective view which pinched | interposed the incense axis | shaft with the movement holder and support | pillar on the rail of the shape where the tip opened toward the incense axis. The perspective view which pinched the incense shaft by the rotary body and the support | pillar with which the both ends on the rail of the shape where the tip opened toward the incense shaft were thin. The perspective view which pinched | interposed the incense axis | shaft with the movable holder and the support | pillar of the indefinite shape on the rail which inclines downward toward an incense axis | shaft. The perspective view of the incense burner which has arrange | positioned the holding stand etc. of FIG. 1 horizontally. The perspective view of the incense burner which has arrange | positioned the holding stand etc. of FIG. 1 on the back side of a lid | cover. The perspective view of the same incense burner lid. The partial cutaway perspective view of the incense burner which has arrange | positioned the holding stand etc. of FIG. The center part sectional drawing of the incense holding stand which has arrange | positioned the magnet in the position which raises incense. The perspective view of the incense holder which provided the seating part in the position which raises incense, and provided the inclined surface which inclines downward toward the seating part. The center part sectional drawing of the incense holding stand which provided the seating part and the supplemental pillar in the position which raises incense, and provided the inclined surface which inclines downward toward the seating part. Conventional example, incense holder with a hole in the disk. An incense holder with a hole in a thick disk. A conventional incense holder with a hole incline at an angle.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Holding stand 2 Magnet arrange | positioned at a holding stand 3 Moving holder 4 Added moving holder 5 Ring-shaped magnet arrange | positioned at a holding stand 6 Support | pillar arrange | positioned at a support stand 7 Ferromagnetic material arrange | positioned around support | pillar 8 Ferromagnetic material arranged on the holding base 9 Dish-shaped inclined surface inclined downward toward the incense axis 10 Inclined surface inclined downward toward the incense axis 11 Opened toward the incense axis Rail of shape 12 Supplementary pillar 13 Incense burner 14 Cover of incense burner 15 Fire shop 16 Incense holder 17 Seating part 98 Incense holder 99 Conventional incense holder

Claims (14)

A holding table having a structure for attracting a ferromagnetic material to the center of magnetic force, and disposed on the holding table;
A plurality of movable holders are incense holders that hold and hold stick-shaped incense,
The holding table is a magnet arranged at a position for positioning the incense shaft at a fixed position,
The moving holder is three or more spherical rotating bodies made of a ferromagnetic material disposed on the upper surface of the magnet,
When the moving holder is moved by magnetic force,
The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. In claim 1,
The holding table is a ring-shaped magnet arranged at a position for positioning the incense shaft at a fixed position,
The incense holder according to claim 1. Incense that holds the rod-shaped incense in cooperation with the movable holder arranged on the holding table with a structure that attracts the ferromagnetic material to the center of magnetic force and the support column arranged on the holding table. Standing,
The holding stand arranges a column having a V-groove that opens toward the side of the movable holding tool,
A ferromagnetic material is disposed below the support column,
The moving holder is a spherical rotating body made of a ferromagnetic material disposed on the ferromagnetic material,
At least one of the ferromagnetic body arranged on the holding table and the ferromagnetic body being the moving holder is a magnet,
When the moving holder is moved by magnetic force,
The space formed in the center of the V-groove of the support column and the movable holder is configured to be smaller than the diameter of the rod-shaped incense shaft, and by pushing the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. In claim 3,
The holding table has a structure in which a support having a V-groove opened toward the movable holding tool is disposed, and a magnet is disposed under the support.
The incense holder according to claim 3. Incense that holds the rod-shaped incense in cooperation with the movable holder arranged on the holding table with a structure that attracts the ferromagnetic material to the center of magnetic force and the support column arranged on the holding table. Standing,
The moving holder is a spherical rotating body made of a ferromagnetic material arranged in contact with a magnet,
The holding table is a column having a V-groove that opens toward the moving holder, and when the moving holder rotates and moves to the magnetic center of the magnet, The space formed in the center of the movable holder is configured to arrange the magnet at a position smaller than the diameter of the rod-shaped incense shaft,
By pressing the incense shaft into the space, the incense shaft is positioned at a fixed position, and pressed by point contact from the surroundings by the support column and the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. A holding base having an inclined structure that creates a gravity drop and a moving holder that is a plurality of rotating bodies arranged on the holding base cooperate to hold and hold a stick-shaped incense at a fixed position. An incense holder that
The moving holder is three or more spherical rotating bodies,
The holding table has an inclined surface that is inclined downward toward a position where the incense shaft is positioned at a fixed position, and is configured to be gathered at the fixed position when the movable holder is moved by gravity. A space formed at the center between the moving holders becomes smaller than the diameter of the rod-shaped incense shaft, and has at least three contacts on the same circumference of the incense shaft,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. A holding base having an inclined structure that creates a gravity drop and a moving holder that is a plurality of rotating bodies arranged on the holding base cooperate to hold and hold a stick-shaped incense at a fixed position. An incense holder that
The moving holder is three or more spherical rotating bodies,
The holding base is inclined in a downward direction toward a position where the incense shaft is positioned at a fixed position, and is arranged in combination with a number of inclined rail-like slopes each having one moving holder. When the holder moves by gravity, it is configured to gather at the fixed position,
The space formed in the center between the movable holders when gathered at a fixed position is smaller than the diameter of the rod-shaped incense shaft, and has at least three contacts on the same circumference of the incense shaft. ,
By pushing the incense shaft into that space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. A holding table and a moving holding tool, which is a rotating body, arranged on the holding table includes a gravity head structure that creates a gravity head in cooperation with each other. An incense holder that rotates and holds stick-shaped incense in place,
The moving holder is three or more spherical rotating bodies,
The holding base is arranged by combining a number of rails each having one moving holding tool arranged in a V shape toward the position where the incense shaft is positioned at a fixed position. The moving holder is configured to roll and gather at a fixed position,
When the moving holder moves and gathers due to gravity,
The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft. By pushing in the shaft,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. A holding table and a moving holding tool, which is a rotating body, arranged on the holding table includes a gravity head structure that creates a gravity head in cooperation with each other. An incense holder that rotates and holds stick-shaped incense in place,
  The moving holder is a thin rotating body having three or more ends,
The holding base is arranged by combining a number of rails each having one moving holding tool arranged in a V shape toward the position where the incense shaft is positioned at a fixed position. The moving holder is configured to roll and gather at a fixed position,
  When the moving holder moves and gathers due to gravity,
  The space formed in the center between the moving holders is smaller than the diameter of the rod-shaped incense shaft, and is configured to have at least three or more contacts on the same circumference of the incense shaft. By pushing in the shaft,
  By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the moving holder,
  An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small pinch and holding it firmly. In claim 6, claim 7, claim 8, and claim 9,
The holding stand has a supplemental column for supporting the incense shaft from below, the height of the top being below the contact point of the movable holder and the incense shaft at the position where the incense shaft stands. It is characterized by being,
An incense holder according to claim 6, claim 7, claim 8, and claim 9. An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
The support column has a V-groove that opens in the direction of the incense shaft,
The holding table has a rail that opens in a V shape toward the incense shaft,
The moving holder is a rotating body having thin ends disposed on the rails,
The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
  The support column has a V-groove that opens in the direction of the incense shaft,
  The holding table has a rail that opens in a V shape toward the incense shaft,
  The moving holder is a spherical rotating body arranged on a rail,
  The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
  By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
  An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small pinch and holding it firmly. An incense holder that holds and holds stick-shaped incense at a fixed position by a movable holder placed on a holding table with an inclined structure by gravity and a support post installed on the holding table. There,
The support column has a V-groove that opens in the direction of the incense shaft,
The holding table has a surface inclined downward toward the incense shaft,
The moving holder is a spherical rotating body disposed on the inclined surface,
The movable holder is configured to move to a fixed position by gravity, and when moved, a space formed at the center of the support column and the movable holder is smaller than the diameter of the rod-shaped incense shaft, and the incense shaft By inserting the incense shaft into the space,
By positioning the incense shaft at a fixed position and pressing it with a point contact from the surroundings by the support column and the moving holder,
An incense holder characterized by reducing the amount of unburned flame by holding it tightly with a small margin and holding it firmly. In claim 11, claim 12, and claim 13,
The holding stand is configured to support the incense shaft from below, the height of the top being below the contact point of the movable holder and the incense shaft at the position where the incense shaft of the support column stands. It is characterized by having a part,
An incense holder according to claim 11, claim 12, and claim 13.

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