JP7376133B2 - bonfire stand - Google Patents

Description

TECHNICAL FIELD The present invention relates to a fire stand used for outdoor leisure activities.

Bonfire stands have traditionally been constructed that are equipped with multiple assembled boards that can be assembled to become a fire stand, and when not in use can be stored and carried in a compact form by stacking multiple assembled boards (disassembled). (See Patent Document 1).

To briefly explain this Patent Document 1, it includes a plurality of assembled boards having the same shape and having a length in the vertical direction, and this assembled board is provided with a support plate portion on the upper side that can support fuel such as firewood and charcoal. , a leg plate part that is in contact with the ground is provided on the lower side, and connecting parts are provided on both left and right sides of the intermediate part, and the connecting parts on the left and right sides of this assembled board are used to connect adjacent support plates. When a plurality of assembled boards are connected while partially overlapping each other, the plurality of assembled boards are connected in a circular manner in an inclined state in which the support plate side is high and the leg plate side is low, and a plurality of assembled boards are connected upwardly. A fuel mounting portion is formed in which the support plate portions in an inclined state are arranged in a radial direction at substantially equal intervals, and a plurality of leg plate portions in a downwardly inclined state are arranged in a radial direction at substantially equal intervals. The ground leg is configured to form a grounding leg disposed in a direction.

Design Registration No. 1656045

The present invention relates to an improvement of an assembly-type fire stand as disclosed in Patent Document 1, which achieves an increase in the amount of fuel placed on the fuel placement part with a simple configuration, and also has a windshield effect. It provides:

The gist of the present invention will be explained with reference to the accompanying drawings.

A plurality of set plates 1 having the same shape are provided,
This assembled board 1 is provided with a support plate part 2 capable of supporting fuel such as firewood and charcoal on the upper side, and a leg plate part 3 that is in contact with the ground on the lower side, and is connected to the side part of the middle part. Section 4 is provided,
When a plurality of assembled boards 1 are connected by partially overlapping adjacent support plate parts 2 using the connection parts 4 on the sides of the assembled boards 1, the side of the support plate part 2 becomes higher and the side of the leg plate part 3 becomes lower. A plurality of assembled plates 1 are connected in a circular manner in an inclined state to form a fuel mounting portion 5 consisting of a plurality of support plate portions 2 in an upwardly inclined state, and a plurality of inclined downwardly connected support plate portions 1. In the fire stand A configured so that the ground leg part 6 consisting of the leg plate part 3 in the state is formed,
At least a plurality of said group plates 1 and the same number of shrouding plates 7 are provided,
This shrouding plate 7 is provided with an insertion part 8, and by inserting this insertion part 8 into the support plate part 2 of the assembled board 1 in a freely insertable and removable manner, the shroud plate 7 stands on all the support plate parts 2. A space surrounded by the same number of upright shrouding plates 7 as the assembled plates 1 constitutes an enlarged fuel placement section 9 , and the shrouding plates 7 are Relating to a fire stand characterized in that it is configured to be attached to the support plate part 2 in an upright state inclined outward at an inclination angle smaller than the inclination angle of the support plate part 2 when the mounting part 5 is formed. It is something.

Further, the fire stand according to claim 1 is characterized in that the plurality of shrouding plates 7 are formed in the same shape.

Further, the shroud plate 7 is provided with a convex plate portion 8 as the insertion portion 8, and the supporting plate portion 2 is provided with a receiving hole portion 10 into which the convex plate portion 8 is inserted. The present invention relates to a fire stand according to any one of claims 1 and 2 .

Since the present invention is constructed as described above, the present invention has a fuel mounting section formed by connecting a plurality of assembled plates and comprising a plurality of inclined support plate sections at the upper side, and a plurality of lower section. Not only is it possible to easily assemble a stand (base stand) having a grounding leg section consisting of leg plate sections in an inclined state, but also a plurality of shrouding plates can be removably inserted into each of the support plate sections constituting the fuel loading section. It can be installed in an upright position with a simple operation, and the space above the fuel placement section surrounded by the plurality of shrouding plates is configured to function as an enlarged fuel placement section. The fuel can be placed high (a lot) up to the fuel placement part, and therefore, depending on the nature of the fuel used (kind of wood), etc., the increased amount of fuel used results in a long-lasting combustion effect, high firepower, and high brightness. In addition, multiple shrouding boards provide a windshield effect, making it possible to prevent fire extinguishing and ash scattering as much as possible even in strong winds.Furthermore, when not in use, multiple shrouding boards and multiple shrouding boards can be used. Since it can be stacked to make it more compact, it is convenient to store and carry, making it an extremely practical fire pit.

In addition, in the present invention, the fuel loading space of the enlarged fuel loading section surrounded by the shroud increases as it goes upward, resulting in a fire pit with an extremely practical configuration that can further increase the amount of fuel used. .

In addition, in the invention as claimed in claim 2 , by stacking a plurality of shroud plates, the fire stand can be made compact to the size of one shroud plate and has a more practical structure.

Further, in the invention as claimed in claim 3 , the structure of the shroud that can be inserted into the support plate part and the structure of the support plate part into which the shroud plate is inserted can be simplified and designed more easily. This is a bonfire stand with a highly practical structure.

FIG. 2 is a perspective view showing the assembled board of this embodiment and the state in which the assembled boards are stacked. It is a perspective view showing the shroud of this example and the state where the shroud is piled up. It is an explanatory plan view showing the assembly procedure of the assembled board of a present example. FIG. 2 is a perspective view and a bottom view showing a base (made up of assembled boards) of this embodiment. They are a perspective view and a front view showing a fire pit (consisting of a base plate and a shroud plate) according to the present embodiment.

DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be briefly described based on the drawings, showing the effects of the present invention.

The fire stand A of the present invention is equipped with a plurality of assembled boards 1 having the same shape and at least the same number of shrouding boards 7 as the plurality of said assembled boards 1, and when not in use, the plurality of assembled boards 1 can be piled up to make it compact. Since it can be made into a compact form by stacking a plurality of shrouding plates 7, it is convenient for storage and transportation.

When using a fire pit, if a plurality of assembled boards 1 are connected by overlapping a part of adjacent support plate parts 2 using the connection part 4 on the side of the assembled board 1, the side of the supporting plate part 2 of the assembled board 1 is connected. A plurality of assembled plates 1 are connected in a circular manner in an inclined state in which the upper side (upper side) is higher and the leg plate part 3 side (lower side) is lower. A base pedestal B is assembled in which the fuel mounting portion 5 is formed, and the grounding leg portion 6 made of the plurality of inclined leg plate portions 3 is formed below. It can be grounded to the ground via.

Next, when the insertion portion 8 provided on the shroud plate 7 is removably inserted into the support plate portion 2 of each of the assembled boards 1, the shroud plate 7 is attached to the support plate portion 2 in an upright state. As a result, a space surrounded by a plurality of shrouding plates 7 is formed above the fuel placement portion 5 of the base B, and this space is configured as an enlarged fuel placement portion 9. Fire stand A, which can also hold fuel in section 9, is completed.

Therefore, in the bonfire stand A of the present invention, fuel such as firewood or charcoal can be placed on the fuel placement part 5, and the fuel can be ignited to enjoy a bonfire. Since it is possible to place the fuel higher (more) on the enlarged fuel placement part 9 above, the amount of fuel used can be significantly increased compared to the above-mentioned Patent Document 1, and the nature of the fuel used (wood Although it depends on the type (type), etc., an increase in the amount of fuel used results in a long-lasting combustion effect, high thermal power, high brightness, etc.

Moreover, the plurality of shrouding plates 7 also function as a windshield, so even when the wind is strong, it is difficult to extinguish the fire, and the amount of scattered ash is small.

Specific embodiments of the present invention will be described based on the drawings.

The fire stand A of this embodiment includes a plurality (five in the drawing) of assembled boards 1 having the same shape. Moreover, this assembled board 1 has a length in the vertical direction, and is provided with a support plate part 2 on the upper side that can support fuel such as firewood and charcoal, and a leg plate part 3 that is in contact with the ground on the lower side. A connecting portion 4 is provided on the side of the intermediate portion.

Specifically, as shown in FIG. 1, the assembled plate 1 of this embodiment is composed of a substantially battledore-shaped metal plate whose lower side is narrower than its upper side, and the upper wide part of this metal plate is It is configured as a support plate portion 2, and the lower narrow portion is configured as the leg plate portion 3.

In addition, in this assembled board 1, the left and right parts of the support plate part 2 are bent in the same direction via folded edges on the left and right sides of the central part, and these left and right parts are tilted slightly upward in FIG. 1 from the central part. The leg plate portion 3 is provided on a downward extension of one of the left and right folded edges of the center portion (the folded edge on the left side in the figure in this embodiment). That is, the assembled plate 1 is configured in such a shape that the leg plate portion 3 is located eccentrically in the lateral direction with respect to the center of the support plate portion 2 in the left-right direction.

Further, the intermediate portion between the support plate portion 2 and the leg plate portion 3 is formed into an inclined side portion whose width becomes narrower toward the bottom on the left and right side portions, and furthermore, the upper end portions of the left and right inclined sides and the support plate A short linear notch is formed diagonally upward between the lower end portions of the left and right side portions of the portion 2, and these left and right notches constitute the connection portion 4.

Then, as shown in FIG. 3, when a plurality of assembled boards 1 are connected while partially overlapping adjacent support plate parts 2 using the connecting parts 4 on the left and right sides of this assembled board 1, the supporting plate parts 2 A plurality of assembled plates 1 are connected in a circular manner in an inclined state where the side is high and the side of the leg plate part 3 is low, and a plurality of support plate parts 2 in an upwardly inclined state are spaced at approximately equal intervals in a radial direction. A fuel mounting portion 5 is formed (see FIG. 4(a)), and a plurality of leg plate portions 3 in a downwardly inclined state are arranged in a radial direction at approximately equal intervals. The base pedestal B, on which the grounding legs 6 are formed (see FIG. 4(b)), is configured to be assembled.

That is, in this embodiment, a base table B is assembled by a plurality of the assembled plates 1, which can be placed on the ground via the grounding legs 6, and on which fuel such as firewood or charcoal can be placed on the fuel placement part 5. It is configured so that

Further, since the plurality of assembled boards 1 have the same shape, when not in use, they can be stacked to form a compact form as large as one assembled board and can be stored and carried (see FIG. 1).

Further, this embodiment is provided with the same number of the plurality of said board sets 1, that is, five shrouding boards 7 having the same shape, and these shroud plates 7 are attached to the support plate portions 2 of the plurality of set boards 1. . Incidentally, a configuration may be adopted in which the number of the surrounding plates 7 is equal to or greater than the number of the plurality of assembled plates 1 as spares.

Specifically, as shown in FIG. 2, the shroud plate 7 of this embodiment is a substantially battledore-shaped metal plate that has a length in the vertical direction like the assembled plate 1 and whose lower side is narrower than its upper side. It consists of

In addition, the upper wide part of this shroud plate 7 is bent so that the left and right parts are inclined slightly upward in the drawing from the center part, similar to the support plate part 2 of the above-mentioned group board 1, and the lower part is narrow. The portion is configured as an insertion portion 8 (convex plate portion 8).

To explain in more detail, this shroud plate 7 has an upper wide portion having a vertical width equivalent to or slightly shorter than the vertical width dimension of the support plate portion 2 of the set plate 1, and It has a left and right width equivalent to the width dimension, and the lower narrow part which is the insertion part 8 (convex plate part 8) is 1/4 to 1/4 to the vertical width dimension of the leg plate part 3 of the assembled board 1. It is formed in a shape having a vertical width of about 1/3 and a horizontal width equivalent to the horizontal width dimension of the leg plate portion 3.

Then, the plurality of shrouding plates 7 are inserted into and removably inserted into the support plate part 2 of the assembled board 1 from above by inserting the respective insertion parts 8 into the supporting plate part 2 of the assembled plate 1 (see FIG. 4(a)). The upper wide part is configured to be attached to the support plate part 2 in an upright state (see FIG. 5), and the space surrounded by the plurality of shrouding plates 7 (upper wide part) is used for expanding fuel storage. It is configured as a storage section 9.

Moreover, to explain the insertion structure of this insertion part 8 (convex plate part 8) into the support plate part 2 of the said assembly board 1, the receiving hole part 10 into which this convex plate part 8 is inserted is the said support plate part. 2, and is formed through the center position in the left-right direction (see FIGS. 1, 3, and 4).

Further, to explain this receiving hole portion 10 in more detail, it is a rectangular hole shape that is slightly larger than the outer shape of the convex plate portion 8, and is formed through the support plate portion 2 in an elongated rectangular hole shape having a hole length in the left-right direction of the support plate portion 2. The convex plate part 8 can be inserted into and removed from the receiving hole 10 without any trouble, and by inserting the convex plate part 8, the left and right direction of the shroud plate 7 is aligned with the support plate part 2 (assembled). The shroud plate 7 is configured to be attached to the support plate part 2 in an upright state in a state that matches the left-right direction of the board 1) (see FIG. 5).

In addition, the hole width in the short direction (the hole width in the vertical direction of the support plate part 2) of the hole receiving part 10 is equal to the thickness of the convex plate part 8 (the thickness of the shroud plate 7). As shown in FIG. 4(a), the convex plate part 8 of the shroud plate 7 with the convex plate part 8 facing downward is placed in the receiving hole part 10. When inserted from above, due to the dimensional difference between the hole width of the receiving hole part 10 and the plate thickness of the convex plate part 8, the surrounding plate 7 (upper wide part) is inserted into the base B with the receiving hole part 10 as a fulcrum. It is configured to be able to tilt outward.

Then, when the fuel placement portion 5 is formed (when the five assembled plates 1 are assembled on the base B), the shrouding plate 7 (the convex plate portion 8) is inserted into all the support plate portions 2. If the five shrouding plates 7 (upper wide parts) are installed in an upright position with all of them tilted outward from the base B, the angle of inclination is smaller than that of the support plate part 2. The shroud plate 7 is configured to be attached to the support plate portion 2 in an upright state inclined outward at an inclination angle (see FIG. 5).

That is, the enlarged fuel placement section 9 formed by the five shrouding plates 7 is configured such that the space increases toward the top, and more fuel can be loaded into the enlarged fuel placement section 9. It is configured so that it can be placed and used.

The plurality (five) of shrouding boards 7 also function as a windshield, and are configured to be difficult to extinguish even when the wind is strong, and to prevent the scattering of ash as much as possible.

Further, since the plurality of shrouding plates 7 have the same shape, when not in use, they can be stacked to form a compact form that is the size of one shrouding plate 7 and can be stored and carried (see FIG. 2).

Note that the present invention is not limited to this embodiment, and the specific configuration of each component can be designed as appropriate.

1 Assembly plate 2 Support plate portion 3 Leg plate portion 4 Connection portion 5 Fuel placement portion 6 Ground leg portion 7 Shrouding plate 8 Insertion portion/convex plate portion 9 Enlarged fuel placement portion
10 Hole A Fire pit

Claims (3)

Equipped with multiple boards of the same shape,
This board is equipped with a support plate part that can support fuel such as firewood and charcoal on the upper side, a leg plate part that touches the ground on the lower side, and a connecting part on the side of the middle part. I was being treated,
When a plurality of assembled boards are connected by partially overlapping adjacent support plate parts using the connecting parts on the sides of the assembled boards, the plurality of assembled boards are formed in an inclined state in which the support plate side is higher and the leg plate side is lower. The plates are lined up and connected in a circular manner to form a fuel mounting section that includes a plurality of the support plate sections that are inclined upwardly, and a ground leg that consists of a plurality of leg plate sections that are inclined downwardly. In a fire stand configured such that a portion is formed,
comprising at least the same number of shrouding plates as the plurality of said group plates;
This shroud is provided with an insertion portion, and by inserting this insertion portion into the support plate portion of the assembled board in a freely insertable and removable manner, the shroud is attached to all the support plate portions in an upright state. , a space surrounded by the same number of standing shrouds as this set of plates is configured as an enlarged fuel placement part , and the shrouds are designed to accommodate the slope of the support plate when forming the fuel placement part. 1. A fire stand , characterized in that it is configured to be attached to a support plate part in an upright state tilted outward at an inclination angle smaller than the angle of inclination . The bonfire stand according to claim 1 , wherein the plurality of shrouding plates are formed in the same shape. 3. The shroud plate is provided with a convex plate portion as the insertion portion, and the support plate portion is provided with a receiving hole portion into which the convex plate portion is inserted. or the fire stand described in paragraph 1.

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