JPS60155832A - Gas composite cooker - Google Patents
Gas composite cookerInfo
- Publication number
- JPS60155832A JPS60155832A JP14731484A JP14731484A JPS60155832A JP S60155832 A JPS60155832 A JP S60155832A JP 14731484 A JP14731484 A JP 14731484A JP 14731484 A JP14731484 A JP 14731484A JP S60155832 A JPS60155832 A JP S60155832A
- Authority
- JP
- Japan
- Prior art keywords
- heating
- roasting chamber
- gas
- chamber
- baking chamber
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24C—DOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
- F24C15/00—Details
- F24C15/32—Arrangements of ducts for hot gases, e.g. in or around baking ovens
- F24C15/322—Arrangements of ducts for hot gases, e.g. in or around baking ovens with forced circulation
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Baking, Grill, Roasting (AREA)
- Control Of High-Frequency Heating Circuits (AREA)
Abstract
Description
【発明の詳細な説明】
従来ガスオーブンと電子レンジとを複合させたガス複合
調理器としては■実開昭５０−６０６４８号公報及び実
開昭５１−５４３３７号公報の如く焙焼室から独立した
ガスバーナ燃焼室を設け、焙焼室を間接加熱する方式の
ものと、■実開昭５１−９０１５７号公報及び実開昭５
１−９６６５０号公報の如く焙焼室内にガスバーナを設
ける方式のものとが知られている。DETAILED DESCRIPTION OF THE INVENTION Conventionally, as a gas combination cooking device that combines a gas oven and a microwave oven, there is a cooking device that is independent from the roasting chamber, as shown in Japanese Utility Model Application Publication No. 50-60648 and Japanese Utility Model Application Publication No. 51-54337. One is equipped with a gas burner combustion chamber and indirectly heats the roasting chamber, and the other is
A system in which a gas burner is provided in the roasting chamber is known, as disclosed in Japanese Patent No. 1-96650.
前者のものは間接加熱方式であるので焙焼室内温度の立
上りが悪い。この為に、高周波加熱とガス燃焼加熱とを
併用して調理する場合、高周波加熱による調理が先行し
て被加熱物の内部から煮汁が出てしまい、この煮汁が後
行するガス燃焼加熱によシ蒸発する結果、被加熱物は乾
燥状態に調理され好ましくない。この欠点を解決すべく
ガス燃焼加熱の立上シに合わせて高周波加熱の出方を落
すと調理時間が長くなる欠点があった。Since the former method uses an indirect heating method, the temperature rise in the roasting chamber is slow. For this reason, when cooking using both high-frequency heating and gas combustion heating, cooking by high-frequency heating takes precedence and boiling liquid comes out from inside the object to be heated, and this broth is then heated by gas combustion heating. As a result of the evaporation, the object to be heated becomes dry, which is undesirable. In order to solve this problem, if the high-frequency heating is slowed down in time with the start-up of gas combustion heating, there is a drawback that the cooking time becomes longer.
又、後者のものは、ガスバーナを焙焼室内に突出して設
けている為に、ガスバーナがアンテナとなって電波モレ
を生じ、その対策が煩雑となると共に、焙焼室内の調理
空間が狭くなる欠点がある。In addition, in the latter case, since the gas burner is installed protruding into the roasting chamber, the gas burner acts as an antenna and causes radio wave leakage, which makes countermeasures complicated and the cooking space inside the roasting chamber becomes narrow. There is.
更に、ガスバーナへ外部から送風するファンを有してい
ないので、バーナの温度上昇、バーナへの燃焼空資供給
の面からガスバーナのインプットが制限され”Ｃしまう
結果、前者の有する上記欠点を完全に解決できる程調理
時間を短縮できないものであった。Furthermore, since it does not have a fan that blows air to the gas burner from the outside, the input to the gas burner is limited in terms of temperature rise of the burner and supply of combustion air to the burner.As a result, the above drawbacks of the former are completely eliminated. It was not possible to shorten the cooking time enough to solve the problem.
本発明は上記の従来例の種々欠点を解決すると共に、焙
焼室に対して高周波発振器、燃焼室及び循環ファンの配
置を考慮してガス複合調理器として理想的な構成をする
ことを目的とする。The purpose of the present invention is to solve the various drawbacks of the above-mentioned conventional examples, and to create an ideal configuration for a gas composite cooking device by considering the arrangement of a high-frequency oscillator, a combustion chamber, and a circulation fan in the roasting chamber. do.
以下一実施例を図と共に説明すると、（１）は外装（２
）内に設けた焙焼室で、内面をホーロ処理し、外面には
ガラスウール等の断熱層（３）を設けである。An example will be explained below with reference to figures. (1) is an exterior (2)
) The inner surface of the roasting chamber is hollowed out, and the outer surface is provided with a heat insulating layer (3) of glass wool or the like.
（４）は焙焼室（１）の下方の外装（２）内に焙焼室と
は独立して形設した燃焼罠で、ガスバーナ（５）が設置
されている。このガスバーナ（５）からの燃焼熱気は焙
焼室（１）下壁を少し加熱するが、焙焼室（１）の後方
に設けた連通孔（６）から焙焼室（１）内に導入される
ようになっている。（７）は導波管（８）を介して焙焼
室（１）の上部の導入部（９）から焙焼室（１）内に高
周波電波を供給するマグネトロン等の高周波発振器で、
そのアンテナ（７ｆが導波管（８）内に突入されている
。α０）は前記電波導入部（９）を含む焙焼室（１）上
部を仕切る電波透過性耐熱カバーで、燃焼熱気が導入部
（９）から導波管（８）内に入り込み高周波発振器（７
）を熱的に遮蔽するものである。■はこの耐熱カバー０
０）で囲まれたの送風を風路ａコに導びいて耐熱カバー
００）で囲まれた焙焼室（１）内に導入しこの送風にて
電波モード均一器（１１１を回転させ焙焼室（１）内の
電波モードを均一化せしめ加熱ムラをなくすようにした
ものである。(4) is a combustion trap formed in the exterior (2) below the roasting chamber (1) independently of the roasting chamber, and a gas burner (5) is installed therein. The combustion hot air from this gas burner (5) slightly heats the lower wall of the roasting chamber (1), but is introduced into the roasting chamber (1) through the communication hole (6) provided at the rear of the roasting chamber (1). It is now possible to do so. (7) is a high-frequency oscillator such as a magnetron that supplies high-frequency radio waves into the roasting chamber (1) from the introduction part (9) at the upper part of the roasting chamber (1) via the waveguide (8);
The antenna (7f is inserted into the waveguide (8).α0) is a radio wave-transparent heat-resistant cover that partitions the upper part of the roasting chamber (1) including the radio wave introduction part (9), and the combustion heat is introduced. The part (9) enters the waveguide (8) and generates a high frequency oscillator (7).
). ■ is this heat resistant cover 0
The air blown air surrounded by The radio wave mode in the chamber (1) is made uniform to eliminate uneven heating.
■は焙焼室（１）の後方に、この焙焼室（１）と連通し
て設けた収納室回内に回転自在に収納した循環ファンで
、焙焼室（１）内に設置した分岐板（１５１の中央開口
（１５１を介して収納室（１４）と焙焼室（１）の連通
部分を覆う仕切壁（１８）となる金網等の細孔板の中央
を吸気口（１８＆）として吸気し、それを仕切壁０８）
の両側の吹出口（１８ｂ）（１８ｂ）から分岐板（１５
）の両側及び下側を通して吹き出し、焙焼室内の温度を
上昇せしめると共に温度ムラをなくすようにしである。■ is a circulation fan that is rotatably housed in a storage chamber pronunciation that is connected to the roasting chamber (1) at the rear of the roasting chamber (1), and a branch installed inside the roasting chamber (1). The central opening of the plate (151) serves as an air intake port (18 &) at the center of a small perforated plate made of wire mesh, etc., which becomes the partition wall (18) that covers the communication part between the storage chamber (14) and the roasting chamber (1) through the central opening (151). Intake air and divide it into a partition wall 08)
From the outlet (18b) on both sides of the branch plate (15
) is blown out through both sides and the bottom of the roasting chamber to raise the temperature inside the roasting chamber and to eliminate temperature unevenness.
この循環ファンαＪの回転軸（１６）は収納室（１句の
後方外部に設けたモータ０７）の軸に連結されこのモー
タ０７）１こよってファン（１３）が高速回転される。The rotating shaft (16) of this circulation fan αJ is connected to the shaft of the storage chamber (motor 07 provided outside the rear of the fan), and the fan (13) is rotated at high speed by this motor 07)1.
前記分岐板α５）は連通孔（６）を通して燃焼室（４）
から導入される燃焼燃気を収納室（１４Ｊ方向へ案内す
るものであり、仕切壁（１８）は燃焼熱気を通過させる
が高周波電波を遮断し収納室（１委へ電波が入らないよ
うになしている。α印は焙焼室（１）の前面開口（４）
）を閉成する蓋体で下側が外装側に枢支（２１）されて
開閉自在となっており、中央部には二重のガラス板（２
２ａ）（２２ｂ）からなる覗窓（支）が形成されている
。この力′ラス板（２２ａ）（２２ｂ）の少なくともい
ずれか一方（２２ｂ）の対向する内面には電波遮蔽用の
パンチング板（２３）又は透過性導電層が付着されてい
る。（財）は焙焼室（１）の開口周縁に対向する蓋体０
９！に形設しｆＣ１波漏洩防止用のチョーク空間部で焙
焼室（１）開口周縁と蓋体０９）との間から漏洩しよう
とする電波を吸収し外部へ電波モレを防止するようにし
たものである。（２５）はチョーク空間部（財）の外側
部の蓋体に装着した金属繊維の編組体よりなる金属遮蔽
物で蓋体０ｑを閉成した際焙焼室（１）の開口周縁に設
けた突条部ｒ２Ｉ３）に接触して万一チョーク空間部（
財）で阻止できなかった電波をこの金属遮蔽物□□□と
突条邦画との金属接触部で阻止すると共に燃焼熱気の漏
洩をも阻止するものである。The branch plate α5) connects the combustion chamber (4) through the communication hole (6).
It guides the combustion fuel introduced from the storage chamber (14J direction), and the partition wall (18) allows the combustion hot air to pass through, but blocks high frequency radio waves and prevents radio waves from entering the storage chamber (14J). The α mark is the front opening (4) of the roasting chamber (1).
) The lower side of the lid body is pivoted to the exterior side (21) so that it can be opened and closed freely, and there is a double glass plate (2
A viewing window (support) consisting of 2a) and 22b is formed. A punching plate (23) for shielding radio waves or a transparent conductive layer is attached to the opposing inner surface of at least one of the power lath plates (22a) and (22b) (22b). (Foundation) is a lid body 0 facing the opening periphery of the roasting chamber (1)
9! The choke space for preventing fC1 wave leakage absorbs radio waves that are about to leak from between the opening periphery of the roasting chamber (1) and the lid 09) and prevents radio waves from leaking to the outside. It is. (25) is a metal shield made of a braided metal fiber attached to the lid on the outside of the chalk space (foundation), and is installed around the opening of the roasting chamber (1) when the lid 0q is closed. Should the choke space (
This metal shield □□□ and the metal contact area between the projection and the Japanese film block the radio waves that could not be blocked by the metal shield and also prevent the leakage of combustion hot air.
鰭は焙焼室（１）内の燃焼熱気を外装（２）外部に排気
する排気路で、焙焼室（１）の上部両側に設けた排気口
■に連通した一対の排気管（２７ａ）（２７ｂ）の上端
開口を外装外部に連通（２７１する排気集合筒（２７ｄ
）内に開口させ、一対の排気管（２７＆）（２７ｂ）か
ら排気集合筒（２７ｄ）に集めて外装（２）外部に排気
するものである。■は高周波発振器（７）を冷却し電波
モード均一器（１１）を回転させた後の送風を排出する
ダクトで、前記排気集合Ｎ （２７ｄ ）に連通されて
いる。００）はモータ０′？）の外周を覆う遮蔽枠で、
万−収納室回内に電波が入ｐ込んだ場合回転軸α０がア
ンテナ作用となシ外部に漏洩することがあるのでモータ
αηの外周をパンチング板（５０１１）と金属板（３０
ｂ）とからなる遮蔽枠（至）で覆うのである。（３１）
はモータ０７）を冷却する自冷ファンで遮蔽枠田のパン
チング板（６０＆）部分から吸気し、モータ０ηを支持
する支持板（財）の細孔（オ）から排気するようにした
ものである。The fin is an exhaust path that exhausts the hot air of combustion inside the roasting chamber (1) to the outside of the exterior (2), and there are a pair of exhaust pipes (27a) that communicate with the exhaust ports (■) provided on both sides of the upper part of the roasting chamber (1). The upper end opening of (27b) communicates with the outside of the exterior (271).
), and the exhaust gas is collected from a pair of exhaust pipes (27&) (27b) into an exhaust collection tube (27d) and exhausted to the outside of the exterior (2). 2 is a duct for discharging air after cooling the high frequency oscillator (7) and rotating the radio wave mode homogenizer (11), and is connected to the exhaust gas collection N (27d). 00) is motor 0'? ) is a shielding frame that covers the outer periphery of the
If radio waves enter the inner part of the storage chamber, the rotation axis α0 will act as an antenna and may leak to the outside. Therefore, the outer periphery of the motor
It is covered with a shielding frame consisting of (b) and (b). (31)
is a self-cooling fan that cools the motor 07), which takes in air from the punched plate (60&) of the shielding frame and exhausts it from the pores (o) of the support plate that supports the motor 0η. .
（財）は蓋体（１９！上方の外装（２）の前面に設けた
操作部で、向って右側からガス点火を含むガス操作ツマ
ミ（３４ａ）、高周波加熱用始動ボタン（ろ４ｂ）、ガ
ス燃焼時焙焼室内の温度を制御する温度制御用ツマミ（
３４０）、高周波加熱用タイマーツマミ（ろ４ｄ）、ガ
ス燃焼用タイマーツマミ（６４ｅ）を備え夫々は独立し
て操作可能になっている。(Foundation) is an operation section installed on the front of the upper exterior (2) of the lid body (19!).From the right side, there is a gas operation knob (34a) including gas ignition, a high-frequency heating start button (4b), a gas Temperature control knob that controls the temperature inside the roasting chamber during combustion (
340), a high-frequency heating timer knob (4d), and a gas combustion timer knob (64e), each of which can be operated independently.
（３５）は前記温度制御用ツマミ（３４（１）によって
設定すれるサーモセンサーで焙焼室（１）内に設けられ
、該室温を感知する。１６＆）（３６ｂ）（ろ６Ｃ）は
連通孔（６）排気口（支）、ダク） （２９）の連通部
に設置しｆｃ電波遮蔽用パンチング板、（支）は高周波
発振器（７）の電装部品である。(35) is a thermosensor set by the temperature control knob (34 (1)) installed in the roasting chamber (1) to sense the room temperature. 16 &) (36b) (filter 6C) are communication holes (6) Exhaust port (support), duct) A punching plate for FC radio wave shielding installed in the communication part of (29), (support) is an electrical component of the high frequency oscillator (7).
次に本発明の詳細な説明する。Next, the present invention will be explained in detail.
（ハ））高周波加熱の場合。(c)) In the case of high frequency heating.
高周波加熱用タイマーツマミ（３４ｄ）を所定時間に設
定し、次に加熱用始動ボタン（３４ｂ）を投入すると高
周波発振器（７）が作動し高周波が導波管（８）を経て
焙焼室（１）内に導入される。一方プロア（２）も作動
されその送風が高周波発振器（７）を冷却すると共に焙
焼室（１）内に導入されてモード均一器０］）を回転さ
せる。従って焙焼室内に供給された高周波はモード均一
器Ｑｌｌで攪拌されるので被加熱物を均一加熱する。モ
ード均一器αυを回転させた送風はダク）（２９＋を経
て外装（２）外部に排出される。When the high-frequency heating timer knob (34d) is set to a predetermined time and the heating start button (34b) is turned on, the high-frequency oscillator (7) is activated and high-frequency waves are transmitted through the waveguide (8) to the roasting chamber (1). ) is introduced within. On the other hand, the blower (2) is also activated, and its air cools the high-frequency oscillator (7) and is introduced into the roasting chamber (1) to rotate the mode homogenizer (0). Therefore, the high frequency waves supplied into the roasting chamber are stirred by the mode homogenizer Qll, so that the object to be heated is uniformly heated. The air blown by rotating the mode homogenizer αυ is discharged to the exterior of the exterior (2) through the duct (29+).
（ロ）ガス燃焼加熱の場合。(b) In the case of gas combustion heating.
先ず焙焼室（１）内が被加熱物の最適な調理温度になる
ように温度制御用ツマミ（３４０）にて調節しガス操作
ツマミ（３４ａ）にて点火、燃焼を行う。燃焼熱気は連
通孔（６）から焙焼室（１）内に入り込み同時に循環フ
ァン０Ｊの作動にょシ焙焼室（１）内を急速に所定温度
に加熱する。（予熱期間）所定温度に加熱されると焙焼
室（１）内に被加熱物を入れガス燃焼用タイマーツマミ
（３４ｅ）にょシ焙焼時間を設定すればサーモセンサー
（３５）の働きによシガス燃焼がｏｎ−ｏｆｆを繰り返
し焙焼室内を所定温度に保ちタイマーの設定時間の終了
で調理が終る。燃焼排ガスは排気路（７７）を経て外部
へ排気される。First, the temperature control knob (340) is used to adjust the inside of the roasting chamber (1) to the optimum cooking temperature for the object to be heated, and the gas operation knob (34a) is used to ignite and burn. The hot combustion air enters the roasting chamber (1) through the communication hole (6) and at the same time, the circulation fan 0J is activated to rapidly heat the inside of the roasting chamber (1) to a predetermined temperature. (Preheating period) Once heated to a predetermined temperature, place the object to be heated in the roasting chamber (1) and turn the gas combustion timer knob (34e) to set the roasting time and the thermosensor (35) will work. The gas combustion is repeatedly turned on and off, keeping the inside of the roasting chamber at a predetermined temperature, and the cooking ends when the time set on the timer ends. The combustion exhaust gas is exhausted to the outside through the exhaust path (77).
１０）高周波加熱とガス燃焼加熱を併用する場合。10) When high frequency heating and gas combustion heating are used together.
高周波加熱とガス燃焼加熱とを同時に利用すればガス燃
焼加熱による予熱時間の間も調理され時間短縮になる。If high-frequency heating and gas combustion heating are used at the same time, cooking will be done even during the preheating time by gas combustion heating, which will shorten the cooking time.
又被加熱物の種類、調理の種類によって前半を高周波加
熱、後半をガス燃焼加熱とすることもできるし、これと
反対操作することもできる。Further, depending on the type of the object to be heated and the type of cooking, the first half can be heated by high frequency and the second half can be heated by gas combustion, or the opposite operation can be performed.
更に前半又は後半を高周波加熱とガス燃焼加熱のいずれ
か一方のみで行いそれ以外を両川熱手段で同時に行うこ
ともできる。Furthermore, it is also possible to perform the first half or the second half using only one of high-frequency heating and gas combustion heating, and the other half at the same time using both heating means.
以上の如く今までにない多用途の調理が可能で食生活を
向上させることができる。As described above, unprecedented versatile cooking is possible and dietary habits can be improved.
以上の如く本発明は外装内に設けた焙焼室、該焙焼室の
前面開口を閉成する蓋体、前記焙焼室の上部より焙焼室
内に高周波電波を導入する高周波発振器、前記外装内で
且焙焼室の下方に焙焼室から独立して設けた燃焼室、前
記焙焼室の後方に形成され且中夫に吸気口、両側に吹出
口を形成した仕切壁を介して前記焙焼室に連通ずる収納
室、該収納室に設置され燃焼熱気を循環する循環ファン
、前記燃焼室内に設けられ且前記循環ファンによってそ
の燃焼熱気を焙焼室内に導入して焙焼室内を加熱するガ
スバーナ、から構成したものであるから、高周波加熱と
ガス燃焼加熱とを併用して調理する場合循環ファンによ
シガスパーナの燃焼熱気を焙焼室内に送って強循環させ
るガス燃焼加熱方式である為に、焙焼室内温度の立上り
特性が良く被加熱物の表面に早期に焦めによる被膜を形
成して煮汁の流出を防止でき被加熱物の調理出来上り状
態を良好にできると同時に調理時間を短縮できる。As described above, the present invention provides a roasting chamber provided in an exterior, a lid that closes the front opening of the roasting chamber, a high-frequency oscillator that introduces high-frequency radio waves into the roasting chamber from the upper part of the roasting chamber, and the exterior. A combustion chamber is provided below the roasting chamber independently from the roasting chamber, and a partition wall is formed at the rear of the roasting chamber and has an air inlet in the center and an outlet on both sides. a storage chamber communicating with the roasting chamber; a circulation fan installed in the storage chamber to circulate hot combustion air; and a circulation fan installed within the combustion chamber to introduce the hot combustion air into the roasting chamber to heat the inside of the roasting chamber. When cooking using both high-frequency heating and gas combustion heating, the gas combustion heating method uses a circulation fan to send the combustion hot air of the shiga spanner into the roasting chamber and circulate it strongly. In addition, the temperature in the roasting room has a good rise characteristic, which quickly forms a film due to charring on the surface of the object to be heated, preventing the boiling liquid from flowing out, improving the finished state of the object to be heated, and shortening the cooking time. can.
又、燃焼室を焙焼室の下方に形成しているので燃焼熱気
は循環ファンの作用とあいまって焙焼室内に導入されや
すくなシ焙焼室内温度の立上シ特性を一層向上し得ると
共に、循環ファンによって燃焼熱気を水平方向に循環さ
せているので被調理物の上面のみでなく側面からも加熱
調理でき、均一な仕上シが可能となυ速い加熱調理がで
きる。In addition, since the combustion chamber is formed below the roasting chamber, the hot combustion air is easily introduced into the roasting chamber due to the action of the circulation fan, which further improves the temperature rise characteristic of the roasting chamber. Since the hot combustion air is circulated horizontally by the circulation fan, it is possible to heat the food not only from the top side but also from the side, allowing for fast cooking with uniform finishing.
更に、焙焼室内の高周波分布の最もよい焙焼室上面から
高周波電波を供給することができる等高周波加熱とガス
熱焼加熱を行なうガス複合調理器として理想的な構成と
することができ、全体としてコンパクトな構成とするこ
とができる。Furthermore, it is possible to supply high-frequency radio waves from the top surface of the roasting chamber with the best high-frequency distribution in the roasting chamber, making it ideal as a gas combination cooker that performs high-frequency heating and gas-fired roasting heating. It can have a compact configuration.
第１図は本発明ガス複合調理器の斜視図、第２図は第１
図のＡ−Ａ断面図、第６図は第１図のＢ−Ｂ断面図、第
４図は外装の上面部分を取除いた平面図である。
（１）・・・・・・焙焼室、（１９）・・・・・・蓋体
、（７）・・・・・・高周波発振器、（４）・・・・・
・燃焼室、（１８Ｂ）・・・・・・吸気口、（１８ｂ）
（１８ｂ）・・・・・・吹出口、（１８）・・・・・・
仕切壁、０４）・・・・・・収納室、０３ノ・・・・・
・循環ファン、（５）・・・・・・ガスバーナ。
特許出願人
三洋電機株式会社
代表者井 稙 薫
外１名Fig. 1 is a perspective view of the gas compound cooking device of the present invention, and Fig. 2 is a perspective view of the gas compound cooker of the present invention.
FIG. 6 is a sectional view taken along line AA in the figure, FIG. 6 is a sectional view taken along line BB in FIG. 1, and FIG. 4 is a plan view with the upper surface portion of the exterior removed. (1)... Roasting chamber, (19)... Lid, (7)... High frequency oscillator, (4)...
・Combustion chamber, (18B)...Intake port, (18b)
(18b)...Air outlet, (18)...
Partition wall, 04)...Storage room, 03no...
・Circulation fan, (5)...gas burner. Patent applicant: Sanyo Electric Co., Ltd. Representative: Ken Ii Kungai (1 person)
Claims (1)
成する蓋体、前記焙焼室の上部よシ焙焼室内に高周波電
波を導入する高周波発振器、前記列装内で且焙焼室の下
方に焙焼室から独立して設りた燃焼室、前記焙焼室の後
方に形成され且中夫に吸気口、両側に吹出口を形成した
仕切壁を介して前記焙焼室に連通ずる収納室、該収納室
に設置され燃焼熱気を循環させる循環ファン、前記燃焼
室内に設けられ且前記循環ファンによってその燃焼熱気
を焙焼室内に導入して焙焼室内を加熱するガせたガス複
合調理器の改良に関する。(1) A roasting chamber provided inside the exterior, a lid that closes the front opening of the roasting chamber, a high-frequency oscillator that introduces high-frequency radio waves into the roasting chamber from the upper part of the roasting chamber, and inside the row housing. A combustion chamber is provided below the roasting chamber independently from the roasting chamber, and a partition wall is formed at the rear of the roasting chamber and has an air inlet in the center and an outlet on both sides. A storage chamber communicating with the roasting chamber, a circulation fan installed in the storage chamber to circulate hot combustion air, and a circulation fan installed in the combustion chamber to introduce the hot combustion air into the roasting chamber to heat the inside of the roasting chamber. This invention relates to an improvement in a gas composite cooker.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14731484A JPS60155832A (en) | 1984-07-16 | 1984-07-16 | Gas composite cooker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14731484A JPS60155832A (en) | 1984-07-16 | 1984-07-16 | Gas composite cooker |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP52056213A Division JPS5851162B2 (en) | 1977-05-13 | 1977-05-13 | gas compound cooker |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60155832A true JPS60155832A (en) | 1985-08-15 |
| JPS6244176B2 JPS6244176B2 (en) | 1987-09-18 |
Family
ID=15427387
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP14731484A Granted JPS60155832A (en) | 1984-07-16 | 1984-07-16 | Gas composite cooker |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60155832A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6718965B2 (en) | 2002-01-29 | 2004-04-13 | Dynamic Cooking Systems, Inc. | Gas “true” convection bake oven |
| JP2016021417A (en) * | 2015-10-29 | 2016-02-04 | 三菱電機株式会社 | Heating cooker |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5624242B1 (en) * | 2014-04-01 | 2014-11-12 | アイリスオーヤマ株式会社 | Cooker |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS497474A (en) * | 1972-05-22 | 1974-01-23 | ||
| US3789178A (en) * | 1972-10-18 | 1974-01-29 | Sage Laboratories | Microwave heating apparatus |
| JPS49129241A (en) * | 1973-03-30 | 1974-12-11 |
-
1984
- 1984-07-16 JP JP14731484A patent/JPS60155832A/en active Granted
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS497474A (en) * | 1972-05-22 | 1974-01-23 | ||
| US3789178A (en) * | 1972-10-18 | 1974-01-29 | Sage Laboratories | Microwave heating apparatus |
| JPS49129241A (en) * | 1973-03-30 | 1974-12-11 | ||
| US3884213A (en) * | 1973-03-30 | 1975-05-20 | Donald P Smith | Cooking apparatus |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6718965B2 (en) | 2002-01-29 | 2004-04-13 | Dynamic Cooking Systems, Inc. | Gas “true” convection bake oven |
| US7422009B2 (en) | 2002-01-29 | 2008-09-09 | Dynamic Cooking Systems, Inc. | Gas “true” convection bake oven |
| JP2016021417A (en) * | 2015-10-29 | 2016-02-04 | 三菱電機株式会社 | Heating cooker |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6244176B2 (en) | 1987-09-18 |
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