JP3128647U

JP3128647U - Multi-function pan

Info

Publication number: JP3128647U
Application number: JP2006008912U
Authority: JP
Inventors: 国義林; 榮源鄭
Original assignee: 国義林; 榮源鄭
Priority date: 2006-11-01
Filing date: 2006-11-01
Publication date: 2007-01-18
Anticipated expiration: 2016-11-01

Abstract

【課題】鍋を火から離した後でも継続的に加熱を行え、また保温、煮込み、グリルを直接行い得る多機能鍋の提供。
【解決手段】多機能鍋は保温外鍋１、内鍋２及びコンベクションオーブン３によって構成され、火元の内鍋２を保温外鍋１の中に移して、保温、煮込みを行う機能と、内鍋２の底に蓄熱プレート２３を装着して、内鍋２を保温外鍋１の中に入れることにより再加熱を行う機能と、コンベクションオーブン３を保温外鍋１の開口に被せて、保温外鍋１若しくは内鍋２の中の食物に対してグリル及び保温を行う機能とを有する。
【選択図】図２[Problem] To provide a multifunctional pan that can be continuously heated even after the pan is removed from the fire, and that can be kept warm, boiled, and grilled directly.
SOLUTION: A multi-functional pan is composed of a heat retaining outer pan 1, an inner pan 2, and a convection oven 3, and the function of moving the internal hot pot 2 in the heat retaining outer pan 1 to keep warm and stew. A heat storage plate 23 is attached to the bottom of the pan 2 and the inner pan 2 is put into the heat insulation outer pan 1 to perform reheating, and the convection oven 3 is put on the opening of the heat insulation outer pan 1 to keep the heat outside. It has a function of grilling and keeping warm for food in the pot 1 or the inner pot 2.
[Selection] Figure 2

Description

本考案は、保温、煮込み及びグリルの各機能を兼ね備えた組み合せ式の多機能鍋に関するものである。 The present invention relates to a combination-type multi-function pan having the functions of heat retention, stew and grill.

現在市場には、熱源を止めた後でも保温加熱機能を有する鍋が数多く出回っている。この種の鍋は、例えば特許文献１、２に記載されているように、内鍋を火にしばらく掛けた後、防熱層を有する外鍋に移し、煮込むことで内鍋の中の食物を半熟状態から完熟状態にするという仕組みが代表的になっている。その他、例えば特許文献３に記載のグリル鍋のように、ファンの回転を利用して鍋内の電熱器から生じた高熱を熱気流に転換し、その熱気流の循環対流によってグリル効果を得るという仕組みも提案されている。
台湾特許公告５９５４１３号煮込み鍋の構造台湾特許公告Ｍ２４４０３９号保温鍋の改良構造台湾特許公告４６６３９３号グリル鍋 There are many pots on the market that have a function to keep warm even after the heat source is turned off. This type of pan is, for example, as described in Patent Documents 1 and 2, after the inner pan has been put on fire for a while, then transferred to an outer pan having a heat-insulating layer, and boiled to half-ripe the food in the inner pan. The mechanism of changing from state to ripe state is typical. In addition, like the grill pan described in Patent Document 3, for example, the high heat generated from the electric heater in the pan is converted into a hot air flow by using the rotation of the fan, and the grill effect is obtained by the circulating convection of the hot air flow. A mechanism has also been proposed.
Taiwan Patent Publication No. 595413 Structure of Stewed Pan Taiwan Patent Notice M244039 Improved structure of hot pot Taiwan Patent Publication 466393 Grill pan

ところで、従来の鍋の構造では、二種類の鍋を用意（購入）しないと、煮込み機能及びグリル機能の二つの機能が得られないという問題がある。また、グリル機能も、既述のグリル鍋のように、熱気流が下から上に吹き上げるという仕組みでは、熱い空気は上昇するという力学原理からすると、食物の上下の焼き具合に明らかな差が生じるという問題がある。 By the way, in the structure of the conventional pot, there is a problem that two functions of the stew function and the grill function cannot be obtained unless two kinds of pots are prepared (purchased). The grill function also has a clear difference in how the food is cooked up and down based on the dynamic principle that hot air rises when the hot air current blows up from the bottom like the grill pan described above. There is a problem.

本考案は、このような従来の課題に鑑みなされたもので、特に、煮込み機能及びグリル機能の２つの機能を具備し、使い勝手が良く、しかも高いグリル効果を有する多機能鍋を提供することを目的とする。 The present invention has been made in view of such conventional problems. In particular, the present invention provides a multifunctional pan that has two functions of a stew function and a grill function, is easy to use, and has a high grill effect. Objective.

上記課題を解決するために、本考案では、請求項１のような一種の多機能鍋に関する技術手法を提供している。その特徴を以下に示す。一つの保温外鍋（１）は、真空断熱層或いは中空防熱材を有し、優れた保温効果をもつ鍋本体（１１）、及び鍋本体に被せるための鍋蓋（１２）によって構成されている。保温外鍋（１）に被せることのできる一つのコンベクションオーブン（３）は、筐体（３１）、筐体の内側に設置された電熱管（３２）、筐体の内側に設置されたファン（３３）及び筐体の内側に設置され、ファンを回転させるためのモーター（３３）によって構成されている。この場合、筐体（３１）は保温外鍋（１）の開口に被さっており、その底部は保温外鍋（１）の鍋本体（１１）の上部と対応し、電熱管（３２）から生じる高熱はファン（３３）の回転とともに保温外鍋（１１）の内側に導かれて循環式熱気流を形成する。請求項２は請求項１における多機能鍋の保温外鍋（１）の内側に外鍋（１）の内壁と接触せず、一定間隔を保った内鍋（２）をセットできることを示している。請求項３は請求項２における多機能鍋の内鍋（２）の鍋本体（２１）底部に鍋本体（２１）と一定間隔を空けた蓄熱プレート（２３）を設置できることを示している。請求項４は請求項３における多機能鍋の蓄熱プレート（２３）に数個の貫通穴（２３２）が設けられ、その中央には内鍋（２）の鍋本体（２１）底部の中央ボルト（２１１）を螺合させるためのネジ穴（２３１）があり、蓄熱プレート（２３）は鍋本体（２１）の底部と一定間隔を保つことができることを示している。請求項５は請求項４における多機能鍋の蓄熱プレート（２３）の頂面に鍋本体（２１）の底部に抵触するための数個の突起ブロック（２３３）が設けられていることを示している。請求項６は請求項２における多機能鍋の内鍋（２）の鍋本体（２１）の上縁に水平に外凸し、保温外鍋（１）の鍋本体（１１）の上縁に平らに押し当てることのできる環状阻止部（２１３）が設けられていることを示している。請求項７は請求項６における多機能鍋の阻止部（２１３）の両側に突出した状態で保温外鍋（１）の鍋本体（１１）の頂縁取っ手（１４）の上に重ねることのできる取っ手（２１２）が設けられていることを示している。請求項８は請求項２における多機能鍋の内鍋（２）の鍋本体（２１）に被覆機能を有する鍋蓋（２２）が備え付けられていることを示している。請求項９は請求項１における多機能鍋の保温外鍋（１）に鍋本体（１１）と自由に分離、勘合させることのできる鍋蓋（１２）が備え付けられていることを示している。請求項１０は請求項９における多機能鍋の保温外鍋（１）の鍋本体（１１）の頂縁に鍋蓋（１２）を気密させるためのシリコンパッド（１３）が設けられていることを示している。請求項１１は請求項１における多機能鍋のコンベクションオーブン（３）の筐体（３１）にタイマー設定ボタン（３１１）、温度制御ボタン（３１２）及び取っ手（３１３）が設けられていることを示している。請求項１２は請求項１１における多機能鍋の筐体（３１）の内側に取っ手（３１３）と結合した電源制御スイッチ（３１４）が設けられ、取っ手（３１３）を回転するとその制御スイッチ（３１４）は駆動され、電源の開閉をコントロールすることができることを示している。請求項１３は請求項１１における多機能鍋の筐体（３１）に内気、外気を対流させるための熱冷ましホール（３１５）、（３１６）が設けられていることを示している。 In order to solve the above-mentioned problems, the present invention provides a technical technique relating to a kind of multi-function pan as in claim 1. The characteristics are shown below. One heat insulation outer pan (1) has a vacuum heat insulation layer or a hollow heat insulating material, and is comprised by the pan main body (11) which has the outstanding heat retention effect, and the pan lid (12) for covering a pan main body. . One convection oven (3) that can be placed on the heat insulation outer pan (1) is composed of a casing (31), an electric heating tube (32) installed inside the casing, and a fan ( 33) and a motor (33) that is installed inside the housing and rotates the fan. In this case, the casing (31) covers the opening of the heat insulating outer pan (1), and the bottom thereof corresponds to the upper portion of the pan main body (11) of the heat insulating outer pan (1) and is generated from the electric heating tube (32). High heat is guided to the inside of the heat insulation outer pan (11) along with the rotation of the fan (33) to form a circulating hot air flow. Claim 2 shows that the inner pot (2) can be set at a constant interval without contacting the inner wall of the outer pot (1) inside the heat retaining outer pot (1) of the multifunctional pot in claim 1. . Claim 3 shows that a heat storage plate (23) spaced apart from the pot body (21) can be installed at the bottom of the pot body (21) of the inner pot (2) of the multifunctional pot of claim 2. According to a fourth aspect of the present invention, several through holes (232) are provided in the heat storage plate (23) of the multi-function pan according to the third aspect, and a central bolt at the bottom of the main body (21) of the inner pan (2) is provided at the center. 211) and screw holes (231) for screwing in, indicating that the heat storage plate (23) can keep a constant distance from the bottom of the pan body (21). Claim 5 shows that several projection blocks (233) are provided on the top surface of the heat storage plate (23) of the multi-function pan in claim 4 to come into contact with the bottom of the pan body (21). Yes. Claim 6 projects horizontally outward from the upper edge of the pan body (21) of the inner pot (2) of the multi-function pot in claim 2, and is flat to the upper edge of the pot body (11) of the heat retaining outer pot (1). It is shown that an annular blocking portion (213) that can be pressed against is provided. The seventh aspect of the present invention can be overlaid on the top edge handle (14) of the pan body (11) of the heat retaining outer pan (1) in a state of projecting on both sides of the blocking portion (213) of the multifunction pan in the sixth aspect. It shows that a handle (212) is provided. The eighth aspect shows that the pan body (21) of the inner pan (2) of the multi-function pan according to the second aspect is provided with a pan lid (22) having a covering function. The ninth aspect shows that the heat retaining outer pan (1) of the multi-functional pan according to the first aspect is provided with a pan lid (12) that can be freely separated and fitted with the pan main body (11). A tenth aspect of the present invention is that a silicon pad (13) for hermetically sealing the pan lid (12) is provided on the top edge of the pan body (11) of the heat retaining outer pan (1) of the multi-function pan according to the ninth aspect. Show. Claim 11 shows that the timer setting button (311), the temperature control button (312) and the handle (313) are provided on the casing (31) of the convection oven (3) of the multi-function pan in claim 1. ing. The power control switch (314) combined with the handle (313) is provided inside the housing (31) of the multifunction pan in claim 11, and the control switch (314) is rotated when the handle (313) is rotated. Indicates that it can be driven to control the opening and closing of the power supply. The thirteenth aspect shows that the casing (31) of the multifunction pan in the eleventh aspect is provided with hot cooling holes (315), (316) for convection of the inside air and the outside air.

本考案の多機能鍋は、上記構成を有し、保温外鍋（１）と内鍋（２）の組み合せを利用して、内鍋（２）の中で食物を煮込むことができる。さらに、内鍋（２）の底部に蓄熱プレート（２３）を取り付けることにより、内鍋（２）は保温外鍋（１）の中で煮込み機能を発揮し続けることができる。また、内鍋（２）の有無に拘わらず、保温外鍋（１）上にコンベクションオーブン（３）を組み合わせることで、高熱気流が上から下に循環導入され、保温外鍋（１）の中の食物に対してグリル調理を行うことができる。このような構造を採用することにより、本実用新案は、一つの鍋が単一機能しか有さないという従来の問題点を解決することができる。 The multifunctional pan of the present invention has the above-described configuration and can boil food in the inner pan (2) using a combination of the heat retaining outer pan (1) and the inner pan (2). Furthermore, by attaching the heat storage plate (23) to the bottom of the inner pot (2), the inner pot (2) can continue to exhibit the stew function in the heat insulating outer pot (1). In addition, regardless of the presence or absence of the inner pot (2), the combination of the convection oven (3) on the heat insulating outer pot (1) circulates a hot air stream from the top to the bottom, Grilling can be done on the food. By adopting such a structure, this utility model can solve the conventional problem that one pot has only a single function.

以下、本考案を実施するための最良の形態について、図面を参照しながら詳しく説明する。図１及び図２は多機能鍋全体の構成を示している。図示のように、多機能鍋は一つの保温外鍋１、一つの内鍋２、及び一つのコンベクションオーブン３を備える。 Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to the drawings. FIG.1 and FIG.2 has shown the structure of the whole multifunctional pan. As shown in the figure, the multifunctional pan includes one heat retaining outer pan 1, one inner pan 2, and one convection oven 3.

保温外鍋１は鍋本体１１及び鍋蓋１２によって構成される。鍋本体１１は真空断熱層１１１を有する断熱材、又は中空防熱材により形成されて、優れた保温効果を有している。鍋本体１１の頂部周縁部にはシリコンパッド１３が装着されて、鍋蓋１２の気密性が高められている。この鍋本体１１から鍋蓋１２を外して、代わりにコンベクションオーブン３を鍋本体１１に組み合わせることが可能である。なお、鍋本体１１の頂部周縁部には取っ手１４が設けられる。 The heat insulation outer pan 1 is composed of a pan body 11 and a pan lid 12. The pan body 11 is formed of a heat insulating material having a vacuum heat insulating layer 111 or a hollow heat insulating material, and has an excellent heat retaining effect. A silicon pad 13 is attached to the peripheral edge of the top of the pan body 11 to enhance the airtightness of the pan lid 12. It is possible to remove the pan lid 12 from the pan body 11 and to combine the convection oven 3 with the pan body 11 instead. A handle 14 is provided on the peripheral edge of the top of the pan body 11.

図３乃至図５は内鍋の構成、及び内鍋と保温外鍋の結合状態を示している。図示のように、内鍋２は鍋本体２１、鍋蓋２２によって構成される。内鍋２の鍋本体２１の上面周縁部に外周方向に水平に突出し、鍋本体１１の上縁に平らに押し当て可能な環状阻止部２１３が設けられる。この阻止部２１３にはまた、両側に突出した状態で鍋本体１１の頂部周縁部の取っ手１４の上に重なる取っ手２１２が設けられる。また、鍋本体２１の底部には、蓄熱プレート２３が設けられる。この蓄熱プレート２３は金属材質で、中央部にネジ穴２３１を有し、その周囲に熱源を下から上に導き、鍋本体２１と接触させるための数個の貫通穴２３２が設けられる。さらに、この蓄熱プレート２３の頂面には、鍋本体２１の底面に抵触する数個の突起ブロック２３３が設置される。このようにして内鍋２を保温外鍋１の内側に入れると、鍋本体２１頂縁の阻止部２１３は鍋本体１１の頂部縁部上に平行に押し当てられ、両側の取っ手２１２を鍋本体１１の取っ手１４に重ねることができる。蓄熱プレート２３の中央部のネジ穴２３１と鍋本体２１の底部中央に設けられたボルト２１１を螺合させることにより、蓄熱プレート２３と鍋本体２１の底部とを適度な間隔に保ち、蓄熱プレート２３の数個の貫通穴２３２により、熱源を下から上に導き、鍋本体２１と接触させることができる。蓄熱プレート２３の頂面に設置した数個の突起ブロック２３３により、内鍋２の中の食物が沸騰した時の鍋本体２１と蓄熱プレート２３の振動を抑制することができる。蓄熱プレート２３は、加熱後の温度は５００〜６００℃となるため、図５に示すように、保温内鍋２を火元から保温外鍋１の内側に移した時に、蓄熱プレート２３と鍋本体２１の底部の間に一定間隔が保たれることで、蓄熱プレート２３の熱エネルギーは鍋本体２１や食物に吸収されず、内鍋２の方に向けられて、内鍋２の中の食物に「保温最煮込み」の効果を与えることができる。 3 to 5 show the structure of the inner pot and the combined state of the inner pot and the heat retaining outer pot. As illustrated, the inner pot 2 is composed of a pot body 21 and a pot lid 22. An annular blocking portion 213 that protrudes horizontally in the outer peripheral direction at the peripheral edge of the upper surface of the pan body 21 of the inner pot 2 and can be pressed flat against the upper edge of the pan body 11 is provided. The blocking portion 213 is also provided with a handle 212 that overlies the handle 14 at the peripheral edge of the top of the pan body 11 in a state of protruding to both sides. A heat storage plate 23 is provided at the bottom of the pan body 21. The heat storage plate 23 is made of a metal material, has a screw hole 231 at the center, and is provided with several through holes 232 around the periphery for guiding the heat source from below to contact the pan body 21. Furthermore, several protrusion blocks 233 that come into contact with the bottom surface of the pan body 21 are installed on the top surface of the heat storage plate 23. In this way, when the inner pot 2 is put inside the heat insulating outer pot 1, the blocking portion 213 at the top edge of the pot body 21 is pressed in parallel on the top edge of the pot body 11, and the handles 212 on both sides are pressed. 11 handles 14 can be stacked. The screw hole 231 at the center of the heat storage plate 23 and the bolt 211 provided at the center of the bottom of the pan body 21 are screwed together, so that the heat storage plate 23 and the bottom of the pan body 21 are kept at an appropriate interval. With the several through holes 232, the heat source can be guided from the bottom to the top and brought into contact with the pan body 21. The several protrusion blocks 233 installed on the top surface of the heat storage plate 23 can suppress the vibrations of the pan body 21 and the heat storage plate 23 when the food in the inner pot 2 has boiled. Since the temperature of the heat storage plate 23 after heating is 500 to 600 ° C., as shown in FIG. 5, when the heat-retaining inner pot 2 is moved from the heat source to the inside of the heat-retaining outer pot 1, the heat storage plate 23 and the pot body By keeping a constant interval between the bottoms of 21, the heat energy of the heat storage plate 23 is not absorbed by the pot body 21 or food, but is directed toward the inner pot 2 to the food in the inner pot 2. It can give the effect of “warm-up most stew”.

また図６に内鍋の底面に蓄熱プレート２３が装着されていない場合を示している。この場合、内鍋２が沸騰した後に保温外鍋１に移されると、この時は内鍋２に蓄熱プレート２３が装着されていないため、「保温煮込み」の効果のみとなる。 FIG. 6 shows a case where the heat storage plate 23 is not mounted on the bottom surface of the inner pot. In this case, when the inner pot 2 is boiled and then transferred to the heat retaining outer pot 1, the heat storage plate 23 is not attached to the inner pot 2 at this time.

さらに図７に内鍋と保温外鍋の結合状態を示し、特に内鍋と蓄熱プレートとの異なる取付構造を示している。この場合、内鍋２の鍋本体２１の底面中央に凸柱２１４が設けられ、その凸柱２１４及び蓄熱プレート２３が溶接加工により一体成型されて、両者は適度な間隔が保たれている。 Further, FIG. 7 shows a combined state of the inner pot and the heat retaining outer pot, and particularly shows a different mounting structure of the inner pot and the heat storage plate. In this case, a convex column 214 is provided in the center of the bottom surface of the pan body 21 of the inner pot 2, and the convex column 214 and the heat storage plate 23 are integrally formed by welding, and an appropriate interval is maintained between them.

図８、図９はコンベクションオーブンの構成、及びコンベクションオーブンと保温外鍋との結合状態を示している。図示のように、コンベクションオーブン３は筐体３１、筐体３１の内側に設置された電熱管３２、筐体３１の中に設置されたファン３３及びモーター３４によって構成され、筐体３１の上にはタイマー設定ボタン３１１、温度制御ボタン３１２及び取っ手３１３が設置される。筐体３１の中には取っ手３１３と結合された電源制御スイッチ３１４が設けられ、取っ手３１３を回転することにより、制御スイッチ３１４が駆動され、電源の開閉をコントロールすることができる。例えば、取っ手３１３を直角にすると電源オフの状態となり、水平角度にすると電源オンの状態となり、安全かつ便利な操作を実現している。このコンベクションオーブン３では食物の種類に合わせてタイマー設定ボタン３１１及び温度制御ボタン３１２を調整することができる。さらに、筐体３１の底縁は保温外鍋１の鍋本体１１の頂部周縁部に対応し、保温外鍋１の開口に被せることができるため、発生した高熱気流は上から下へと、保温外鍋１の中に導かれる。高熱気流は電熱管３２の加熱及びモーター３４によるファン３３の回転によって形成されたものであるため、鍋の中の食物は熱循環の“グリル”によって均一に加熱される。 8 and 9 show the configuration of the convection oven and the coupling state between the convection oven and the heat insulating outer pan. As shown in the figure, the convection oven 3 includes a casing 31, an electric heating tube 32 installed inside the casing 31, a fan 33 and a motor 34 installed in the casing 31. A timer setting button 311, a temperature control button 312 and a handle 313 are installed. A power supply control switch 314 coupled to the handle 313 is provided in the housing 31. By rotating the handle 313, the control switch 314 is driven, and the opening / closing of the power supply can be controlled. For example, when the handle 313 is set to a right angle, the power is turned off, and when the handle 313 is turned to a horizontal angle, the power is turned on, thereby realizing a safe and convenient operation. In the convection oven 3, the timer setting button 311 and the temperature control button 312 can be adjusted according to the type of food. Furthermore, since the bottom edge of the casing 31 corresponds to the peripheral edge of the top of the pan body 11 of the heat insulation outer pot 1 and can be put on the opening of the heat insulation outer pot 1, the generated hot air current is kept warm from the top to the bottom. Guided into the outer pot 1. Since the hot air flow is formed by heating of the electric heating tube 32 and rotation of the fan 33 by the motor 34, the food in the pan is uniformly heated by the thermal grill “grill”.

図１０にコンベクションオーブン、保温外鍋、内鍋全体の結合状態を示している。図示のとおり、鍋蓋２２の無い内鍋２が保温外鍋１の中にセットされ、保温外鍋１の上にはコンベクションオーブン３が置かれる。食物が内鍋２の中で「グリル」された後、保温外鍋は内鍋２の食物に対して“保温”機能を発揮できるため、より高い保温効果が得られる。 FIG. 10 shows a combined state of the convection oven, the heat retaining outer pan, and the entire inner pan. As shown in the figure, the inner pot 2 without the pot lid 22 is set in the heat insulating outer pot 1, and the convection oven 3 is placed on the heat insulating outer pot 1. After the food is “grilled” in the inner pot 2, the outer heat-retaining pot can exert a “heat-retaining” function on the food in the inner pot 2, so that a higher heat-retaining effect is obtained.

図１１はコンベクションオーブン、保温外鍋、内鍋全体の異なる結合状態を示している。この態様と図１０の態様の相違点は、内鍋２の底部に蓄熱プレート２３が増設されたことであり、これによって内鍋２の中の食物を火に掛けてから保温外鍋１の中に移し、その後保温外鍋１の上のコンベクションオーブン３を利用してグリルを行うことができる。このようにすることで、食物全体に均一に火が通り、調理時間の短縮及び長時間の保温を実現することができる。 FIG. 11 shows different coupling states of the convection oven, the heat retaining outer pan, and the entire inner pan. The difference between this embodiment and the embodiment shown in FIG. 10 is that a heat storage plate 23 is added to the bottom of the inner pot 2. Then, grilling can be performed by using the convection oven 3 on the heat insulating outer pan 1. By doing in this way, the whole food is evenly ignited, and the cooking time can be shortened and the heat can be kept for a long time.

本考案の一実施の形態における多機能鍋の構成を示す分解斜視図The disassembled perspective view which shows the structure of the multifunctional pan in one embodiment of this invention 同多機能鍋の組み合わせ後の構成を示す部分断面側面図Partial cross-sectional side view showing the configuration after combination of the same multifunctional pan 同多機能鍋に採用される内鍋の構成を示す分解斜視図An exploded perspective view showing the structure of the inner pot adopted in the multifunctional pot 同多機能鍋に採用される内鍋と保温外鍋の結合状態を示す斜視図The perspective view which shows the combined state of the inner pot and heat insulation outer pot which are employ | adopted as the same multifunctional pan 同多機能鍋に採用される内鍋（蓄熱プレート有り）と保温外鍋の結合状態を示す側面断面図Side cross-sectional view showing the combined state of the inner pot (with heat storage plate) and the heat insulation outer pot adopted for the multifunctional pan 同多機能鍋に採用される内鍋（蓄熱プレート無し）と保温外鍋の結合状態を示す側面断面図Side cross-sectional view showing the combined state of the inner pot (no heat storage plate) and heat insulation outer pot adopted for the multifunctional pan 同多機能鍋に採用される内鍋と保温外鍋の結合状態を示し、特に内鍋と蓄熱プレートとの取付構造の変更例を示す側面断面図Side sectional view showing the combined state of the inner pot and the heat insulation outer pot adopted for the multifunctional pan, and in particular showing a modification of the mounting structure between the inner pan and the heat storage plate 同多機能鍋に採用されるコンベクションオーブンと保温外鍋の結合状態を示す斜視図The perspective view which shows the combined state of the convection oven employ | adopted for the multifunctional pan and the heat insulation outer pan 同多機能鍋に採用されるコンベクションオーブンと保温外鍋の結合状態を示す部分断面側面図Partial cross-sectional side view showing the combined state of the convection oven and the heat insulation outer pan used in the multifunctional pan 同多機能鍋に採用されるコンベクションオーブン、保温外鍋、内鍋（蓄熱プレート無し）の結合状態を示す部分断面側面図Partial cross-sectional side view showing the combined state of the convection oven, heat insulation outer pan, and inner pan (no heat storage plate) used in the multi-function pan 同多機能鍋に採用されるコンベクションオーブン、保温外鍋、内鍋（蓄熱プレート有り）の結合状態を示す部分断面側面図Partial cross-sectional side view showing the combined state of the convection oven, heat insulation outer pan, and inner pan (with heat storage plate) used in the multifunction pan

Explanation of symbols

１保温外鍋
１１鍋本体
１１１真空断熱層
１２鍋蓋
１３シリコンパッド
１４取っ手
２内鍋
２１鍋本体
２１１ボルト
２１２取っ手
２１３阻止部
２１４凸柱
２２鍋蓋
２３蓄熱プレート
２３１ネジ穴
２３２貫通穴
２３３突起ブロック
３コンベクションオーブン
３１筐体
３１１タイマー設定ボタン
３１２温度制御ボタン
３１３取っ手
３１４電源制御スイッチ
３１５熱冷ましホール
３１６熱冷ましホール
３２電熱管
３３ファン
３４モーター DESCRIPTION OF SYMBOLS 1 Heat insulation outer pan 11 Pan main body 111 Vacuum insulation layer 12 Pan lid 13 Silicon pad 14 Handle 2 Inner pan 21 Pan main body 211 Bolt 212 Handle 213 Blocking part 214 Convex pillar 22 Pot lid 23 Heat storage plate 231 Screw hole 232 Through hole 233 Projection block 3 Convection Oven 31 Case 311 Timer Setting Button 312 Temperature Control Button 313 Handle 314 Power Control Switch 315 Heat Cooling Hole 316 Heat Cooling Hole 32 Electric Heating Tube 33 Fan 34 Motor

Claims

A heat insulation outer pan (1) and a convection oven (3) placed over the heat insulation outer pan (1),
The heat insulating outer pan (1) is formed of a vacuum heat insulating material or a hollow heat insulating material, and has a pan body (11) having an excellent heat retaining effect, and a pan lid (12) for covering the pan body (11),
The convection oven (3) has a housing (31), an electric heating tube (32) installed inside the housing (31), a motor (34), and a fan (33) rotated by the motor (34). Then, the casing (31) is put on the opening of the heat insulating outer pan (1), the bottom thereof corresponds to the upper portion of the pan main body (11) of the heat insulating outer pan (1), and high heat generated from the electric heating tube (32) Is a multi-function pan characterized in that it is guided to the inside of the heat insulation outer pan (1) with the rotation of the fan (33) to form a circulating hot air flow.

The multifunctional pan according to claim 1, further comprising an inner pan (2) that is set at a constant interval without contacting the inner wall of the outer pan (1) inside the heat retaining outer pan (1).

The multifunctional pan according to claim 2, comprising a heat storage plate (23) installed at a distance from the pan body (21) at the bottom of the pan body (21) of the inner pot (2).

The heat storage plate (23) has several through-holes (232), and a screw hole (into the center bolt (211) provided on the bottom of the pan body (21) of the inner pan (2) is screwed into the center (2). The multi-function pan according to claim 3, wherein a heat storage plate (23) is kept at a constant distance from the bottom of the pan body (21).

The multifunctional pan according to claim 4, wherein several projection blocks (233) are provided on the top surface of the heat storage plate (23) to contact the bottom of the pan body (21).

An annular blocking portion (213) that protrudes horizontally toward the outer periphery of the upper body (21) of the inner pan (2) and is pressed flat against the upper edge of the main body (11) of the heat retaining outer pan (1). ) Is provided.

The handle (212) which can be piled up on the handle (14) of the top edge part of the pan body (11) of the heat insulation outer pan (1) in a state of projecting on both sides of the annular blocking portion (213). Multi-functional pan described in.

The multifunctional pan according to claim 2, wherein a pan lid (22) having a covering function is provided on the pan body (21) of the inner pan (2).

The multifunctional pan according to claim 1, wherein a pan lid (12) that can be freely separated from and fitted to the pan body (11) is provided on the heat retaining outer pan (1).

The multifunctional pan according to claim 9, wherein a silicon pad (13) for increasing the airtightness of the pan lid (12) is provided at the top edge of the pan body (11) of the heat retaining outer pan (1).

The multifunctional pan according to claim 1, wherein the casing (31) of the convection oven (3) is provided with a timer setting button (311), a temperature control button (312), and a handle (313).

A power control switch (314) coupled to the handle (313) is provided inside the housing (31), and the control switch (314) is driven by the rotation of the handle (313) to control the opening and closing of the power source. Item 11. The multifunctional pan according to item 11.

The multifunctional pan according to claim 11, wherein the casing (31) is provided with hot cooling holes (315), (316) for convection of the inside air and the outside air.