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KR-200500329-Y1 - Camping charcoal canister

KR200500329Y1KR 200500329 Y1KR200500329 Y1KR 200500329Y1KR-200500329-Y1

Abstract

The present invention relates to a charcoal container for camping. A receiving portion is formed at an upward inclination in the central part of the bottom of the charcoal container to accommodate a burner head. A plurality of connecting holes are formed at equal intervals along the outer surface of the receiving portion to connect the receiving portion with the interior of the charcoal container. When the charcoal container is attached to the upper surface of the burner, the burner head is accommodated in the receiving portion. Since the charcoal is positioned as close as possible to the burner head, the heat generated by the burner is supplied to the charcoal through the connecting holes, allowing the charcoal to be heated in a short time. Additionally, a plurality of supply holes are perforated at equal intervals in the center of the bottom portion to supply external air into the charcoal container. When perforating the supply holes, a blocking guide is formed to protrude in one direction, connecting one end and both sides. This blocking guide not only prevents charcoal powder contained in the container from falling onto the burner, but also causes the external air supplied into the container to rotate in one direction within the container due to the unidirectional blocking guide. Consequently, the contents inside the container body The maximum amount of external air can be supplied to the charcoal, and the charcoal container is detachably coupled to a support mounted on the upper surface of the transport means, thereby facilitating the movement of the charcoal container, and the main frame constituting the transport means moves up and down, thereby facilitating the storage and movement of the transport means, and by using a burner mounted on the support to heat the charcoal contained in the charcoal container, the heat of the weakened charcoal can be easily strengthened.

Inventors

  • 신혜민

Dates

Publication Date
20260512
Application Date
20240621

Claims (2)

  1. A charcoal container (200) is formed that is detachably coupled to the upper surface of the burner (180), and The above charcoal container (200) is, A tubular body (210) having a bottom portion (211) that slopes downward with respect to the center; A receiving portion (212) formed to protrude upwardly in the central part of the bottom portion (211) so as to provide a receiving space (G) in which the burner head (181) of the burner (180) is received; A plurality of connecting holes (213) formed at equal intervals along the central part of the outer surface of the receiving portion (212) so as to connect the interior of the charcoal container (200) and the receiving space (G); It is composed of a plurality of supply holes (220) perforated at equal intervals in the central part of the bottom portion (211) so as to supply external air into the interior of the charcoal container (200); A camping charcoal container characterized by being configured such that when the supply hole (220) is perforated, a blocking guide (221) connected to one side and both ends is formed to protrude in one direction, thereby preventing charcoal powder from falling into the burner (180) through the supply hole (220) by the blocking guide (221), while allowing external air to rotate in one direction and be supplied into the charcoal container (200).
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Description

Camping charcoal canister The present invention relates to a charcoal container for camping, and more specifically, to a camping charcoal container in which a receiving space for accommodating a burner head is formed in the central part of the bottom of the charcoal container with an upward slope, and a plurality of connecting holes connecting the receiving space and the interior of the charcoal container are formed at equal intervals along the outer surface of the receiving space. When the charcoal container is attached to the upper surface of the burner, the burner head is accommodated in the receiving space, so the charcoal is positioned as close as possible to the burner head, and the heat generated from the burner is supplied to the charcoal through the connecting holes, thereby allowing the charcoal to be heated in a short time. Additionally, a plurality of supply holes for supplying external air into the interior of the charcoal container are perforated at equal intervals in the center of the bottom part, and a blocking guide connecting one end and both sides is formed to protrude in one direction when the supply holes are perforated. This blocking guide not only prevents charcoal powder contained in the charcoal container from falling onto the burner, but also configures the external air supplied into the interior of the charcoal container to rotate in one direction within the charcoal container due to the blocking guide formed in one direction. It is about a charcoal container. Generally, campsites allow you to grill meat using a charcoal grill. A conventional charcoal brazier consists of a body part with an open top and bottom and a charcoal seating part connected to the inner lower part of the body part. Therefore, with the charcoal seating portion attached to the inside of the body portion, heated charcoal can be placed on the upper surface of the charcoal seating portion, and the meat can be grilled using a grill or the like. However, a problem with conventional charcoal braziers is that since the charcoal entering the body is heated using a burner, it is not easy to introduce the charcoal into the body. In addition, a problem with conventional charcoal braziers is that in order to strengthen the heat of the charcoal inside the body when the heat has weakened, unused charcoal must be heated using a burner and then placed into the charcoal holder provided inside the body. And the problem with conventional charcoal braziers is that it is not easy to move the brazier containing charcoal. ◆ Prior Art Literature ◆ Korean Registered Patent No. 10-2191189 Korean Utility Model Registration No. 20-0480913 FIG. 1 is a perspective view of a camping charcoal container according to the present invention. FIG. 2 is a perspective cross-sectional view of a camping charcoal container according to the present invention. FIG. 3 is an exploded perspective view illustrating the charcoal container being coupled to the means of transport of the present invention. FIG. 4 is a combined perspective view illustrating the state in which the charcoal container of the present invention is combined with a means of transport. FIG. 5 is a separated cross-sectional view of the base and the charcoal container of the present invention. FIG. 6 is a cross-sectional view of the combination of the base and the charcoal container of the present invention. FIG. 7 is a drawing illustrating the moving means of the present invention in a folded state. FIG. 8 is a plan view illustrating the moving means of the present invention in a folded state. FIG. 9 is a drawing illustrating the unfolded state of the moving means of the present invention. FIG. 10 is a drawing showing the state in which the burner and gas cylinder of the present invention are combined. FIG. 11 is a drawing illustrating the coupling bracket of the present invention. Hereinafter, a preferred embodiment of the present invention will be described using the attached FIGS. 1 to 11. According to the above drawings, the present invention is, A charcoal container (200) is formed that is detachably coupled to the upper surface of the burner (180), and The above charcoal container (200) is, A tubular body (210) having a bottom portion (211) that slopes downward with respect to the center; A receiving portion (212) formed to protrude upwardly in the central part of the bottom portion (211) so as to provide a receiving space (G) in which the burner head (181) of the burner (180) is received; A plurality of connecting holes (213) formed at equal intervals along the central part of the outer surface of the receiving portion (212) so as to connect the interior of the charcoal container (200) and the receiving space (G); It is composed of a plurality of supply holes (220) perforated at equal intervals in the central part of the bottom portion (211) so as to supply external air into the interior of the charcoal container (200); The above supply hole (220) is formed with a blocking guide