JP6839739B1

JP6839739B1 - Cassette gas stove device

Info

Publication number: JP6839739B1
Application number: JP2019158724A
Authority: JP
Inventors: 太山井
Original assignee: 株式会社スノーピーク
Priority date: 2019-08-30
Filing date: 2019-08-30
Publication date: 2021-03-10
Anticipated expiration: 2039-08-30
Also published as: JP2021038858A

Abstract

【課題】不使用時にコンパクトな形態にできて、持ち運びや収納に便利なカセットガスコンロ装置を提供すること。【解決手段】ボンベ収容部２は、ボンベ装填室４と、カバー蓋５と、遮熱板６とを有し、燃焼装置部３は、ボンベ装填室４に装填されたカセットガスボンベ１が接続される燃料供給制御器７と、燃料ガスを誘導する燃料誘導器８と、バーナー９と、複数の五徳10とを有し、カバー蓋５を開放し燃焼装置部３を回動させて、燃料誘導器８とバーナー９がボンベ装填室４に収納される状態と、燃料誘導器８とバーナー９がボンベ装填室４から露出する状態とを切替え可能に構成され、五徳10は、可動によりボンベ装填室４に収納されるように構成されている。【選択図】図１PROBLEM TO BE SOLVED: To provide a cassette gas stove device which can be made into a compact form when not in use and is convenient to carry and store. A cylinder accommodating unit 2 has a cylinder loading chamber 4, a cover lid 5, and a heat shield plate 6, and a combustion device unit 3 is connected to a cassette gas cylinder 1 loaded in the cylinder loading chamber 4. It has a fuel supply controller 7, a fuel inducer 8 for inducing fuel gas, a burner 9, and a plurality of Gotoku 10, and the cover lid 5 is opened to rotate the combustion device 3 to induce fuel. The state in which the vessel 8 and the burner 9 are housed in the cylinder loading chamber 4 and the state in which the fuel inducer 8 and the burner 9 are exposed from the cylinder loading chamber 4 can be switched. It is configured to be stored in 4. [Selection diagram] Fig. 1

Description

本発明は、燃料にカセットガスボンベを用いるカセットガスコンロ装置に関するものである。 The present invention relates to a cassette gas stove device that uses a cassette gas cylinder as fuel.

従来から、カセットガスボンベ（ＣＢ缶とも称される。）を燃料に使用するコンロ装置が実施されている（例えば、特許文献１参照）。 Conventionally, a stove device using a cassette gas cylinder (also referred to as a CB can) as fuel has been implemented (see, for example, Patent Document 1).

特開２０１９−２６６８号公報JP-A-2019-2668

本発明は、特許文献１と同様にカセットガスボンベを燃料に使用するものであって、不使用時に非常にコンパクトな形態にでき、持ち運びや収納に便利で家庭用の卓上コンロとしてもアウトドア用コンロとしても使用可能となる実用性に優れたカセットガスコンロ装置を提供するものである。 The present invention uses a cassette gas cylinder as fuel as in Patent Document 1, and can be made into a very compact form when not in use. It is convenient to carry and store, and can be used as a tabletop stove for home use or an outdoor stove. It also provides a highly practical cassette gas stove device that can be used.

添付図面を参照して本発明の要旨を説明する。 The gist of the present invention will be described with reference to the accompanying drawings.

カセットガスボンベ１が収容されるボンベ収容部２と、このボンベ収容部２に収容されたカセットガスボンベ１から供給される燃料ガスによって燃焼する燃焼装置部３とから成り、前記ボンベ収容部２は、カセットガスボンベ１が着脱自在に装填されるボンベ装填室４と、このボンベ装填室４を開閉可能でカセットガスボンベ１をボンベ装填室４に対し出し入れするためのカバー蓋５と、前記ボンベ装填室４に装填されたカセットガスボンベ１と前記燃焼装置部３との間に配されて燃焼装置部３が発する熱を遮る遮熱板６とを有し、前記燃焼装置部３は、前記ボンベ装填室４に装填されたカセットガスボンベ１が着脱自在に接続されて燃料ガスの供給量を制御可能な燃料供給制御器７と、この燃料供給制御器７から燃料ガスを誘導供給する燃料誘導器８と、この燃料誘導器８の先端部に設けられ前記燃料供給制御器７及び燃料誘導器８を介して供給される燃料ガスにより燃焼するバーナー９と、このバーナー９付近に設けられ鍋などの加熱調理容器11を載置使用可能な複数の五徳10とを有し、前記燃焼装置部３は、前記燃料供給制御器７が前記ボンベ収容部２に回動自在に枢着されていて、この燃料供給制御器７を介して燃焼装置部３がボンベ収容部２に対し回動自在に設けられていると共に、前記燃料誘導器８と前記バーナー９とが、カセットガスボンベ１が取り外された前記ボンベ収容部２のボンベ装填室４に収納可能な形状に形成されていて、前記カバー蓋５を開放し前記遮熱板６を避けるように前記燃料供給制御器７を介して前記燃焼装置部３を回動させることにより、燃料誘導器８とバーナー９とが前記ボンベ装填室４に収納される状態と、燃料誘導器８とバーナー９とがボンベ装填室４から露出してバーナー９とボンベ装填室４との間に前記遮熱板６が配設される状態とに切替え可能に構成されており、前記五徳10は、前記バーナー９に対し可動自在に設けられていて、この五徳10をバーナー９に対し可動した状態で前記燃焼装置部３を前記ボンベ収容部２のボンベ装填室４に回動収納することにより、この五徳10がバーナー９と共にボンベ装填室４に収納されるように構成されていることを特徴とするカセットガスコンロ装置に係るものである。 The cylinder accommodating portion 2 in which the cassette gas cylinder 1 is accommodated and a combustion device portion 3 that burns with the fuel gas supplied from the cassette gas cylinder 1 accommodated in the cylinder accommodating portion 2 are composed of the cylinder accommodating portion 2. The cylinder loading chamber 4 into which the gas cylinder 1 is detachably loaded, the cover lid 5 for opening and closing the cylinder loading chamber 4 to move the cassette gas cylinder 1 in and out of the cylinder loading chamber 4, and the cylinder loading chamber 4 are loaded. It has a heat shield plate 6 which is arranged between the cassette gas cylinder 1 and the combustion device 3 to block the heat generated by the combustion device 3, and the combustion device 3 is loaded into the cylinder loading chamber 4. A fuel supply controller 7 to which the cassette gas cylinder 1 is detachably connected to control the amount of fuel gas supplied, a fuel inducer 8 that guides and supplies fuel gas from the fuel supply controller 7, and the fuel induction A burner 9 provided at the tip of the vessel 8 and burned by fuel gas supplied via the fuel supply controller 7 and the fuel inducer 8 and a cooking container 11 such as a pot provided near the burner 9 are mounted. It has a plurality of five virtues 10 that can be installed and used, and in the combustion device unit 3, the fuel supply controller 7 is rotatably pivotally attached to the cylinder accommodating unit 2, and the fuel supply controller 7 is mounted. The combustion device unit 3 is rotatably provided with respect to the cylinder accommodating unit 2, and the fuel inducer 8 and the burner 9 are loaded into the cylinder accommodating unit 2 from which the cassette gas cylinder 1 has been removed. It is formed in a shape that can be stored in the chamber 4, and by opening the cover lid 5 and rotating the combustion device unit 3 via the fuel supply controller 7 so as to avoid the heat shield plate 6. The state where the fuel inducer 8 and the burner 9 are housed in the cylinder loading chamber 4, and the state where the fuel inducer 8 and the burner 9 are exposed from the cylinder loading chamber 4 are exposed between the cylinder 9 and the cylinder loading chamber 4. It is configured to be switchable to a state in which the heat shield plate 6 is arranged, and the Gotoku 10 is movably provided with respect to the burner 9, and the Gotoku 10 is movable with respect to the burner 9. By rotating and storing the combustion device unit 3 in the cylinder loading chamber 4 of the cylinder accommodating unit 2, the Gotoku 10 is configured to be stored in the cylinder loading chamber 4 together with the burner 9. It relates to a cassette gas cylinder device.

また、前記燃焼装置部３は、前記バーナー９に対し外方へ突出配設するようにして前記複数の五徳10が設けられており、この複数の五徳10は、燃焼装置部３に可動自在に設けられて、一束にまとめられた不使用時形態Ｆとし得るように構成されていると共に、前記不使用時形態Ｆとした複数の五徳10が、バーナー９に対する突出長を縮小する方向にスライド移動可能な縮小スライド機構12を備えていて、この縮小スライド機構12を介して前記不使用時形態Ｆの複数の五徳10をバーナー９に対する突出長が縮小された五徳コンパクト形態Ｃとし得るように構成されており、この五徳コンパクト形態Ｃで前記燃焼装置部３を回動させて前記燃料誘導器８と前記バーナー９とをボンベ収容部２のボンベ装填室４に収納することにより、複数の五徳10がバーナー９と共にボンベ装填室４に収納されるように構成されていることを特徴とする請求項１記載のカセットガスコンロ装置に係るものである。 Further, the combustion device unit 3 is provided with the plurality of trivets 10 so as to project outward from the burner 9, and the plurality of trivets 10 can be moved to the combustion device unit 3. A plurality of trivets 10 which are provided and are configured to be a bundled non-use form F and which is the non-use form F slide in a direction of reducing the protrusion length with respect to the burner 9. A movable reduction slide mechanism 12 is provided, and the plurality of trivets 10 of the non-use form F can be made into a trivet compact form C having a reduced protrusion length with respect to the burner 9 through the reduction slide mechanism 12. In this trivet compact form C, the combustor unit 3 is rotated to store the fuel inducer 8 and the burner 9 in the bomb loading chamber 4 of the bomb accommodating portion 2, thereby causing a plurality of trivets 10. The present invention relates to the cassette gas stove device according to claim 1, wherein is configured to be housed in the bomb loading chamber 4 together with the burner 9.

また、前記複数の五徳10は、前記バーナー９に対し水平旋回移動可能に構成されていて、この複数の五徳10を旋回移動させることにより前記燃料誘導器８の反対側で一束にまとめられた不使用時形態Ｆとし得るように構成されていると共に、前記不使用時形態Ｆとした複数の五徳10が、バーナー９に対する突出長を縮小する方向にスライド移動可能な縮小スライド機構12を備えていて、この縮小スライド機構12を介して前記不使用時形態Ｆの複数の五徳10をバーナー９に対する突出長が縮小された五徳コンパクト形態Ｃとし得るように構成されていることを特徴とする請求項１，２のいずれか１項に記載のカセットガスコンロ装置に係るものである。 Further, the plurality of trivets 10 are configured to be horizontally swivelable with respect to the burner 9, and by swiveling the plurality of trivets 10, they are bundled on the opposite side of the fuel inducer 8. The plurality of trivets 10 which are configured to be the non-use form F and which are the non-use form F are provided with a reduction slide mechanism 12 which can slide and move in a direction of reducing the protrusion length with respect to the burner 9. The present invention is characterized in that the plurality of trivets 10 of the non-use form F can be formed into a trivet compact form C having a reduced protrusion length with respect to the burner 9 via the reduction slide mechanism 12. It relates to the cassette gas stove apparatus according to any one of 1 and 2.

また、前記ボンベ収容部２は、前記カバー蓋５と前記遮熱板６とが対向状態に配設されており、前記燃焼装置部３は、前記燃料供給制御器７が前記ボンベ収容部２に水平回動自在に設けられていて、前記カバー蓋５を開放させ前記遮熱板６を避けるようにこのカバー蓋５側から前記ボンベ装填室４に収納されている燃焼装置部３を燃料供給制御器７を介して２００度以上水平回動させることにより、この燃焼装置部３の前記燃料誘導器８と前記バーナー９とがボンベ装填室４からボンベ収容部２外へ露出して、バーナー９とボンベ装填室４との間に前記遮熱板６が配設されるように構成されていることを特徴とする請求項１〜３のいずれか１項に記載のカセットガスコンロ装置に係るものである。 Further, in the cylinder accommodating portion 2, the cover lid 5 and the heat shield plate 6 are arranged so as to face each other, and in the combustion device unit 3, the fuel supply controller 7 is attached to the cylinder accommodating portion 2. The combustion device unit 3 housed in the cylinder loading chamber 4 is controlled by fuel supply from the cover lid 5 side so as to be provided so as to be rotatable horizontally and to open the cover lid 5 and avoid the heat shield plate 6. By horizontally rotating the combustion device portion 3 by 200 degrees or more via the vessel 7, the fuel inducer 8 and the burner 9 of the combustion device portion 3 are exposed from the cylinder loading chamber 4 to the outside of the cylinder accommodating portion 2, and the burner 9 and the burner 9. The cassette gas stove device according to any one of claims 1 to 3, wherein the heat shield plate 6 is arranged between the cylinder loading chamber 4 and the cylinder loading chamber 4. ..

本発明は上述のように構成したから、不使用時や持ち運び時に、ボンベ装填室に燃焼装置部の燃料誘導器とバーナーとが収納されて略ボンベ収容部だけが外観上に表出するコンパクトな収納形態にでき、この収納形態での携行性に秀でるために家庭用としてだけでなくアウトドアレジャー用にも適するなど、極めて実用性に優れたカセットガスコンロ装置となる。 Since the present invention is configured as described above, the fuel inducer and the burner of the combustion device are housed in the cylinder loading chamber when not in use or when the cylinder is carried, and only the cylinder housing part is exposed in appearance. It can be stored in a storage form, and because it is excellent in portability in this storage form, it is suitable not only for home use but also for outdoor leisure, making it an extremely practical cassette gas stove device.

また、請求項２，３記載の発明においては、バーナーと共にボンベ装填室に収納される複数の五徳を簡易構成にして容易に設計実現可能となる一層実用性に優れた構成のカセットガスコンロ装置となる。 Further, according to the inventions of claims 2 and 3, the cassette gas stove device having a more practical configuration can be easily designed and realized by simplifying the plurality of trivets stored in the cylinder loading chamber together with the burner. ..

また、請求項４記載の発明においては、使用時に燃焼装置部（バーナー）が発する熱が遮熱板に遮られてボンベ装填室に装填されているカセットガスボンベの過加熱が確実に防止される安全性の高い装置構成を容易に設計実現可能となる一層実用性に優れた構成のカセットガスコンロ装置となる。 Further, in the invention according to claim 4, the heat generated by the combustion device (burner) during use is blocked by the heat shield plate, and the cassette gas cylinder loaded in the cylinder loading chamber is surely prevented from overheating. It is a cassette gas stove device with a more practical configuration that makes it possible to easily design and realize a highly functional device configuration.

本実施例（の使用形態）を示す斜視図である。It is a perspective view which shows (the usage form of) of this Example. 本実施例の収納形態並びにカセットガスボンベを示す斜視図である。It is a perspective view which shows the storage form of this Example, and a cassette gas cylinder. 本実施例の収納形態からカバー蓋を開放し、五徳をバーナーに対して突出方向にスライド可動させようとする状態を示す説明斜視図である。It is explanatory perspective view which shows the state which opens the cover lid from the storage form of this Example, and tries to slide and move a trivet in a protruding direction with respect to a burner. 図３に続いて、ロックピンを押動することで燃焼装置部のボンベ収容部に対する回動ロック状態を解除しようとする状態（ａ）と、ロックピン押動後に燃焼装置部を２７０度水平回動させてボンベ収容部（ボンベ装填室）から露出させることにより、ボンベ装填室とバーナーとの間に遮熱板が配設するようにした状態（ｂ）を示す説明斜視図である。Following FIG. 3, a state (a) in which the rotation lock state of the combustion device unit with respect to the cylinder accommodating portion is to be released by pushing the lock pin, and a state (a) in which the combustion device unit is rotated 270 degrees horizontally after the lock pin is pushed. FIG. 5 is an explanatory perspective view showing a state (b) in which a heat shield plate is arranged between the cylinder loading chamber and the burner by moving the cylinder to expose it from the cylinder accommodating portion (cylinder loading chamber). 図４に続いて、バーナーに対し五徳を水平旋回（展開）させ、ボンベ装填室にカセットガスボンベを装填した状態を示す説明斜視図である。Following FIG. 4, it is an explanatory perspective view showing a state in which the trivet is horizontally swiveled (deployed) by the burner and the cassette gas cylinder is loaded in the cylinder loading chamber. 本実施例の五徳の縮小スライド機構を示す説明底面図である。It is explanatory bottom view which shows the reduction slide mechanism of the trivet of this Example.

好適と考える本発明の実施形態を、図面に基づいて本発明の作用を示して簡単に説明する。 Embodiments of the present invention which are considered to be suitable will be briefly described by showing the operation of the present invention based on the drawings.

本発明のカセットガスコンロ装置Ａは、ボンベ収容部２と燃焼装置部３とを、ボンベ収容部２のボンベ装填室４と燃焼装置部３のバーナー９との間に、ボンベ収容部２の遮熱板６が配設される状態（使用形態Ａ１）として卓上や地面上に載置すると共に、ボンベ装填室４にカセットガスボンベ１を装填（ボンベ収容部２にカセットガスボンベ１を収容）してカセットガスボンベ１を燃焼装置部３の燃料供給制御器７に着脱自在に接続すると、この燃料供給制御器７で供給量を制御された燃料ガスが燃料誘導器８を介してこの燃料誘導器８の先端部に設けられているバーナー９に誘導供給され、この供給燃料ガスによりバーナー９が燃焼可能となる。 In the cassette gas stove device A of the present invention, the cylinder accommodating unit 2 and the combustion device unit 3 are placed between the cylinder loading chamber 4 of the cylinder accommodating unit 2 and the burner 9 of the cylinder accommodating unit 3, and the heat shield of the cylinder accommodating unit 2 is provided. The plate 6 is placed on a table or on the ground in a state where the plate 6 is arranged (use mode A1), and the cassette gas cylinder 1 is loaded in the cylinder loading chamber 4 (the cassette gas cylinder 1 is housed in the cylinder accommodating portion 2). When 1 is detachably connected to the fuel supply controller 7 of the combustion device 3, the fuel gas whose supply amount is controlled by the fuel supply controller 7 is passed through the fuel inducer 8 to the tip of the fuel inducer 8. The burner 9 is inductively supplied to the burner 9 provided in the cylinder 9, and the supplied fuel gas makes the burner 9 combustible.

従って、この使用形態Ａ１では、バーナー９付近に設けられている複数の五徳10に鍋などの加熱調理容器11を載置し、バーナー９に点火することで加熱料理を行うことができ、この際、燃焼装置部３（のバーナー９）が発する熱が遮熱板６に遮られてボンベ装填室４に装填されているカセットガスボンベ１の過加熱が防止されるので、安全性が高い。 Therefore, in this usage mode A1, a cooking container 11 such as a pot is placed on a plurality of trivets 10 provided near the burner 9, and the burner 9 is ignited to perform cooking. The heat generated by the combustion device unit 3 (burner 9) is blocked by the heat shield plate 6 to prevent overheating of the cassette gas cylinder 1 loaded in the cylinder loading chamber 4, so that the safety is high.

また、本発明のカセットガスコンロ装置Ａは、不使用時や持ち運び時に、前述の使用形態Ａ１からコンパクトな収納形態Ａ２に切替え可能である。 Further, the cassette gas stove device A of the present invention can be switched from the above-mentioned usage mode A1 to the compact storage mode A2 when not in use or when being carried.

具体的には、使用形態Ａ１からボンベ収容部２のカバー蓋５を開放し、燃料供給制御器７との接続状態を解除してボンベ装填室４に装填されているカセットガスボンベ１をこのボンベ装填室４から取出すと、ボンベ収容部２に回動自在に設けられている燃料供給制御器７を介して燃焼装置部３の燃料誘導器８とバーナー９とをボンベ装填室４に回動収納することができる。 Specifically, the cover lid 5 of the cylinder accommodating portion 2 is opened from the usage mode A1, the connection state with the fuel supply controller 7 is released, and the cassette gas cylinder 1 loaded in the cylinder loading chamber 4 is loaded into the cylinder. When taken out of the chamber 4, the fuel inducer 8 and the burner 9 of the combustion device 3 are rotatably stored in the cylinder loading chamber 4 via the fuel supply controller 7 rotatably provided in the cylinder accommodating portion 2. be able to.

また、この際、五徳10をバーナー９に対し可動した状態で燃焼装置部３をボンベ装填室４に回動収納すると、この五徳10もバーナー９と共にボンベ装填室４に収納されることとなる。 At this time, if the combustion device unit 3 is rotated and stored in the cylinder loading chamber 4 while the trivet 10 is movable with respect to the burner 9, the trivet 10 is also stored in the cylinder loading chamber 4 together with the burner 9.

従って、燃焼装置部３の燃料誘導器８とバーナー９と五徳10とがボンベ装填室４に収納されて略ボンベ収容部２だけが外観上に表出するコンパクトな収納形態Ａ２になるので、不使用時の収納や持ち運びに便利となり、携行性に優れるために、家庭用としてだけでなくアウトドアレジャー用としても実用的である。 Therefore, the fuel inducer 8, the burner 9, and the trivet 10 of the combustion device unit 3 are housed in the cylinder loading chamber 4, and only the cylinder storage part 2 becomes a compact storage form A2 that is exposed on the outside. It is convenient not only for home use but also for outdoor leisure because it is convenient to store and carry during use and has excellent portability.

この収納形態Ａ２からボンベ収容部２のカバー蓋５を開放し、ボンベ収容部２の遮熱板６を避けるように前記燃料供給制御器７を介して前記燃焼装置部３を回動させると、燃料誘導器８とバーナー９と五徳10とがボンベ装填室４から露出してバーナー９とボンベ装填室４との間に前記遮熱板６が配設された状態にでき、さらに加熱調理容器11を載置可能となるようにバーナー９に対し五徳10を可動させることで前記使用形態Ａ１に切替えられ、燃焼装置部３（の燃料誘導器８とバーナー９と五徳10）がなくなったボンベ装填室４にカセットガスボンベ１を装填できる。 When the cover lid 5 of the cylinder accommodating portion 2 is opened from the accommodating form A2 and the combustion device portion 3 is rotated via the fuel supply controller 7 so as to avoid the heat shield plate 6 of the cylinder accommodating portion 2. The fuel inducer 8, the burner 9, and the Gotoku 10 can be exposed from the cylinder loading chamber 4, and the heat shield 6 can be arranged between the burner 9 and the cylinder loading chamber 4, and the cooking container 11 can be further heated. By moving the Gotoku 10 with respect to the burner 9 so that the cylinder 9 can be placed, the cylinder loading chamber is switched to the usage mode A1 and the combustion device 3 (fuel inducer 8, burner 9 and Gotoku 10) is eliminated. The cassette gas cylinder 1 can be loaded in 4.

本発明の具体的な実施例について図面に基づいて説明する。 Specific examples of the present invention will be described with reference to the drawings.

本実施例のカセットガスコンロ装置Ａは、カセットガスボンベ１（図２参照）が収容されるボンベ収容部２と、このボンベ収容部２に収容されたカセットガスボンベ１から供給される燃料ガスによって燃焼する燃焼装置部３とから構成されている（図１参照）。 In the cassette gas stove device A of the present embodiment, combustion is performed by the cylinder accommodating portion 2 in which the cassette gas cylinder 1 (see FIG. 2) is accommodated and the fuel gas supplied from the cassette gas cylinder 1 accommodated in the cylinder accommodating portion 2. It is composed of a device unit 3 (see FIG. 1).

本実施例のボンベ収容部２は、カセットガスボンベ１が着脱自在に装填されるボンベ装填室４と、このボンベ装填室４を開閉可能でカセットガスボンベ１をボンベ装填室４に対し出し入れするためのカバー蓋５と、前記ボンベ装填室４に装填されたカセットガスボンベ１と前記燃焼装置部３との間に配されて燃焼装置部３が発する熱を遮る遮熱板６とを有している。 The cylinder accommodating portion 2 of this embodiment has a cylinder loading chamber 4 in which the cassette gas cylinder 1 is detachably loaded, and a cover for opening and closing the cylinder loading chamber 4 so that the cassette gas cylinder 1 can be taken in and out of the cylinder loading chamber 4. It has a lid 5, and a heat shield plate 6 arranged between the cassette gas cylinder 1 loaded in the cylinder loading chamber 4 and the combustion device unit 3 to block heat generated by the combustion device unit 3.

具体的には、ボンベ収容部２は、図３，図４及び図５（ｂ）に示すように、市販のカセットガスボンベ１の長さ寸法より長い長さ幅を有して横に寝かせたカセットガスボンベ１を載置可能な帯板状のベース体13を備え、このベース体13の一側の長手方向縁に、カセットガスボンベ１の外形に対応した凸円弧板状の前記カバー蓋５が起伏回動自在に枢着されていると共に、ベース体13の他側の長手方向縁に、カセットガスボンベ１の外形に対応した凸円弧板状の前記遮熱板６が立設状態に固定されている。即ち、ボンベ収容部２は、その（ベース体13の）長さ方向と直交する方向にカバー蓋５と遮熱板６とが対向状態に設けられており、このベース体13とカバー蓋５と遮熱板６とで、カセットガスボンベ１よりひとまわり径大な略円柱（丸棒）状の外観を呈するように構成されている。 Specifically, as shown in FIGS. 3, 4 and 5 (b), the cylinder accommodating portion 2 has a length width longer than the length dimension of the commercially available cassette gas cylinder 1 and is laid on its side. A strip-shaped base body 13 on which the gas cylinder 1 can be placed is provided, and a convex arc plate-shaped cover lid 5 corresponding to the outer shape of the cassette gas cylinder 1 undulates on one side of the base body 13 in the longitudinal direction. The heat shield plate 6 having a convex arc plate shape corresponding to the outer shape of the cassette gas cylinder 1 is fixed in an upright state on the other side of the base body 13 in a longitudinal direction while being movably pivotally attached. That is, the cylinder accommodating portion 2 is provided with the cover lid 5 and the heat shield plate 6 facing each other in a direction orthogonal to the length direction (of the base body 13), and the base body 13 and the cover lid 5 are provided with each other. The heat shield plate 6 is configured to have a substantially cylindrical (round bar) appearance having a diameter slightly larger than that of the cassette gas cylinder 1.

また、このベース体13とカバー蓋５と遮熱板６とに囲まれた略円柱形の空間部が、カセットガスボンベ１を横に寝かせた状態で載置装填可能で、カセットガスボンベ１より一回り径大な前記ボンベ装填室４（空間部）として構成されている。 In addition, the substantially cylindrical space surrounded by the base body 13, the cover lid 5, and the heat shield plate 6 can be placed and loaded with the cassette gas cylinder 1 laid sideways, which is one size larger than the cassette gas cylinder 1. It is configured as the cylinder loading chamber 4 (space portion) having a large diameter.

また、ベース体13には、その長さ方向の両側底部に卓上や地面に対しこのベース体13が浮上状態で載置設置するための設置脚14が垂下突設されている。 Further, the base body 13 is provided with installation legs 14 hanging from the bottoms on both sides in the length direction for mounting and installing the base body 13 on a table or on the ground in a floating state.

また、カバー蓋５と遮熱板６とは、カバー蓋５の方が弧長を有する形状に形成されていて、この弧長のあるカバー蓋５を開くと、ボンベ装填室４の側部と上部とが広く開口するように構成されている（図３参照）。 Further, the cover lid 5 and the heat shield plate 6 are formed in a shape in which the cover lid 5 has an arc length, and when the cover lid 5 having the arc length is opened, the side portion of the cylinder loading chamber 4 is formed. It is configured to have a wide opening with the upper part (see FIG. 3).

また、カバー蓋５は、図３に示すように、その長さ方向の一端側（図３中の右側端部）が、ボンベ収容部２の長さ方向と直交する方向に面方向を有する平板状で且つカセットガスボンベ１の断面形状に対応した円板形に形成されていて、この円板形端部が、本カセットガスコンロ装置Ａを後述する収納形態Ａ２とした際の縦置き用載置面部15として構成されている。 Further, as shown in FIG. 3, the cover lid 5 is a flat plate having one end side in the length direction (the right end portion in FIG. 3) having a surface direction in a direction orthogonal to the length direction of the cylinder accommodating portion 2. It is shaped like a disk and is formed in a disk shape corresponding to the cross-sectional shape of the cassette gas cylinder 1, and this disk-shaped end is a vertical mounting surface portion when the cassette gas stove device A is in the storage form A2 described later. It is configured as 15.

また、遮熱板６は、その円弧方向と直交する方向の長さ寸法が、カバー蓋５のそれより短く形成され、これによりこの遮熱板６の他端部（図３中の左側端部）に臨設するボンベ収容部２の他端側には、前記ボンベ装填室４と連通する開放部16が形成されている。 Further, the heat shield plate 6 is formed so that the length dimension in the direction orthogonal to the arc direction is shorter than that of the cover lid 5, whereby the other end portion of the heat shield plate 6 (the left end portion in FIG. 3) is formed. ), An open portion 16 communicating with the cylinder loading chamber 4 is formed on the other end side of the cylinder accommodating portion 2.

本実施例の燃焼装置部３は、前記ボンベ装填室４に装填されたカセットガスボンベ１が着脱自在に接続されて燃料ガスの供給量を制御可能な燃料供給制御器７と、この燃料供給制御器７から燃料ガスを誘導供給する燃料誘導器８と、この燃料誘導器８の先端部に設けられ前記燃料供給制御器７及び燃料誘導器８を介して供給される燃料ガスにより燃焼するバーナー９と、このバーナー９付近に設けられ鍋などの加熱調理容器11を載置使用可能な複数の五徳10とを有している。 The combustion apparatus unit 3 of this embodiment includes a fuel supply controller 7 to which a cassette gas cylinder 1 loaded in the cylinder loading chamber 4 is detachably connected to control a fuel gas supply amount, and a fuel supply controller. A fuel inducer 8 for inducing and supplying fuel gas from 7 and a burner 9 provided at the tip of the fuel inducer 8 and burned by the fuel gas supplied via the fuel supply controller 7 and the fuel inducer 8. , It has a plurality of Gotoku 10 which are provided in the vicinity of the burner 9 and can be used by placing a cooking container 11 such as a pot.

具体的には、燃焼装置部３は、前記遮熱板６の長さ寸法より短い長さ幅を有する帯状のベース部材17を備え、このベース部材17に前記燃料供給制御器７と前記バーナー９とを接続して燃料供給制御器７からバーナー９へ燃料ガスを誘導供給するガス導管18が、このベース部材17の長さ方向に沿ってベース部材17上の中央を通るように配設されていて、このベース部材17とガス導管18とで前記燃料誘導器８が構成されている。 Specifically, the combustion device unit 3 includes a strip-shaped base member 17 having a length width shorter than the length dimension of the heat shield plate 6, and the fuel supply controller 7 and the burner 9 are attached to the base member 17. A gas conduit 18 for inducing and supplying fuel gas from the fuel supply controller 7 to the burner 9 is arranged so as to pass through the center on the base member 17 along the length direction of the base member 17. The fuel inducer 8 is composed of the base member 17 and the gas conduit 18.

また、このベース部材17の基端部上に前記燃料供給制御器７が固定され、ベース部材17の先端部上に前記バーナー９が固定されている。 Further, the fuel supply controller 7 is fixed on the base end portion of the base member 17, and the burner 9 is fixed on the tip end portion of the base member 17.

燃料供給制御器７は、カセットガスボンベ１を着脱自在に接続するボンベ接続部19と、前記バーナー９に燃料誘導器８のガス導管18を介して供給される燃料ガスの供給量を調整制御する点火・消火制御も可能な操作用摘み20とが水平方向に対向状態に設けられ、詳しく図示していないが、このボンベ接続部19と操作用摘み20との間の上部に調圧器21が設けられている。 The fuel supply controller 7 adjusts and controls the supply amount of fuel gas supplied to the burner 9 via the gas conduit 18 of the fuel inducer 8 and the cylinder connection portion 19 for detachably connecting the cassette gas cylinder 1. -The operation knob 20 that can also control fire extinguishing is provided so as to face each other in the horizontal direction, and although not shown in detail, a pressure regulator 21 is provided at the upper part between the cylinder connection portion 19 and the operation knob 20. ing.

また、この燃料供給制御器７は、前記ボンベ収容部２のベース体13の前記開放部16側端部上に配設されて軸ネジ22により水平回動自在に軸着されている。即ち、この燃料供給制御器７を介して燃焼装置部３がボンベ収容部２に連結されていると共に、この燃料供給制御器７を回動中心（軸ネジ22を回動支点）として燃焼装置部３がボンベ収容部２に対し水平旋回移動自在に設けられている。 Further, the fuel supply controller 7 is arranged on the end portion of the base body 13 of the cylinder accommodating portion 2 on the side of the open portion 16 and is pivotally attached by a shaft screw 22 so as to be horizontally rotatable. That is, the combustion device unit 3 is connected to the cylinder accommodating unit 2 via the fuel supply controller 7, and the combustion device unit has the fuel supply controller 7 as the center of rotation (the shaft screw 22 is the rotation fulcrum). 3 is provided so as to be movable horizontally with respect to the cylinder accommodating portion 2.

また、この燃料供給制御器７の下部には、常時下方へ突出付勢されるロックピン23がその付勢力に抗して没動可能に設けられ、一方、このロックピン23が突出して嵌合するピン嵌合孔24が前記ベース体13の前記開放部16側端部に設けられ（貫通形成され）ていて、ロックピン23がピン嵌合孔24に突出嵌合している状態では、この燃料供給制御器７の水平旋回移動がロックされて燃焼装置部３がボンベ収容部２に対して位置決められ、この回動ロック状態からロックピン23を上方へ押動して（ロックピン23を没動させて）ピン嵌合孔24から嵌脱させることで、ロック解除されて燃料供給制御器７を介して燃焼装置部３がボンベ収容部２に対し水平旋回移動可能となるように構成されている。 Further, at the lower part of the fuel supply controller 7, a lock pin 23 that is constantly urged downward is provided so as to be able to oscillate against the urging force, while the lock pin 23 projects and fits. In a state where the pin fitting hole 24 is provided (through formed) at the end portion of the base body 13 on the side of the open portion 16 and the lock pin 23 is projected and fitted into the pin fitting hole 24. The horizontal swivel movement of the fuel supply controller 7 is locked, the combustion device unit 3 is positioned with respect to the bomb accommodating unit 2, and the lock pin 23 is pushed upward from this rotation lock state (the lock pin 23 is sunk). By fitting and removing from the pin fitting hole 24 (by moving it), the lock is released and the combustion device unit 3 is configured to be able to rotate horizontally with respect to the bomb accommodating unit 2 via the fuel supply controller 7. There is.

また、本実施例のピン嵌合孔24は、燃焼装置部３の前記ベース部材17が前記ボンベ収容部２のベース体13上に重なってこの燃焼装置部３の少なくとも燃料誘導器８とバーナー９とが前記ボンベ装填室４に収容された回動位置で前記ロックピン23が突出嵌合して回動止めされるピン嵌合孔24Ｂと、この回動止め状態から燃焼装置部３をボンベ収容部２に対し前記遮熱板６から離反する方向に動かし２７０度回動させた位置（燃焼装置部３が前記開放部16を介してボンベ収容部２より露出して燃焼装置部３とボンベ収容部２とが直交配設する状態）でロックピン23が突出嵌合して回動止めされるピン嵌合孔24Ａとが、ベース体13の他端部に二箇所設けられている。即ち、ロックピン23の押動操作により、燃焼装置部３の少なくとも燃料誘導器８とバーナー９とがボンベ装填室４内に収納された状態と、燃焼装置部３の燃料誘導器８とバーナー９がボンベ装填室４から露出してボンベ収容部２と直角に配設する状態とを切替え操作可能に構成されている。 Further, in the pin fitting hole 24 of the present embodiment, at least the fuel inducer 8 and the burner 9 of the combustion device unit 3 overlap the base member 17 of the combustion device unit 3 on the base body 13 of the cylinder accommodating unit 2. The lock pin 23 protrudes and fits at the rotation position accommodated in the cylinder loading chamber 4 to stop the rotation, and the combustion device unit 3 is accommodated in the cylinder from this rotation-stopped state. A position where the combustion device unit 3 is moved away from the heat shield plate 6 and rotated by 270 degrees with respect to the unit 2 (the combustion device unit 3 is exposed from the cylinder accommodating unit 2 via the opening unit 16 to accommodate the combustion device unit 3 and the cylinder. Two pin fitting holes 24A are provided at the other end of the base body 13 so that the lock pins 23 project and fit to prevent rotation in a state where the portions 2 are arranged orthogonally to each other. That is, at least the fuel inducer 8 and the burner 9 of the combustion device unit 3 are housed in the cylinder loading chamber 4 by the pushing operation of the lock pin 23, and the fuel inducer 8 and the burner 9 of the combustion device unit 3 are stored. Is exposed from the cylinder loading chamber 4 and is arranged at right angles to the cylinder accommodating portion 2 so that it can be switched and operated.

また、この際、本実施例の燃焼装置部３は、燃料ガスの誘導通路である燃料供給制御器７とガス導管18とバーナー９とがベース部材17を介して一体化されていて、これらが一体となって水平旋回移動するように構成されているため、例えば、燃料供給制御器７とバーナー９との間が屈曲自在なガス誘導ホースで接続されていてこのガス誘導ホースの屈曲により燃焼装置部３の水平旋回移動が許容されるような構成や、燃焼装置部３のいずれかの部材が水平旋回移動に伴って可動することにより燃焼装置部３の水平旋回移動が許容されるような構成を採用する場合に比べて燃焼不具合が起こりにくく、信頼性・安全性の高い構成である。 Further, at this time, in the combustion device unit 3 of the present embodiment, the fuel supply controller 7, the gas conduit 18, and the burner 9, which are the induction passages for the fuel gas, are integrated via the base member 17, and these are integrated. Since it is configured to move horizontally in an integrated manner, for example, the fuel supply controller 7 and the burner 9 are connected by a flexible gas guide hose, and the combustion device is connected by bending the gas guide hose. A configuration in which the horizontal turning movement of the unit 3 is permitted, or a configuration in which any member of the combustion device unit 3 is allowed to move in accordance with the horizontal turning movement, so that the horizontal turning movement of the combustion device unit 3 is permitted. Compared to the case of adopting, combustion troubles are less likely to occur, and the configuration is highly reliable and safe.

また、この燃料供給制御器７には、前記ボンベ収容部２の外形と同調するカバー25が被嵌状態に付設されていて、燃焼装置部３の少なくとも燃料誘導器８とバーナー９と五徳10とがボンベ収容部２のボンベ装填室４内に収納された状態（収納形態Ａ２）では、このカバー25により燃料供給制御器７が円柱状のボンベ収容部２と一体化したあたかも一本の円柱形マグボトルであるかのようなコンパクトな形態となるように構成されている（図２参照）。 Further, the fuel supply controller 7 is provided with a cover 25 that synchronizes with the outer shape of the cylinder accommodating portion 2 in a fitted state, and at least the fuel inducer 8, the burner 9, and the Gotoku 10 of the combustion apparatus portion 3 are attached. When is stored in the cylinder loading chamber 4 of the cylinder accommodating portion 2 (storage form A2), the fuel supply controller 7 is integrated with the cylindrical cylinder accommodating portion 2 by the cover 25 as if it were a single cylinder. It is configured to have a compact form as if it were a mug bottle (see FIG. 2).

また、このカバー25は、燃料誘導器８とバーナー９がボンベ装填室４に収納された状態で、前記カバー蓋５の載置面部15の反対側に配される面が、前記カバー蓋５の載置面部15と平行な平坦面形状に形成されていて、このカバー25の平坦面部も、本装置を収納形態Ａ２とした際の縦置き用載置面部15として構成されている。即ち、本実施例の収納形態Ａ２では、前記設置脚14を利用して横置きで収納できるが、両端の載置面部15を利用して省スペースな縦置き収納も可能となるように構成されている（図２参照）。 Further, in the cover 25, the surface of the cover lid 5 is arranged on the opposite side of the mounting surface portion 15 of the cover lid 5 in a state where the fuel inducer 8 and the burner 9 are housed in the bomb loading chamber 4. It is formed in a flat surface shape parallel to the mounting surface portion 15, and the flat surface portion of the cover 25 is also configured as the vertical mounting surface portion 15 when the present device is in the storage form A2. That is, in the storage mode A2 of the present embodiment, the installation legs 14 can be used for horizontal storage, but the mounting surface portions 15 at both ends can be used for space-saving vertical storage. (See Fig. 2).

また、バーナー９は、図１，図４及び図５に示すように、平面視円盤状のものが採用されている。 Further, as the burner 9, as shown in FIGS. 1, 4 and 5, a disc-shaped burner in a plan view is adopted.

また、前記ベース部材17の中ほどには、前記ガス導管８を両側から挟むようにして、前記五徳10としての一対の五徳10Ｂが固定されており、さらにこのベース部材17の下部にも、帯板が側面視略コ字枠状に屈曲形成された前記五徳10としての複数（図面は二体）の五徳10Ａが設けられていると共に、この二体の五徳10Ａは、前記五徳10Ｂとバーナー９を挟んだ対向側（反対側）でベース部材17先端部（バーナー９）より外方へ突出するようにして配設されている。 Further, a pair of trivets 10B as the trivets 10 are fixed in the middle of the base member 17 so as to sandwich the gas conduit 8 from both sides, and a strip is also formed below the base member 17. A plurality of trivets 10A (two in the drawing) formed by bending in a U-shaped frame are provided, and these two trivets 10A sandwich the trivet 10B and the burner 9. However, it is arranged so as to project outward from the tip portion (burner 9) of the base member 17 on the opposite side (opposite side).

また、この二体の五徳10Ａの下部には、使用形態Ａ１で前記設置脚14と共働して設置面に安定載置するための脚片32が一体的に形状に形成されている。 Further, in the lower part of these two trivets 10A, a leg piece 32 for stable mounting on the installation surface in cooperation with the installation leg 14 in the usage mode A1 is integrally formed.

また、本実施例では、二体の五徳10Ａは、前記バーナー９に対し可動自在に設けられていて、この二体の五徳10Ａをバーナー９に対し可動した状態で前記燃焼装置部３を前記ボンベ収容部２のボンベ装填室４に回動収納することにより、この二体の五徳10Ａがバーナー９と共にボンベ装填室４に収納されるように構成されている（燃料誘導器８，バーナー９及び五徳10Ａが全てボンベ装填室４に収納された状態を前記収納形態Ａ２としている。）。 Further, in the present embodiment, the two trivets 10A are movably provided with respect to the burner 9, and the combustion device 3 is cylinderd with the two trivets 10A movable with respect to the burner 9. By rotating and storing the two trivets 10A in the cylinder loading chamber 4 of the accommodating portion 2, the two trivets 10A are configured to be stored in the cylinder loading chamber 4 together with the burner 9 (fuel inducer 8, burner 9 and trivet). The state in which all 10A is stored in the cylinder loading chamber 4 is referred to as the storage form A2).

具体的には、ベース部材17の下部に枢着軸部26が設けられ、この枢着軸部26に二体の五徳10Ａの下側端部が夫々枢着されていることにより、二体の五徳10Ａがベース部材17の先端部のバーナー９に対し水平旋回可動自在に設けられている。 Specifically, the pivot shaft portion 26 is provided at the lower part of the base member 17, and the lower ends of the two trivets 10A are pivotally attached to the pivot shaft portion 26, respectively. The trivet 10A is provided so as to be movable horizontally with respect to the burner 9 at the tip of the base member 17.

また、前記バーナー９の外周部の、前記五徳10Ｂとバーナー９を挟んだ反対側の所定二箇所には、二体の五徳10Ａの上側端部が係脱自在に係合することでこの二体の五徳10Ａを旋回停止状態とする五徳ストッパー27が近接配設されていると共に、この五徳ストッパー27は、二体の五徳10Ａとベース部材17中ほどの五徳10とが、バーナー９を中心として互いに約１２０度の間隔を置いた配置で二体の五徳10Ａが旋回停止することとなる位置に付設されており、本実施例では、二体の五徳10Ａを夫々五徳ストッパー27に係合して旋回停止させた状態が、この二体の五徳10Ａとベース部材17中ほどの五徳10との合計三箇所に鍋などの加熱調理容器11を安定的に載置可能な使用時形態Ｓとなるように構成されている。 Further, the upper end portions of the two trivets 10A are engaged with each other at two predetermined locations on the outer peripheral portion of the burner 9 on the opposite sides of the trivet 10B and the burner 9 so that the two bodies can be engaged with each other. The trivet stopper 27 that puts the trivet 10A in the turning stop state is arranged in close proximity, and in this trivet stopper 27, the two trivet 10A and the trivet 10 in the middle of the base member 17 are placed around the burner 9 and each other. The two trivets 10A are attached at positions where they will stop turning at intervals of about 120 degrees. In this embodiment, the two trivets 10A are engaged with the trivet stopper 27 and swiveled. The stopped state is the usage mode S in which the cooking container 11 such as a pot can be stably placed in a total of three places, the two trivets 10A and the trivet 10 in the middle of the base member 17. It is configured.

本実施例では、二体の五徳10Ａが使用時形態Ｓであって且つ燃焼装置部３の燃料誘導器８とバーナー９とがボンベ装填室４から露出して燃焼装置部３がボンベ収容部２と略直角に配設されている形態を、加熱調理が可能な使用形態Ａ１としている。 In this embodiment, the two trivets 10A are in use mode S, and the fuel inducer 8 and the burner 9 of the combustion device unit 3 are exposed from the cylinder loading chamber 4, and the combustion device unit 3 is the cylinder accommodating unit 2. The form arranged substantially at right angles to the above is defined as a usage form A1 capable of cooking.

また、この五徳ストッパー27は、前記ベース部材17の先端部の所定の二箇所に固定されている立ち上がり板28の上部に設けられていることでバーナー９の外周部に近接配設されている。さらに詳しくは、この二箇所の立ち上がり板28の上部が、夫々の対向内側が開放するコ字形の前記五徳ストッパー27に形成されて、このコ字形の五徳ストッパー27に水平旋回する五徳10Ａが係合することでこの二箇所の五徳ストッパー27の対向外側へ五徳10Ａが水平旋回することが阻止されるように構成されていると共に、このコ字形の五徳ストッパー27の下部出入り口付近に山形の乗り越え突片29が一体的に設けられていて、この乗り越え突片29を、五徳10Ａの上側端部が乗り越えてこの上側端部が五徳ストッパー27に係合することで五徳10Ａが位置決め（仮止め）られた前記使用時形態Ｓとなり（図１，図５参照）、この使用時形態Ｓから、二体の五徳10Ａを夫々逆方向に水平旋回させて乗り越え突片29を乗り越えさせることで、二体の五徳10Ａを前記燃料誘導器８の反対側で一束にまとめた不使用時形態Ｆとし得るように構成されている（図３，図４及び図６参照）。 Further, the trivet stopper 27 is provided close to the outer peripheral portion of the burner 9 by being provided on the upper portion of the rising plate 28 fixed at two predetermined positions at the tip of the base member 17. More specifically, the upper parts of these two rising plates 28 are formed on the U-shaped trivet stopper 27 that opens on the opposite inside, and the U-shaped trivet 10A that turns horizontally engages with the U-shaped trivet stopper 27. By doing so, the trivet 10A is configured to prevent the trivet 10A from turning horizontally to the outside of these two trivet stoppers 27, and a mountain-shaped overhanging piece near the lower entrance of the U-shaped trivet stopper 27. 29 is integrally provided, and the upper end of the trivet 10A gets over the overhanging piece 29, and the upper end engages with the trivet stopper 27 to position (temporarily fix) the trivet 10A. It becomes the usage mode S (see FIGS. 1 and 5), and from this usage mode S, the two trivets 10A are turned horizontally in opposite directions to overcome the projecting piece 29, thereby overcoming the two trivets. It is configured so that 10A can be a bundled non-use form F on the opposite side of the fuel inducer 8 (see FIGS. 3, 4 and 6).

また、この二体の五徳10Ａは、前記不使用時形態Ｆとした際にバーナー９に対する突出長を縮小する方向にスライド移動可能な縮小スライド機構12を備えていて、この縮小スライド機構12を介して前記不使用時形態Ｆとした二体の五徳10Ａをバーナー９に対しスライド移動させることにより、二体の五徳10Ａが一束にまとめられ且つバーナー９に対する突出長が縮小された五徳コンパクト形態Ｃとし得るように構成されており、この五徳コンパクト形態Ｃで前記燃焼装置部３をボンベ収容部２のボンベ装填室４に回動収納することにより、前記燃料誘導器８の五徳10Ｂはもちろん、この五徳10Ａもバーナー９と共にボンベ装填室４に収納されるように（前記収納形態Ａ２となるように）構成されている。 Further, these two trivets 10A are provided with a reduction slide mechanism 12 capable of sliding in a direction of reducing the protrusion length with respect to the burner 9 when the non-use form F is set, and the reduction slide mechanism 12 is used. By sliding the two trivets 10A, which is the non-use form F, with respect to the burner 9, the two trivets 10A are bundled together and the protrusion length with respect to the burner 9 is reduced. By rotating and accommodating the combustion device unit 3 in the bomb loading chamber 4 of the bomb accommodating portion 2 in the trivet compact form C, the trivet 10B of the fuel inducer 8 is of course the same. The trivet 10A is also configured to be stored in the bomb loading chamber 4 together with the burner 9 (to be in the storage form A2).

更に詳しくは、前記ベース部材17の中央部にこのベース部材17の長さ方向に沿った長さを有する軸受孔30が貫通形成され、この軸受孔30に前記枢着軸部26が装着されていると共に、この枢着軸部26が軸受孔30に沿ってベース部材17の長さ方向にスライド移動可能に設けられていて、この枢着軸部26のスライド移動に伴って、この枢着軸部26に数着されている二体の五徳10Ａがバーナー９に対し突出長を拡大する方向と縮小する方向とに往復スライド移動可能となるように構成されている。 More specifically, a bearing hole 30 having a length along the length direction of the base member 17 is formed through the central portion of the base member 17, and the pivot shaft portion 26 is mounted in the bearing hole 30. At the same time, the pivot shaft portion 26 is provided so as to be slidable in the length direction of the base member 17 along the bearing hole 30, and the pivot shaft portion 26 is slidably moved along with the pivot shaft portion 26. The two Gotoku 10A bearings on the part 26 are configured so that they can slide back and forth with respect to the burner 9 in the direction of increasing the protrusion length and the direction of decreasing the protrusion length.

また、図６に示すように、ベース部材17の先端側の下部両側には、枢着軸部26を軸受孔30の先端部に位置させて（二体の五徳10Ａのバーナー９に対する突出長を最長にして）二体の五徳10Ａを展開した前記使用時形態Ｓでは、この二体の五徳10Ａの下側端部が当接係止して二体の五徳10Ａのバーナー９に対する突出長を縮小する方向へのスライド移動を不能とする縮小スライドストッパー31が一体的に垂下形成されており、この使用時形態Ｓから二体の五徳10Ａを水平旋回させて二体の五徳10Ａを前記燃料誘導器８の反対側で一束にまとめた不使用時形態Ｆとすると、二体の五徳10Ａの下側端部の縮小スライドストッパー31への当接係止状態が解除されて、枢着軸部26を軸受孔30に対し往復スライド移動させることが可能となるように構成されている。 Further, as shown in FIG. 6, on both lower ends of the base member 17 on the tip end side, the pivot shaft portion 26 is located at the tip end portion of the bearing hole 30 (the protruding length of the two trivets 10A with respect to the burner 9). In the above-mentioned use mode S in which the two trivets 10A are deployed (to the longest), the lower ends of the two trivets 10A are abutted and locked to reduce the protruding length of the two trivets 10A with respect to the burner 9. A reduced slide stopper 31 that makes it impossible to slide in the direction of movement is integrally formed to hang down, and the two trivets 10A are horizontally swiveled from the mode S at the time of use, and the two trivets 10A are used as the fuel inducer. Assuming that the non-use form F is bundled on the opposite side of 8, the contact locking state of the lower end of the two trivets 10A with the reduced slide stopper 31 is released, and the pivot bearing portion 26 Is configured to be able to slide back and forth with respect to the bearing hole 30.

即ち、二体の五徳10Ａが使用時形態Ｓでは、バーナー９に対し突出長を縮小する方向にスライド移動させることができず、二体の五徳10Ａを前記燃料誘導器８の反対側で一束にまとめた不使用時形態Ｆとした時にだけ、二体の五徳10Ａをバーナー９に対し突出長を縮小する方向にスライド移動したり、突出長が縮小された状態から突出長を拡大する方向に引き出しスライド移動することができる前記縮小スライド機構12が構成されている。 That is, in the use mode S, the two trivets 10A cannot be slid and moved in the direction of reducing the protrusion length with respect to the burner 9, and the two trivets 10A are bundled on the opposite side of the fuel inducer 8. Only when the non-use form F summarized in the above is used, the two trivets 10A can be slid with respect to the burner 9 in the direction of reducing the protrusion length, or in the direction of increasing the protrusion length from the state where the protrusion length is reduced. The reduction slide mechanism 12 that can be pulled out and slid is configured.

次に、このように構成された本実施例の使用方法を説明する。 Next, how to use the present embodiment configured in this way will be described.

ボトル形の前記収納形態Ａ２（図２参照）から前記使用形態Ａ１（図１）への切替えは、先ず、カバー蓋５を開き、バーナー９からの突出長が縮小されて一束にまとめられている（五徳コンパクト形態Ｃとなっている）二体の五徳10Ａをバーナー９に対し外方へ引き出す（図３参照）。 To switch from the bottle-shaped storage form A2 (see FIG. 2) to the usage form A1 (FIG. 1), first, the cover lid 5 is opened, the protrusion length from the burner 9 is reduced, and the bottle-shaped storage form A2 (see FIG. 2) is bundled together. The two trivets 10A (which are in the Gotoku compact form C) are pulled out with respect to the burner 9 (see Fig. 3).

次いで、ロックピン23を押動して（図４（ａ）中の矢印参照）ピン嵌合孔24Ｂから嵌脱させ、図４（ｂ）中の矢印のように、ボンベ収容部２（ボンベ装填室４）に収納されている燃焼装置部３（の燃料誘導器８，バーナー９及び五徳10）をボンベ装填室４に対し遮熱板６から離反する方向へ２７０度回動させると、燃焼装置部３がボンベ収容部２と直角に配設してこの状態がロックピン23のピン嵌合孔24への嵌合により保持される（図４（ｂ）参照）。 Next, the lock pin 23 is pushed (see the arrow in FIG. 4 (a)) to be fitted and detached from the pin fitting hole 24B, and as shown by the arrow in FIG. 4 (b), the cylinder accommodating portion 2 (cylinder loading). When the combustion device 3 (fuel inducer 8, burner 9 and trivet 10) housed in the chamber 4) is rotated 270 degrees in a direction away from the heat shield 6 with respect to the cylinder loading chamber 4, the combustion device is installed. The portion 3 is arranged at a right angle to the cylinder accommodating portion 2, and this state is held by fitting the lock pin 23 into the pin fitting hole 24 (see FIG. 4B).

次いで、図５，図６に示すように、一束にまとめられている（不使用時形態Ｆの）二体の五徳10Ａを互いに離反する方向に水平旋回させて五徳ストッパー27により旋回停止するまで展開し（五徳10Ａを使用時形態Ｓとし）、ボンベ収容部２のボンベ装填室４にカセットガスボンベ１を装填して燃料供給制御器７のボンベ接続部19に接続（図５（ｂ）参照）してからカバー蓋５を閉じることで、使用形態Ａ１に切り替わり、三箇所の五徳10Ａ，10Ｂに鍋などの加熱調理容器11を載置して加熱調理を行うことができる。 Then, as shown in FIGS. 5 and 6, the two trivets 10A (in the non-use form F), which are grouped together, are horizontally swiveled in the directions away from each other until the trivet stopper 27 stops turning. Unfold (using the trivet 10A as the mode S when used), load the cassette gas cylinder 1 into the cylinder loading chamber 4 of the cylinder accommodating portion 2, and connect it to the cylinder connecting portion 19 of the fuel supply controller 7 (see FIG. 5 (b)). Then, by closing the cover lid 5, the usage mode A1 can be switched, and the cooking container 11 such as a pot can be placed on the three trivets 10A and 10B to perform cooking.

この使用形態Ａ１から収納形態Ａ２への切替えは、カバー蓋５を開いてカセットガスボンベ１をボンベ装填室４（ボンベ収容部２）から取り出し、二体の五徳10Ａを水平旋回移動し加熱誘導器８の反対側で一束にまとめた不使用時形態Ｆとしてからロックピン23を押動して燃焼装置部３を２７０度回動させてボンベ装填室４内に収納し、縮小スライド機構12を介して二体の五徳10Ａをバーナー９に対する突出長を縮小する方向にスライド移動させて五徳コンパクト形態Ｃとし、カバー蓋５を閉じると収納形態Ａ２に切り替わる。 To switch from the usage mode A1 to the storage mode A2, the cover lid 5 is opened, the cassette gas cylinder 1 is taken out from the cylinder loading chamber 4 (cylinder storage portion 2), and the two trivets 10A are horizontally swirled and moved to the heating inducer 8. On the opposite side of the cylinder, the lock pin 23 is pushed to rotate the combustion device unit 3 by 270 degrees and store it in the cylinder loading chamber 4, and the combustion device unit 3 is stored in the cylinder loading chamber 4 via the reduction slide mechanism 12. The two trivets 10A are slid to reduce the protrusion length with respect to the burner 9 to form the trivet compact form C, and when the cover lid 5 is closed, the storage form A2 is switched.

尚、本発明は、本実施例に限られるものではなく、各構成要件の具体的構成は適宜設計し得るものである。 The present invention is not limited to the present embodiment, and the specific configuration of each constituent requirement can be appropriately designed.

１カセットガスボンベ
２ボンベ収容部
３燃焼装置部
４ボンベ装填室
５カバー蓋
６遮熱板
７燃料供給制御器
８燃料誘導器
９バーナー
10 五徳
11 加熱調理容器
12 縮小スライド機構
Ｃ五徳コンパクト形態
Ｆ不使用時形態 1 Cassette gas cylinder 2 Cylinder housing 3 Combustion device 4 Cylinder loading chamber 5 Cover lid 6 Heat shield plate 7 Fuel supply controller 8 Fuel inducer 9 Burner
10 Trivet
11 Cooking container
12 Reduction slide mechanism C Gotoku compact form F Non-use form

Claims

It consists of a cylinder accommodating part in which a cassette gas cylinder is housed and a combustion device part that burns with fuel gas supplied from the cassette gas cylinder housed in the cylinder housing part. The cylinder accommodating part is detachably loaded with a cassette gas cylinder. Between the cylinder loading chamber to be opened, the cover lid for opening and closing the cylinder loading chamber to move the cassette gas cylinder in and out of the cylinder loading chamber, and the cassette gas cylinder loaded in the cylinder loading chamber and the combustion apparatus section. It has a heat shield plate that is arranged to block the heat generated by the combustion device unit, and the combustion device unit can control the supply amount of fuel gas by detachably connecting a cassette gas cylinder loaded in the cylinder loading chamber. Fuel supply controller, a fuel inducer that guides and supplies fuel gas from the fuel supply controller, and fuel supplied via the fuel supply controller and the fuel inducer provided at the tip of the fuel inducer. It has a burner that burns with gas and a plurality of five virtues that are provided near the burner and can be used by placing a cooking container such as a pot. In the combustion device section, the fuel supply controller is placed in the cylinder accommodating section. It is rotatably pivotally attached, and a combustion device portion is rotatably provided with respect to the cylinder accommodating portion via the fuel supply controller, and the fuel inducer and the burner are provided with a cassette gas cylinder. It is formed in a shape that can be stored in the cylinder loading chamber of the removed cylinder accommodating portion, and the combustion device portion is rotated via the fuel supply controller so as to open the cover lid and avoid the heat shield plate. By moving the fuel inducer and the burner, the fuel inducer and the burner are housed in the cylinder loading chamber, and the fuel inducer and the burner are exposed from the cylinder loading chamber, and the heat shield plate is located between the burner and the cylinder loading chamber. The five virtues are movably provided with respect to the burner, and the combustion device unit is housed in the cylinder while the five virtues are movable with respect to the burner. A cassette gas stove device characterized in that the Gotoku is configured to be stored in the cylinder loading chamber together with the burner by rotating and storing it in the cylinder loading chamber of the unit.

The combustor unit is provided with the plurality of trivets so as to project outward from the burner, and the plurality of trivets are movably provided in the combustor unit to form a bundle. It is configured so that it can be a grouped non-use form, and the plurality of trivets in the non-use form are equipped with a reduction slide mechanism that can slide in a direction to reduce the protrusion length with respect to the burner. Through this reduction slide mechanism, the plurality of trivets in the non-use form can be made into a trivet compact form in which the protrusion length with respect to the burner is reduced, and the combustion device unit is rotated in this trivet compact form. The fuel inducer and the burner are housed in the bomb loading chamber of the bomb accommodating portion, so that a plurality of trivets are housed in the bomb loading chamber together with the burner. The cassette gas stove device described.

The plurality of trivets are configured to be able to swivel and move horizontally with respect to the burner, and by swirling and moving the plurality of trivets, it is possible to form a bundle on the opposite side of the fuel inducer when not in use. The plurality of trivets in the non-use form are provided with a reduction slide mechanism capable of sliding in a direction of reducing the protrusion length with respect to the burner, and the non-use is provided through the reduction slide mechanism. The cassette gas stove device according to any one of claims 1 and 2, wherein the plurality of trivets in the form at the time of use can be formed into a trivet compact form in which the protrusion length with respect to the burner is reduced.

In the cylinder accommodating portion, the cover lid and the heat shield plate are arranged so as to face each other, and in the combustion device portion, the fuel supply controller is provided in the cylinder accommodating portion so as to be horizontally rotatable. By opening the cover lid and horizontally rotating the combustion device unit housed in the cylinder loading chamber from the cover lid side by 200 degrees or more via the fuel supply controller so as to avoid the heat shield plate. The fuel inducer and the burner of the combustion device unit are exposed from the cylinder loading chamber to the outside of the cylinder accommodating portion, and the heat shield plate is arranged between the burner and the cylinder loading chamber. The cassette gas stove device according to any one of claims 1 to 3, wherein the cassette gas stove device is characterized by the above.