JP2022035051A - Solid fuel holder and outdoor cooking apparatus with the same - Google Patents

Abstract

PURPOSE: To enable heating food ingredients from a side with a solid fuel.CONSTITUTION: A solid fuel holder 100 includes a container 110 capable of containing a solid fuel F, at least one first vent 111, and at least one insertion port 112. The at least one first vent 111 is provided in the container 110 and comes in communication with the inside of the container 110. The at least one insertion port 112 is provided in the container 110 and comes in communication with the inside of the container 110. The solid fuel F can be inserted from the at least one insertion port 112 into the inside of the container 110.SELECTED DRAWING: Figure 1A

Description

The present invention relates to a solid fuel holder and an outdoor cooking device equipped with the solid fuel holder.

The following Patent Document 1 describes a conventional outdoor cooking apparatus. The cooking cooker is provided with a stove body, a pair of columns, and a round bar. The main body of the stove is a box shape that opens to the upper side, and solid fuel such as firewood and charcoal can be stored inside the box. The lower ends of the pair of struts are fixed to both sides of the stove body and extend upward. The round bar is pierced by meat, rotatably suspended at the upper ends of a pair of struts, and located on the stove body. While rotating this round bar, the meat can be cooked on the burned solid fuel in the stove body.

Utility Model Registration No. 3092816

Since the round bar is rotatably suspended on the upper end of the pair of columns on the stove body, the meat pierced by the round bar is cooked only from below by the solid fuel in the stove body. Can not.

The present invention provides a solid fuel holder capable of heating foodstuffs from the side with solid fuel and a cooking device equipped with the solid fuel holder.

The solid fuel holder of one aspect of the present invention includes a container capable of accommodating solid fuel, at least one first vent, and at least one insertion port. At least one first vent is provided in the container and communicates with the inside of the container. At least one insertion slot is provided in the container and communicates with the inside of the container. Solid fuel can be inserted into the container through at least one insertion slot.

Since the solid fuel is contained in the container of the solid fuel holder in such an embodiment, by arranging the container on the side of the food, the food is cooked from the side with the solid fuel contained in the container. Will be possible.

The solid fuel holder can be hollowly supported by the fuel support, and the container can be arranged on the side of the food material supported by the food material support portion.

The fuel support can be cylindrical. In this case, the container may be arranged in the fuel support on the side of the food material supported by the food material support portion.

The container may be arranged on the trivet, grid or iron plate of the barbecue grill.

The solid fuel holder of any of the above embodiments can be configured to further include a handle for making the container portable. In this case, the handle can be configured to be provided in the container.

The container can be configured to have a bottom and a substantially cylindrical side wall that rises from the peripheral edge of the bottom.

At least a part of the side wall may be made of wire mesh. In this case, at least one first vent can be a gap in the wire mesh. The at least one first vent can be configured to be provided on the side wall.

The at least one insertion slot can be an opening on the upper side of the side wall.

The solid fuel can be briquette. In this case, the side wall of the container has a first wall and a second wall facing each other, and the distance between the first wall and the second wall is substantially the same as or slightly larger than the thickness dimension of the solid fuel. Is possible.

The at least one first vent and the at least one insertion slot can be integrated.

The outdoor cooking apparatus according to one aspect of the present invention can be configured to include a fuel support, a food support portion capable of supporting food, and a solid fuel holder according to any one of the above. ..

The container of the solid fuel holder can be configured to be arranged on the side of the food material supported by the food material support portion.

When the fuel support is tubular, the food support can be suspended from the fuel support.

The container of the solid fuel holder can be configured to be arranged on the side of the food material supported by the food material support portion in the fuel support.

The solid fuel holder of any one of the above embodiments can be configured to further include a hook provided on the container. In this case, the hook can be configured to be hooked on the fuel support.

The fuel support can be configured to have a guide portion extending in the first direction in which the container approaches and separates from the food material supported by the food material support portion. In this case, the hook can be configured to be movably hooked on the guide portion in the first direction.

At least one of the solid fuel holder and the fuel support may have an engaging protrusion, and the other may have an engaging hole or an engaging recess. It is possible to have a configuration in which the engaging protrusion is engaged with the engaging hole or the engaging recess.

The engaging hole or the engaging recess can be configured so that the container extends in the first direction in which the container approaches and separates from the food material supported by the food material support portion. In this case, the engaging convex portion can be configured to be movably engaged with the engaging hole or the engaging concave portion in the first direction.

The fuel support can be configured to have at least one second vent located in the vicinity of at least one first vent of the container.

The outdoor cooking apparatus according to any one of the above embodiments can be configured to further include a first receiving portion arranged at least on the lower side of the container.

The outdoor cooking apparatus according to any one of the above embodiments can be further provided with a trivet or a gridiron supported by the first receiving portion. In this case, the fuel support can be configured to be placed on a trivet or a gridiron.

The outdoor cooking apparatus of any of the above embodiments can be configured to further include a frame or a housing for accommodating and holding the first receiving portion, and a trivet or a gridiron supported by the frame or the housing. be. In this case as well, the fuel support can be configured to be placed on the trivet or the gridiron.

The first receiving portion may be arranged below the foodstuff supported by the foodstuff supporting portion.

The outdoor cooking apparatus according to any one of the above embodiments may be configured to be arranged below the food material supported by the food material support portion and further provided with a second receiving portion for receiving falling objects from the foodstuff. It is possible.

The outdoor cooking apparatus according to any one of the above embodiments can be configured to be fixed to the fuel support and further provided with a drive unit for rotating the food support portion. In this case, the food material support portion can be configured to be rotatably supported by the fuel support.

The outdoor cooking apparatus according to any one of the above embodiments can be configured to further include a cylindrical gripped portion. The food material support portion can be configured to have a first end portion and a second end portion. The first end portion of the food support portion can be configured to be connected to the drive portion. The second end portion of the food material support portion can be configured to be idlely inserted into the gripped portion.

It is a perspective view which showed from the front surface, the plane and the right side surface of the solid fuel holder which concerns on Example 1 of this invention. It is a perspective view which showed from the back surface, the plane and the left side surface of the solid fuel holder. It is a perspective view of the outdoor cooking apparatus which concerns on Example 1 of this invention. It is a top view of the outdoor cooking apparatus, and is the figure which shows the state which the fuel holder is located away from the food support part. It is a top view of the outdoor cooking apparatus, and is the figure which shows the state which the fuel holder is located near the food support part. It is a perspective view which showed from the front surface, the plane and the left side surface of the fuel support part of the outdoor cooking apparatus. It is a perspective view which showed from the back surface, the bottom surface and the left side surface of the said fuel support part of the said outdoor cooking apparatus. It is a top view which shows the 1st design modification example of the said outdoor cooking apparatus. It is a perspective view which shows the state which the fuel support part of the outdoor cooking apparatus of the 1st design modification is supported by the trivet supported by the 1st receiving part. It is a perspective view which shows the 2nd design modification example of the said outdoor cooking apparatus. It is a top view which shows the 3rd design modification example of the said outdoor cooking apparatus.

Hereinafter, Example 1 of the present invention and an example of design modification thereof will be described. It should be noted that the components of the examples and the design modification described later can be combined with each other as long as they do not contradict each other. Further, the materials, shapes, dimensions, numbers, arrangements, etc. constituting each component in each aspect of the embodiment and the design modification described later are described as examples thereof, and are arbitrary as long as the same function can be realized. It should also be noted that it is possible to change the design to.

Hereinafter, the solid fuel holder 100 (hereinafter, also simply referred to as the holder 100) according to the first embodiment of the present invention and the design modification thereof will be described with reference to FIGS. 1A to 1B. 1A and 1B show the holder 100 of the first embodiment. 1A and 1B show the ZZ'direction, the XX'direction, and the YY'direction. The ZZ'direction corresponds to the height direction of the holder 100. The XX'direction is substantially orthogonal to the ZZ'direction, and the YY'direction is substantially orthogonal to the ZZ'direction and the XX'direction.

The holder 100 includes a container 110. The container 110 may have a structure capable of accommodating at least one solid fuel F such as charcoal (molded charcoal (see FIG. 1A), charcoal or bamboo charcoal) or firewood inside the container 110. The container 110 can also be configured to accommodate a plurality of solid fuels F.

The container 110 has a bottom portion 110a and a side wall 110b. The bottom portion 110a may be made of a heat-resistant plate such as a metal plate (see FIGS. 1A and 1B), or may be made of a wire having heat resistance such as a wire mesh. The bottom portion 110a has a peripheral edge portion.

The side wall 110b has a substantially cylindrical shape (a polygonal tubular shape such as a square tubular shape (see FIGS. 1A and 1B) or a cylindrical shape), and can be configured to rise in the Z direction from the peripheral edge portion of the bottom portion 110a. be. Alternatively, the side wall 110b may be substantially U-shaped, substantially L-shaped, or substantially V-shaped in a cross-sectional view in the XX'direction, and may be configured to rise in the Z direction from the bottom 110a (. Not shown). In any case, the side wall 110b may be made of a wire having heat resistance such as a wire mesh (see FIGS. 1A and 1B), or may be made of a heat-resistant plate such as a metal plate. ..

When the side wall 110b has a polygonal cylinder shape, the side wall 110b can be configured to have a first wall and a second wall facing each other in the YY'direction. When the solid fuel F is briquette, the distance L1 between the first wall and the second wall in the YY'direction (see FIG. 2B described later) is the thickness dimension (YY') of one solid fuel F. It may be substantially the same as or slightly larger than the dimension in the direction (see FIG. 1A), or it may be substantially the same as or slightly larger than the sum of the thickness dimensions of the plurality of solid fuels F (that is, a size that can be accommodated side by side). good. When the solid fuel F is other than briquette, the distance L1 between the first wall and the second wall in the YY'direction can be large enough to accommodate one or more solid fuels F.

When the side wall 110b has a polygonal cylinder shape, the side wall 110b can be configured to have a third wall and a fourth wall facing each other in the XX'direction. When the solid fuel F is briquette, the distance L2 (see FIG. 2B) between the third wall and the fourth wall in the XX'direction is the sum of the dimensions of the plurality of solid fuels F in the XX' direction. It may be substantially the same or slightly larger (that is, a size that can be accommodated side by side) (see FIG. 1A), or may be substantially the same as or slightly larger than the thickness dimension of one solid fuel F. When the solid fuel F is other than briquette, the distance L2 between the third wall and the fourth wall in the YY'direction can be set to a size capable of accommodating one or more solid fuels F.

When the side wall 110b has a polygonal cylinder shape, the container 110 can be configured to further have a top plate (not shown). The top plate may be made of a heat-resistant plate such as a metal plate, or may be made of a wire rod having heat resistance such as a wire mesh. The top plate may be hinged to the peripheral edge of the opening on the Z-direction side of the side wall 110b and may be configured to close the opening on the Z-direction side of the side wall 110b so as to be openable or closable, or the opening on the Z-direction side of the side wall 110b. It may be configured to be connected to the peripheral portion of the side wall and to close the opening on the Z direction side of the side wall 110b. The top plate can be omitted.

The holder 100 further comprises at least one vent 111 (first vent). At least one vent 111 is provided in the container 110 and communicates with the inside of the container 110. The number of at least one vent 111 can be a plurality. One or each vent 111 can be a through hole penetrating at least one of the bottom 110a and the side wall 110b of the container 110, or a gap of a wire mesh constituting at least one of the bottom 110a and the side wall 110b of the container 110. be. When the top plate is provided, one or each vent 111 can be a through hole penetrating the top plate of the container 110 or a gap of a wire mesh constituting the top plate of the container 110. When the side wall 110b has a substantially U-shape, a substantially L-shape, or a substantially V-shape in a cross-sectional view in the XX'direction, the portion where the side wall 110b is not provided may form a vent 111. In either embodiment, air flows in and out of the container 110 from at least one vent 111.

The holder 100 further comprises at least one insertion slot 112. At least one insertion port 112 is provided in the container 110 and communicates with the inside of the container 110. For example, when the side wall 110b has a cylindrical shape, there is only one insertion port 112, and the side wall 110b can be an opening in the Z direction. Further, the at least one insertion port 112 may be a through hole penetrating at least one of the bottom portion 110a and the side wall 110b of the container 110, or a gap of a wire mesh constituting at least one of the bottom portion 110a and the side wall 110b of the container 110. It is possible. When the top plate is provided, at least one insertion port 112 can be a through hole penetrating the top plate of the container 110 or a gap of a wire mesh constituting the top plate of the container 110. When the side wall 110b has a substantially U-shape, a substantially L-shape, or a substantially V-shape in a cross-sectional view in the XX'direction, the portion where the side wall 110b is not provided may form the insertion port 112. In any embodiment, the size is such that at least one solid fuel F can be inserted into the inside of the container 110 from at least one insertion port 112. The number of at least one insertion port 112 can be a plurality.

The above-mentioned through hole, the gap of the wire mesh, or the portion where the side wall 110b is not provided may form both the at least one insertion port 112 and the at least one ventilation port 111. That is, at least one insertion port 112 and at least one ventilation port 111 may be integrated and shared. The solid fuel F after combustion may be discharged from at least one insertion port 112 and / or at least one ventilation port 111.

The holder 100 may further include a handle 120 for making the container 110 portable. The handle 120 is provided on the container 110 of any of the above embodiments. For example, the handle 120 can have any of the following configurations (1) to (4).

(1) When the side wall 110b of the container 110 is made of wire mesh, the handle 120 is made of a heat-resistant wire rod rotatably attached to the wire mesh constituting the side wall 110b (FIGS. 1A and FIG. See 1B). In this case, the handle 120 has a pair of substantially L-shaped wires. The pair of wire rods has a first part and a second part. The first part has a first end and a second end on the opposite side thereof. The first end portion of the first portion is wound around a wire rod located on the Z-side of the wire mesh constituting the side wall 110b. The second part extends from the second end of the first part and is substantially perpendicular to the first part. The handle 120 is rotatable from the accommodating position to the used position with the first end portion of the first portion as a fulcrum. The accommodation position is a position where the handle 120 is accommodated in the container 110. The position of use is a position where the second end portion of the first portion of the pair of wires of the handle 120 abuts on the side wall 110b and the second portion extends away from the side wall 110b. The container 110 can be carried by the user gripping the second part at the use position.

(2) When the side wall 110b of the container 110 is made of wire mesh, the handle 120 may be made of a heat-resistant wire rod connected to or fixed to the side wall 110b. In this case, the handle 120 has a pair of wires extending away from the side wall 110b of the container 110. By grasping this pair of wires by the user, the container 110 can be carried.

(3) When the side wall 110b of the container 110 is made of a heat-resistant plate, the handle 120 is made of a heat-resistant plate rotatably attached to the side wall 110b by a hinge or the like. In this case, the handle 120 is substantially L-shaped and has a first portion and a second portion. The first part has a first end and a second end on the opposite side thereof. The first end portion of the first portion is attached to the side wall 110b so that it can be answered by a hinge or the like. The second part extends from the second end of the first part and is substantially perpendicular to the first part. The handle 120 is rotatable from the accommodating position to the used position with the first end portion of the first portion as a fulcrum. The accommodation position is a position where the handle 120 is accommodated in the container 110. The used position is a position where the second end portion of the first portion of the handle 120 abuts on the side wall 110b and the second portion extends away from the side wall 110b. The container 110 can be carried by the user gripping the second part at the use position.

(4) When the side wall 110b of the container 110 is made of a heat-resistant plate, the handle 120 is made of a heat-resistant plate connected to the side wall 110b and extends away from the side wall 110b of the container 110. By gripping the handle 120 by the user, the container 110 can be carried.

Hereinafter, the outdoor cooking apparatus D (hereinafter, also simply referred to as cooking apparatus D) according to the first embodiment of the present invention and the design modification thereof will be described with reference to FIGS. 2A to 6. 2A to 3B show the cooking apparatus D of the first embodiment. 4A and 4B show a first design variant of cooking apparatus D of Example 1, FIG. 5 shows a second design variant of cooking apparatus D of Example 1, and FIG. 6 shows. Shows a third design variant of the cooking apparatus D of Example 1. 2A to 3B show the ZZ'direction, the XX'direction, and the YY'direction. The ZZ'direction corresponds to the height direction of the holder 100. The XX'direction is substantially orthogonal to the ZZ'direction, and the YY'direction is substantially orthogonal to the ZZ'direction and the XX'direction.

The cooking apparatus D includes at least one holder 100 of any of the above-described embodiments, a fuel support 200, and a food material support unit 300.

The food material support unit 300 is configured to support foodstuffs (not shown) such as meat, fish, vegetables, and Baumkuchen. For example, the food material support portion 300 may be composed of a rod body penetrating the food material (see FIGS. 2A to 2C), or may have a pair of bifurcated harpoons (not shown) pierced by the food material from both sides. good. When the food material support portion 300 is a rod body, it has a first end portion, a second end portion, and an intermediate portion between the first end portion and the second end portion. The middle portion is a portion that can be located inside the foodstuff, and the first end portion and the second end portion are portions that are arranged outside the foodstuff. When the food material support portion 300 has a pair of bifurcated harpoons, it has a first end portion and a second end portion. The first end is the root of one of the pair of bifurcated harpoons, and the second end is the root of the other bifurcated harpoon.

The fuel support 200 has a substantially tubular (polygonal tubular or cylindrical body 210 such as a square cylinder (see FIGS. 2A to 3B)) extending in the ZZ'direction. The main body 210 is made of a heat-resistant material (for example, metal or heat-resistant resin).

The main body 210 can be configured to be foldable. For example, when the main body 210 has an even-numbered polygonal cylinder, it has a plurality of rectangular plates constituting the polygonal cylinder, and the ends of adjacent plates among the plurality of plates are rotatably connected to each other. Has been done. Two of the plurality of plates facing each other are composed of two plates that can be folded in a valley.

Alternatively, the main body 210 can be disassembled. For example, when the main body portion 210 has a polygonal cylinder shape, it has a plurality of rectangular plates constituting the polygonal cylinder, and the ends of adjacent plates among the plurality of plates are detachable from each other. It is possible. When the fuel support 200 is a cylinder, it has a plurality of arcuate plates constituting the cylinder, and the ends of adjacent plates among the plates can be detachably attached to each other. The main body 210 can be formed into a substantially tubular shape that cannot be folded or disassembled.

The fuel support 200 further has a configuration in which the food support portion 300 is hollowly supported. For example, the fuel support 200 has at least a pair of support 240s on which the food support 300 is suspended. At least a pair of support portions 240 are provided in portions facing each other in the XX'direction of the main body portion 210 of the fuel support 200, and are recesses opened in the Z direction or XX of the main body portion 210. 'It is a through hole provided in a portion facing each other in the direction, and the first end portion and the second end portion of the food support portion 300 are inserted and suspended. By suspending the food support portion 300 on the fuel support 200 in this way, the food material supported by the food support portion 300 is arranged in the main body 210 of the fuel support 200. A plurality of sets of the pair of support portions 240 may be provided on the portions of the main body portion 210 facing each other in the XX'direction. In FIGS. 2A to 3B, three sets of a pair of support portions 240 are provided on the plates facing each other in the XX'direction of the main body portion 210. Of the plurality of sets, the height position of the pair of support portions 240 of one set and the height position of the support portion 240 of another set may be different, but the pair of supports of all the sets may be different. The height position of the portion 240 may be the same. When the support portion 240 is a recess, the height position of the support portion 240 is the height position of the bottom portion of the recess on the Z'direction side, and when the support portion 240 is a through hole, the support portion 240 of the support portion 240. The height position is the height position of the edge portion of the through hole on the Z'direction side.

The food material support portion 300 may be rotatable while being suspended from at least a pair of support portions 240. In this case, the cooking device D may further include a drive unit 400 such as a motor. The drive unit 400 such as a motor is connected to the first end of the food support portion 300, and the food support portion 300 is rotated in a state of being suspended from at least a pair of support portions 240. .. The drive unit 400 is provided with a protrusion 410, and the drive unit 400 itself rotates by inserting the protrusion 410 into at least one stop hole 250 for stopping rotation provided in the main body portion 210. It may be designed to prevent. The drive unit 400 can be omitted. In this case, the food support portion 300 may be configured to be manually rotated while being suspended from at least a pair of support portions 240 by providing a handle or the like at the first end portion of the food support portion 300. The food support portion 300 may be configured so as to be suspended from at least a pair of support portions 240 and not rotate. The stop hole 250 for stopping rotation can be omitted.

The fuel support 200 has at least one first portion located on the Y-direction side and / or at least one second portion located on the Y'direction side with respect to at least one pair of support portions 240 of the main body portion 210. Further has. At least one first part may be a pair and may have a first part on the X-direction side facing each other in the X-X'direction and a first part on the X'direction side. At least one second part may be a pair and may have a second part on the X-direction side and a second part on the X-direction side facing each other in the X-X'direction.

The fuel support 200 has a configuration in which at least one holder 100 is hollowly supported so that at least one holder 100 is located on the side of the food material hollowly supported by the food material support portion 300 in the main body 210. ing. For example, the main body 210 and at least one holder 100 may have any of the following configurations (A) to (D). In the following (A) to (D), the holder 100 will be described as one, but a plurality of holders 100 may have the same configuration.

(A) The holder 100 further has at least one hook 130.

(A-1) When at least one hook 130 is one and the first part or the second part of the main body portion 210 is one, the hook 130 is a hook type provided on the side wall 110b of the container 110. It extends outward of the container 110 and then extends in the Z'direction. The hook 130 is a through hole provided in the Z-direction end of the first or second part of the main body 210, the first or second part of the main body 210, or the first part or the first part of the main body 210. It is hooked on a recess opened in the Z direction provided in the second part. In this way, the holder 100 is hollowly supported in the main body 210 so as to be located on the Y direction side or the Y'direction side (side) with respect to the food material. The end of the first part of the main body 210 on the Z direction, the through hole provided in the first part of the main body 210, or the recess opened in the Z direction provided in the first part of the main body 210 It is located on the Y direction side with respect to at least a pair of support portions 240, and is a through hole or a main body provided at the end of the second portion of the main body portion 210 on the Z direction side and the second portion of the main body portion 210. The recesses opened in the Z direction provided in the second portion of the portion 210 are located on the Y'direction side with respect to at least a pair of support portions 240.

(A-2) When at least one hook 130 is a pair and the first part or the second part of the main body 210 is a pair, the pair of hooks 130 are the hook 130 on the X direction side and the hook 130 on the X'direction side. It has a hook 130. The hook 130 on the X direction side extends in the X direction (outside the container 110) and then extends in the Z'direction, and the hook 130 on the X'direction side extends in the X'direction (outside the container 110). It extends in the Z'direction. The hook 130 on the X direction side and the X'direction side is the end on the Z direction side of the first part or the second part on the X direction side and the X'direction side, and the first part or the first part on the X direction side and the X'direction side. It is hooked on a through hole provided in two parts or a concave portion opened in the Z direction provided in the first part or the second part on the X direction side and the X'direction side. In this way, the holder 100 is hollowly supported in the main body 210, and is positioned on the Y direction side or the Y'direction side (side) with respect to the food material hollowly supported by the food material support portion 300. .. It should be noted that the through holes provided in the X-direction side, the Z-direction end of the first portion on the X'direction side, the X-direction side, and the first portion on the X'direction side, or the X-direction side and the X'-direction side. The recesses opened in the Z direction provided in the first portion are located on the Y direction side with respect to at least a pair of support portions 240, and the Z of the second portion on the X direction side and the X'direction side. The end on the direction side, the through hole provided in the second part on the X direction side and the X'direction side, or the concave portion opened in the Z direction provided on the second part on the X direction side and the X'direction side is at least. It is located on the Y'direction side with respect to a pair of support portions 240.

(B) The ends, through holes or recesses of the main body 210 of (B-1) and (A-1) on the X direction side, the first part or the second part on the X'direction side on the Z direction side are YY. It constitutes a runner portion 220 extending in a'direction (first direction that approaches and separates from the food material hollowly supported by the food material support portion 300). The runner portion 220 guides the hook 130 movably in the YY'direction. (B-2) The ends, through holes or recesses of the main body 210 of (A-2) on the X direction side, the first part or the second part on the X'direction side on the Z direction side are in the YY'direction. It constitutes an extended runner portion 220 on the X direction side and a runner portion 220 on the X'direction side. The runner portion 220 on the X direction side and the X'direction side guides the hook 130 on the X direction side and the X'direction side so as to be movable in the YY direction.

(C) At least one of the holder 100 and the main body 210 has at least one engaging convex portion (not shown), and the other has at least one engaging hole or engaging concave portion (not shown).

(C-1) When there is at least one engaging convex portion and there is one engaging hole or engaging concave portion, the engaging convex portion is provided on the side wall 110b of the container 110. Further, it is convex to the outside of the container 110, and an engaging hole is provided in the first or second part of the main body 210, or an engaging recess is provided in the first or second part of the main body 210. And it is open in the Z direction. By inserting and holding the engaging convex portion in the engaging hole, the holder 100 is hollowly supported in the main body portion 210, and the foodstuff is hollowly supported by the foodstuff support portion 300 on the Y direction side or the Y'direction side. It is designed to be located (side). The engagement holes are located on the Y-direction side or the Y'direction side with respect to at least a pair of support portions 240. The engaging hole or engaging recess is located on the Y-direction side or the Y'direction side with respect to at least a pair of support portions 240.

(C-2) When at least one engaging convex portion is a pair and the engaging hole or the engaging concave portion is a pair, the pair of engaging convex portions are the engaging convex portion and the X on the X direction side. 'Has an engaging protrusion on the directional side. The engaging convex portion on the X direction side is convex in the X direction (outside of the container 110), and the engaging convex portion on the X'direction side is convex in the X'direction (outside of the container 110). In this case, the pair of engaging holes or engaging recesses have an engaging hole or engaging recess on the X direction side and an engaging hole or engaging recess on the X'direction side. The engagement holes on the X direction side and the X'direction side are through holes provided in the first part or the second part on the X direction side and the X'direction side, and are engaged on the X direction side and the X'direction side. The concave portion is a concave portion opened in the Z direction provided in the first portion or the second portion on the X direction side and the X'direction side. The engaging protrusions on the X-direction side and the X'direction are inserted and held in the engaging holes or the engaging recesses on the X-direction side and the X'direction side. In this way, the holder 100 is hollowly supported in the main body 210, and is positioned on the Y direction side or the Y'direction side (side) with respect to the food material hollowly supported by the food material support portion 300. .. The engaging holes or engaging recesses on the X-direction side and the X'direction side are located on the Y-direction side or the Y'direction side with respect to at least a pair of support portions 240.

(D) The engaging holes or engaging recesses of (D-1) and (C-1) form a runner portion extending in the YY'direction (first direction). This runner portion guides the engaging convex portion movably in the YY'direction. (D-2) The runner portion on the X-direction side and the X-direction side of (C-2) in which the engagement hole or the engagement recess on the X-direction side extends in the YY-direction is formed. ing. The runner portion on the X direction side and the X'direction side movably guides the engaging convex portion on the X direction side and the X'direction side in the YY direction. The engaging protrusion is provided on the first or second part of the main body 210 instead of the container 110, and the engaging hole or the engaging concave portion is provided on the side wall 110b of the container 110 instead of the main body 210. It may have been done.

The fuel support 200 includes the above (A-1), (A-2), (B-1), (B-2), (C-1), (C-2), (D-1) and (D-1). According to any one of D-2), it is possible to hollowly support the two holders 100 on the Y direction side and the Y'direction side with respect to at least a pair of support portions 240. Hereinafter, for convenience of explanation, of the two holders 100, the holder 100 located on the Y direction side with respect to at least one set of the pair of support portions 240 is referred to as the holder 100 on the Y direction side, and at least one set of holders 100. The holder 100 located on the Y'direction side with respect to the pair of support portions 240 is referred to as a holder 100 on the Y'direction side. Further, the runner portions of (B-1), (B-2), (D-1) and (D-2) are collectively referred to as at least one runner portion. Of the at least one runner portion, at least one runner portion that supports the holder 100 on the Y direction side is referred to as at least one runner portion on the Y direction side, and at least one that supports the holder 100 on the Y'direction side. One runner portion is referred to as at least one runner portion on the Y'direction side.

In FIGS. 2A to 2C, there are two holders 100, and the holder 100 on the Y direction side is the end of the main body 210 on the X direction side and the first part on the X'direction side on the Z direction side. The runner portion 220 is hollowly supported so as to be movable in the Y-Y'direction, and the holder 100 on the Y'direction side is the end of the main body portion 210 on the X-direction side and the second portion on the X-direction side on the Z-direction side. The runner portion 220 is hollowly supported so as to be movable in the YY'direction.

The fuel support 200 may further have at least one vent 211 (second vent). The at least one vent 211 is a through hole penetrating the main body 210 and is located in the vicinity of the at least one vent 111 of the at least one holder 100 hollowly supported in the main body 210. For example, a through hole penetrating the portion of the main body 210 on the Y-direction side and / or the Y-direction side with respect to the at least one holder 100, in the vicinity of at least one vent 111 of the at least one holder 100. It is possible to have a configuration located in. In FIGS. 2A and 2B, a plurality of vents 211 are provided on the plates on the Y direction and the Y'direction side of the main body 210, respectively, and the plurality of vents 211 on the plate on the Y direction side of the main body 210 are Y. The plurality of vents 211 of the plate on the Y'direction side of the main body 210 are located in the vicinity of the plurality of vents 111 of the holder 100 on the direction side, and the plurality of vents 211 of the retainer 100 on the Y'direction side. Located in the vicinity. It should be noted that at least one vent 211 can be omitted.

If at least one holder 100 has a handle 120, the fuel support 200 can be configured to further have at least one recess 230. When the fuel support 200 hollowly supports one holder 100, at least one recess 230 has a portion on the Y-direction side or a portion on the Y'direction side with respect to the holder 100 of the main body 210. It penetrates in the direction and is open in the Z direction. The handle 120 of the holder 100 is inserted in at least one recess 230. When the handle 120 of the holder 100 has a pair of wires, the pair of wires of the handle 120 are inserted into one recess 230 or a pair of recesses 230.

When the fuel support 200 hollowly supports the holder 100 on the Y direction side and the holder 100 on the Y'direction side, the at least one recess 230 is the at least one recess 230 on the Y direction side and the holder 100 on the Y'direction side. Includes at least one recess 230. As described above, at least one recess 230 on the Y-direction side penetrates the portion on the Y-direction side with respect to the holder 100 of the main body 210 in the Y-Y'direction and is open in the Z-direction. Is. The at least one recess 230 on the Y'direction side penetrates the portion on the Y'direction side with respect to the holder 100 of the main body 210 in the Y'Y' direction and is open in the Z direction. It is as in any aspect of.

In any of the above cases, if at least one holder 100 is movably supported in the YY'direction by at least one runner portion of the fuel support 200, the handle 120 of at least one holder 100 It is preferable that the holder 100 is movable in the YY direction in at least one recess 230 as the holder 100 moves in the YY direction. It should be noted that when at least one holder 100 does not have a handle 120, when the handle 120 of at least one holder 100 is removable with respect to the container 110, or when at least one holder 100 supports fuel. When the handle 120 of at least one holder 100 is tilted so as not to interfere with the fuel support 200 while being supported by the tool 200, the at least one recess 230 is optional.

When the fuel support 200 rotatably hollowly supports the food support portion 300, the cooking device D can be further provided with the gripped portion 500. The gripped portion 500 has a cylindrical shape extending in the longitudinal direction of the second end portion of the food support portion 300. The internal dimension of the cross section of the gripped portion 500 in the direction orthogonal to the longitudinal direction is larger than the external dimension of the second end portion of the cross section of the food support portion 300 in the direction orthogonal to the longitudinal direction. The second end portion of the food material support portion 300 is inserted into the gripped portion 500 so as to be idle. As a result, even if the gripped portion 500 is gripped while the food material support portion 300 is rotating, the gripped portion 500 does not rotate with the rotation of the food material support portion 300, so that the second end portion of the food material support portion 300 is It will be easier to hold.

The cooking apparatus D can be further provided with the first receiving portion 600. The first receiving portion 600 may be, for example, a downward polygonal pyramid (square pyramid in FIGS. 4A and 4B) whose surface on the Z direction side is open, or Z'opened on the Z direction side. It may be a shape having a substantially semi-cylindrical or a substantially hemisphere convex in the direction, a shape having a substantially tubular side wall rising from the peripheral edge of the bottom surface of the polygonal shape, or a dish shape. May be good. The first receiving portion 600 is arranged on the lower side (Z'direction side) of at least one holder 100, and drops objects (ash and soot) from the solid fuel F in at least one holder 100. It is supposed to receive. The first receiving portion 600 is arranged on the lower side (Z'direction side) of the food material hollowly supported by at least one holder 100 and the food material support portion 300, and the falling object (oil, You may be able to receive a part of the seasoning liquid or ingredients (for example, Baumkuchen dough).

The cooking appliance D can be configured to include a bonfire and / or a barbecue grill having a first receiving portion 600. In this case, the bonfire and / or barbecue grill of the cooking apparatus D can be configured as any of the following (a) to (e).

(A) The first receiving portion 600 is a bonfire and / or a barbecue grill, and supports a trivet 610 (see FIGS. 4A and 4B) or a grid (not shown). The fuel support 200 is placed on the trivet 610 or the gridiron and is supported on the Z direction side with respect to the first receiving portion 600. The first receiving portion 600 is supported by the leg portion 800.

(B) The first receiving portion 600 is a fire bed of a barbecue grill and is housed and held in a frame 700 (see FIG. 5) of the barbecue grill. The frame 700 has a pair of first opposite side portions 710 and a pair of second opposite side portions 720. The pair of first opposite side portions 710 are downward substantially U-shaped or substantially O-shaped pipes, heat-resistant plates, or the like, and face each other in the XX'direction. The pair of second opposite side portions 720 is a pipe or a heat-resistant plate having a substantially O-shape or a downward substantially U-shape, facing each other in the YY'direction, and between the pair of first opposite side portions 710. It is connected. When the pair of first opposite side portions 710 is composed of the above-mentioned pipes, the frame 700 may further have a pair of reinforcing plates 730. The pair of reinforcing plates 730 are heat-resistant plates fixed to the pair of first opposite side portions 710 and having a substantially L-shaped cross section or a substantially U-shaped cross section in the ZZ'direction. The first receiving portion 600 is supported by at least one set of a pair of first opposite side portions 710, a pair of second opposite side portions 720, and a pair of reinforcing plates 730, and a pair of first opposite side portions 710 and a pair of second opposite sides. It is arranged in the space surrounded by the part 720. At least one set of a pair of first opposite side portions 710, a pair of second opposite side portions 720 and a pair of reinforcing plates 730 supports a trivet 610 or a grid (not shown), and a fuel support 200 is a trivet 610 or It is placed on a gridiron and supported on the Z-direction side with respect to the first receiving portion 600. The legs 800 are fixed to the pair of first opposite side portions 710 and / or the pair of second opposite side portions 720.

(C) The first receiving portion 600 is a fire bed of a barbecue grill and is housed and held in a heat-resistant box-shaped housing 900 (see FIG. 6) opened in the Z direction of the barbecue grill. The housing 900 supports the trivet 610 or a grid (not shown), and the fuel support 200 is placed on the trivet 610 or the grid and is supported on the Z-direction side with respect to the first receiving portion 600. .. The legs 800 are fixed to the housing 900.

(D) The first receiving portion 600 is a fire bed of a bonfire and / or a barbecue grill of any of the above embodiments, and the fuel support 200 is placed on the first receiving portion 600, the frame 700 or the housing 900. It is placed and supported on the Z direction side with respect to the first receiving portion 600.

(E) The first receiving portion 600 is an iron plate supported by the frame 700 or the housing 900 of the bonfire and / or the barbecue grill, and the fuel support 200 is placed on the first receiving portion 600. It is supported.

When the fuel support 200 is supported by the bonfire and / or the barbecue grill according to any one of (a) to (e), the fuel support 200 is configured to further include at least one engaging portion 270. It is possible. The at least one engaging portion 270 is an engaging recess (see FIGS. 3A and 3B) opened in the Z'direction or an engaging convex portion convex in the Z'direction. The number of at least one engaging portion 270 may be plural. If one or each engaging portion 270 is an engaging recess, the trivet 610 is inserted into one or each engaging portion 270 (see FIGS. 4A-6), or within one or each engaging portion 270. The fuel support 200 can be fixed in position by fitting one or more engaging protrusions provided on the trivet 610, the frame 700, or the housing 900. When one or each engaging portion 270 is an engaging convex portion, one or each engaging portion 270 is a corresponding engaging recess provided in the trivet 610, the frame 700 or the housing 900, or a gap in the gridiron. The fuel support 200 can be configured to be fixed in position by fitting to. It should be noted that at least one engaging portion 270 and corresponding engaging convex portions and engaging concave portions can be omitted.

The bonfire and / or barbecue grill (excluding the first receiving part 600) can be omitted. In this case, the fuel support 200 is a heat-resistant sheet on the ground, the top plate of the table, or the top plate of the ground or the table (for example, the applicant's "fireproof / heat insulating sheet (80 x 130 cm)" (product code:). No.81064034) etc.), and the first receiving portion 600 is arranged below at least one holder 100 in the fuel support 200. The first receiving portion 600 may be arranged under the food material hollowly supported by at least one holder 100 and the food material support portion 300. When the fuel support 200 is placed on the top plate of the table, it is preferable that the mounting surface of the top plate is heat-resistant. When the fuel support 200 is arranged on the ground, the top plate of the table, or the heat-resistant sheet, the first receiving portion 600 can also be omitted.

The cooking apparatus D can be further provided with a second receiving portion (not shown). The second receiving portion can be configured to have the same shape as the first receiving portion 600. The second receiving portion is arranged below the food material hollowly supported by the food material support portion 300 in the fuel support 200, and a fallen object (oil, seasoning liquid, or a part of the food material (for example) from the food material is arranged. Baumkuchen dough)) is to be received. When the main body 210 of the fuel support 200 is cylindrical, the fuel support 200 may be configured to further have at least one opening 260. At least one opening 260 penetrates the fuel support 200 in the XX'direction or the YY'direction. A second receiving portion can be taken in and out of the fuel support 200 from at least one opening 260.

The first receiving portion 600 and the second receiving portion may coexist and be provided in the cooking apparatus D, or only one of them may be provided in the cooking apparatus D. The second receiving unit can be omitted. In this case, at least one opening 260 can be omitted. When at least one opening 260 is omitted, the second receiving portion may be arranged in the fuel support 200 before suspending the food support 300 with the food on the fuel support 200.

Hereinafter, a method of using the cooking apparatus D according to any one of the above embodiments will be described in detail. First, the fuel support 200 is prepared. The fuel support 200 is placed on the above-mentioned trivet 610, gridiron, first receiving portion 600, frame 700, housing 900, ground, table top plate or heat-resistant sheet. After that, at least one holder 100 containing the burned solid fuel F is prepared. The at least one holder 100 is hollowly supported by the fuel support 200. Then, the food support unit 300 is prepared. The food support portion 300 is suspended from a pair of support portions 240 of the fuel support 200 and supported in a hollow manner. Meat, fish and / or vegetables may be attached to the food support portion 300 in advance. In this case, at least one holder 100 hollowly supported by the fuel support 200 is arranged laterally to the food supported by the food support portion 300, and is cooked with the solid fuel F in the holder 100. can do. Alternatively, after at least one holder 100 hollowly supported by the fuel support 200 is arranged laterally with respect to the food support portion 300, the Baumkuchen dough or the like is attached to the food support portion 300. May be. Also in this case, at least one holder 100 hollowly supported by the fuel support 200 is arranged laterally with respect to the food material attached (supported) to the food material support portion 300, and the solid in the holder 100. It can be cooked with fuel F. The food support unit 300 may or may not be rotated by the drive unit 400 or manually during cooking.

In the case of the at least one holder 100 and the cooking device D as described above, the at least one holder 100 is hollowly supported by the fuel support 200 and arranged on the side of the food supported by the food support portion 300. Therefore, the food material supported by the food material support portion 300 by the solid fuel F in at least one holder 100 can be cooked from the side.

When the at least one holder 100 has the handle 120, the at least one holder 100 containing the solid fuel F can be easily carried by gripping the handle 120.

Since both the holder 100 and the food support 300 are arranged in the fuel support 200, the food supported by the food support 300 can be cooked in the fuel support 200. Therefore, the possibility that dust or dust adheres to the food from the outside is reduced.

When at least one holder 100 is movably supported by at least one runner portion, at least one holder 100 is moved by moving the at least one holder 100 toward or away from the food material. The thermal power of the solid fuel F contained in the food material can be adjusted. Further, when at least one holder 100 has a handle 120 and the handle 120 is movably inserted in at least one recess 230 of the fuel support 200 in the YY'direction, the handle 120 is inserted. By manipulating the portion of the 120 protruding from the at least one recess 230 to the outside of the fuel support 200, the at least one holder 100 can be brought close to or separated from the food material. It can be done easily.

When the solid fuel F is briquette and the distance L1 between the first wall and the second wall of at least one holder 100 is substantially the same as or slightly larger than the thickness dimension of one solid fuel F, at least one holding One solid fuel F is stably held on the first wall and the second wall of the tool 100. Further, when the interval L1 is substantially the same as or slightly larger than the sum of the thickness dimensions of the plurality of solid fuels F, it is stable in a state where the plurality of solid fuels F are arranged side by side on the first wall and the second wall of at least one holder 100. Is retained.

The solid fuel holder and the outdoor cooking device described above are not limited to the above embodiment, and the design can be arbitrarily changed within the scope of the claims. The details will be described below.

The fuel support 200 of any one of the above embodiments is said to have at least a pair of support portions 240 on which the food support portion 300 is suspended, but is not limited thereto. The fuel support 200 according to any one of the above embodiments can be configured to have at least one support portion 240 that supports the first end portion or the second end portion of the food material support portion 300 in a cantilever shape. .. In this case, at least one support portion 240 may be composed of an elongated hole into which the first end portion or the second end portion of the food material support portion 300 is inserted and supported, or the first end portion of the food material support portion 300. Alternatively, it is also possible to have a configuration having first and second holes or first and second recesses in which the second end portion is inserted and supported. In the case of a school building, the first hole or the first recess is provided in the main body 210 of the fuel support 200 of any of the above embodiments, and the second hole or the second recess is the fuel support of any of the above embodiments. It is possible to have a configuration provided on a single member fixed to the main body 210 of the tool 200.

The support portion 240 can be omitted. In this case, the food material support portion of the present invention may not be supported by the fuel support 200 of any of the above embodiments, but may be configured to pierce the ground or the like to support the food material in the fuel support 200. Then, it is placed on the ground, the top plate of the table, the first receiving part, the second receiving part, the frame 700, the housing 900, the trivet, the grill net or the iron plate and supports the food material in the fuel support 200. It may be configured as a stand.

The main body of the fuel support according to any one of the above embodiments is not limited to a cylindrical shape, and may be configured to support the holder 100 in a hollow manner. For example, the fuel support has the same configuration as the fuel support of any of the above embodiments, except that the main body portion has a substantially U-shape, a substantially L-shape, or a substantially V-shape in a cross-sectional view in the XX'direction. It is possible to.

The solid fuel holder according to any one of the above embodiments is not limited to the one that is hollowly supported by the fuel support. For example, the solid fuel holder is placed on the ground, the top plate of the table, the first receiving portion, the second receiving portion, the frame 700, the housing 900, the trivet, the grid, or the iron plate and any of the above. It may be arranged sideways with respect to the food material supported by the food material support portion of the embodiment, or may be placed on a frame 700, a housing 900, a trivet, a griddle or an iron plate, and the gridiron or the iron plate. It may be arranged on the side of the food on the iron plate. In the latter case, the food support part is omitted. Even if at least one of the bottom portion and the side wall of the container of the solid fuel holder of any of the above embodiments is made of a wire rod having heat resistance such as wire mesh and the rest is made of a heat resistant plate or the like. good.

In the present invention, in addition to the solid fuel F housed in the solid fuel holder of any one of the above embodiments, the solid fuel F housed in the first receiving portion of any of the above embodiments is from the Z'direction side. The foodstuff supported by the foodstuff support portion of any of the above embodiments may be cooked. The solid fuel F in the present invention is not limited to charcoal and firewood, but includes any solid fuel used in barbecue.

D: Outdoor cooking device 100: Solid fuel holder 110: Container 110a: Bottom 110b: Side wall 111: Vent (first vent) 112: Insertion port 120: Handle 130: Hook 200: Fuel support 210: Main body Part 211: Vent (second vent)
220: Runner part 230: Recessed part 240: Support part 250: Stop hole 260: Opening 270: Engaging part 300: Food support part 400: Drive part 410: Protrusion 500: Grasping part 600: First receiving part 610: Gotoku 700 : Frame 800: Leg 900: Housing

Claims (23)

A container that can hold solid fuel and
At least one first vent provided in the container and communicating with the inside of the container.
It is provided in the container and has at least one insertion slot communicating with the inside of the container.
A solid fuel holder in which the solid fuel can be inserted into the inside of the container from the at least one insertion port. In the solid fuel holder according to claim 1,
The solid fuel holder is hollowly supported by the fuel support, and the container is arranged on the side of the food material supported by the food material support portion. In the solid fuel holder according to claim 2,
The fuel support is cylindrical and has a tubular shape.
The container is a solid fuel holder that is arranged on the side of the food material supported by the food material support portion in the fuel support device. In the solid fuel holder according to claim 1,
The container is a solid fuel holder that is designed to be placed on the trivet, gridiron, or iron plate of the barbecue grill. In the solid fuel holder according to any one of claims 1 to 4.
It also has a handle to make the container portable.
The handle is a solid fuel holder provided in the container. In the solid fuel holder according to any one of claims 1 to 5.
The container has a bottom and
It has a substantially cylindrical side wall rising from the peripheral edge of the bottom portion, and has a substantially cylindrical side wall.
At least a part of the side wall is made of wire mesh,
The at least one first vent is a gap in the wire mesh.
The at least one insertion port is a solid fuel holder which is an opening on the upper side of the side wall. In the solid fuel holder according to any one of claims 1 to 5.
The container has a bottom and
It has a substantially cylindrical side wall rising from the peripheral edge of the bottom portion, and has a substantially cylindrical side wall.
The at least one first vent is provided on the side wall.
The at least one insertion port is a solid fuel holder which is an opening on the upper side of the side wall. In the solid fuel holder according to claim 6 or 7.
The solid fuel is briquette,
The side wall of the container has a first wall and a second wall facing each other.
A solid fuel holder in which the distance between the first wall and the second wall is substantially the same as or slightly larger than the thickness dimension of the solid fuel. In the solid fuel holder according to any one of claims 1 to 8.
The at least one first vent and the at least one insertion port are integrated solid fuel holders. Fuel support and
Ingredient support section that can support ingredients and
The solid fuel holder according to claim 2 or 3, which is hollowly supported by the fuel support, is provided.
The container of the solid fuel holder is an outdoor cooking device arranged on the side of the food material supported by the food material support portion. In the outdoor cooking apparatus according to claim 10.
The fuel support is cylindrical and has a tubular shape.
The food support portion is suspended from the fuel support.
The container of the solid fuel holder is an outdoor cooking device arranged on the side of the food material supported by the food material support portion in the fuel support device. In the outdoor cooking apparatus according to claim 10 or 11.
The solid fuel holder further comprises a hook provided on the container.
An outdoor cooking device in which the hook is hooked on the fuel support. In the outdoor cooking apparatus according to claim 12,
The fuel support has a guide portion extending in a first direction in which the container approaches and separates from the food material supported by the food material support portion.
The hook is an outdoor cooking device that is movably hooked on the guide portion in the first direction. In the outdoor cooking apparatus according to claim 10 or 11.
At least one of the solid fuel holder and the fuel support has an engaging protrusion, and the other has an engaging hole or an engaging recess.
An outdoor cooking device in which the engaging protrusion is engaged with the engaging hole or the engaging recess. In the outdoor cooking apparatus according to claim 14,
The engaging hole or engaging recess extends in the first direction in which the container approaches and separates from the food material supported by the food material support portion.
The engaging protrusion is an outdoor cooking device that is movably engaged with the engaging hole or the engaging recess in the first direction. In the outdoor cooking apparatus according to any one of claims 10 to 15.
The fuel support is an outdoor cooking device having at least one second vent located in the vicinity of the at least one first vent of the container. In the outdoor cooking apparatus according to any one of claims 10 to 16.
An outdoor cooking apparatus further comprising a first receiving portion arranged at least under the container. In the outdoor cooking apparatus according to claim 17.
It is further equipped with a trivet or grid supported by the first receiving part.
An outdoor cooking device in which the fuel support is placed on the trivet or gridiron. In the outdoor cooking apparatus according to claim 17.
A frame or housing for accommodating and holding the first receiving portion,
Further equipped with a trivet or grid supported by the frame or housing,
An outdoor cooking device in which the fuel support is placed on the trivet or gridiron. In the outdoor cooking apparatus according to any one of claims 17 to 19.
The first receiving portion is an outdoor cooking device arranged under the food material supported by the food material support portion. In the outdoor cooking apparatus according to any one of claims 10 to 20,
An outdoor cooking apparatus that is arranged below the food material supported by the food material support portion and further includes a second receiving portion that receives falling objects from the food material. In the outdoor cooking apparatus according to claim 11.
It is fixed to the fuel support and further includes a drive unit for rotating the food support portion.
The food material support portion is an outdoor cooking device that is rotatably supported by the fuel support. In the outdoor cooking apparatus according to claim 22
It also has a cylindrical gripped part,
The food material support portion has a first end portion and a second end portion, and has a first end portion and a second end portion.
The first end portion of the food material support portion is connected to the drive portion.
The second end portion of the food material support portion is an outdoor cooking device that is freely inserted into the gripped portion.

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