JP4076652B2 - Fried rice cracker manufacturing method - Google Patents

Fried rice cracker manufacturing method Download PDF

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JP4076652B2
JP4076652B2 JP01157799A JP1157799A JP4076652B2 JP 4076652 B2 JP4076652 B2 JP 4076652B2 JP 01157799 A JP01157799 A JP 01157799A JP 1157799 A JP1157799 A JP 1157799A JP 4076652 B2 JP4076652 B2 JP 4076652B2
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Prior art keywords
dough
rice cracker
additive
ingredient
cooling
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JP01157799A
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JP2000210025A (en
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博明 白藤
嘉康 白藤
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株式会社 えびせんべいの里
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【0001】
【発明の属する技術分野】
本発明は、揚げ煎餅の製造方法にかかり、特に、味付けされた食材が煎餅生地に混入される揚げ煎餅の製造方法に関するものである。
【0002】
【従来の技術】
揚げ煎餅の生地に混入する添加食材としてイカの本体又はゲソの部分を小片の切り身としたものや小形状なタコあるいはエビを用意し、この添加食材に味付け液を含浸させて味付けする。次に味付け後の添加食材を澱粉で包んで煎餅生地を作成し、さらにその煎餅生地を焼き上げ、焼成する。
【0003】
そして焼き上げられた煎餅生地を一旦冷却し、内部の熱が放出されるまで待ってから、煎餅生地を食用油で揚げる。ここで、焼き上げられた煎餅生地は金属製の網を筒状に形成した冷却容器内へ格納し、その容器を回転させながら外部より送風する。すると、煎餅生地から熱と水分が除去されて添加食材と生地の結合力が高まり、その結果、冷却工程無しで直ちに生地を揚げる場合に比し、商品の歩留まりが著しく高められる。さらに、揚げられる前に水分が除去されることから、揚げ煎餅商品のサクサクした食感が大幅に向上する。また、煎餅生地や添加食材の微細な破片が冷却容器の網目から外部へ自動的に排出され、容器内には商品として販売できる大きさのもののみが残存することから、その破片を除去する工程を省いてコストを削減できる。そして、焼きげられた煎餅生地を一旦冷却し、内部の熱が放出されるまで待ってから、煎餅生地が揚げられるので、商品の急速な酸化が防止され、良好な味感がそのまま維持される。
【0004】
【発明が解決しようとする課題】
添加食材にイカの本体又はゲソの部分を小片の切り身としたものを用いた場合、その切り刻み作業が必要となって製造コストが上昇する。しかもイカ特有の風味を維持できず、かつ、煎餅本体から多く剥げ落ちて商品性が低下する。また小形状なエビを用いた場合には、揚げ煎餅のサクサク感とエビの歯触りがマッチせず、良好な食感が得られない。煎餅本体から剥げ落ちる量も無視できないレベルとなる。
【0005】
さらに小形状なタコを用いた場合には、切り刻み作業が不要で剥げ落ちが少なく、食感も比較的良好なものの、タコの風味が消え失せ易く、美味な商品の製造が難しい。また、エビ煎餅の生地にアーモンド、野菜あるいは貝を混入して新たに良好な食感をもたらした煎餅も存在しなかった。
【0006】
本発明は上記の事情に鑑みてなされたものであり、食感,味覚,風味の全てに既存の商品を遥かに凌ぐとともに、それらの食感,味覚,風味が食するまで保持され、生地付着のイカが剥げ落ちずに商品性も維持できる製品をきわめて容易にかつ安価に提供することを目的とし、また、エビ煎餅の生地と生地に添加したアーモンド、野菜あるいは貝などの食感が微妙にマッチして優れた食感、味覚が生じる製品を提供することを目的とするものである。
【0007】
【課題を解決するための手段】
上記目的を達成するために、本発明は、添加食材として予め冷凍された食材を用い、該添加食材を1ブロック7キログラム乃至20キログラムを単位として解凍箱へ投入し解凍する解凍工程と、解凍された添加食材に味付け液を含浸させて該食材を味付けする添加食材味付け工程と、
味付けされた添加食材を粉末状エビが混入された澱粉で包んで煎餅生地を作成する生地作成工程と、作成された煎餅生地を鉄板上に配置し、該鉄板上にて焼き上げる生地焼き上げ工程と、焼き上げられた煎餅生地を、前記鉄板上からベルトコンベアーを用い、金属製網を筒状に形成し、軸回りに回転駆動して冷却する冷却容器内に自動的に搬送し、前記焼き上げられた煎餅生地から熱と水分を除去し、前記煎餅生地と添加食材の結合力を高めるべく冷却すると共に、前記煎餅生地や添加食材の微細な破片を網目から外部へ除去する焼き上げ生地冷却工程と、焼き上げ後に冷却された煎餅生地を食用油で揚げる生地揚げ工程と、を有し、前記の添加食材には、小形状からなる冷凍ホタルイカをイカ肉、ゲソ、内蔵を保有したまま用いた、
ことを特徴とし、
または、
添加食材に味付け液を含浸させて該食材を味付けする添加食材味付け工程と、味付けされた添加食材を粉末状エビが混入された澱粉で包んで煎餅生地を作成する生地作成工程と、作成された煎餅生地を焼き上げる生地焼き上げ工程と、焼き上げられた煎餅生地を冷却する焼き上げ生地冷却工程と、焼き上げ後に冷却された煎餅生地を食用油で揚げる生地揚げ工程と、を有し、前記の添加食材にアーモンド、野菜あるいは貝を用いた、ことを特徴とするものである。
【0008】
(作用)小形状のイカをそのまま味付けし、味付けされたイカを粉末状エビが混入された澱粉で包んで煎餅生地を作成し、作成された煎餅生地を焼き上げて焼成し、焼成された煎餅生地を冷却し、冷却された煎餅生地を食用油で揚げる。小形状のイカとしては、安価で大きさが揃い、いつでも必要な量を容易に確保でき、品質が常に良好なことから、冷凍品のホタルイカで、かつ、小型なものが最適な選択と考えられる。
【0009】
この場合、切り刻み作業が不要となるので、商品の製造コストを削減できる。また、内臓が包まれた状態で食されることから、イカ特有の風味を維持できる。味はタコの比でなく、かなりなものとなる。しかも、形状が複雑で生地との結合力がきわめて高く、袋詰めしても開封時までほとんど剥げ落ちず、このため、商品性が著しく高められる。
【0010】
さらに、生地,イカ肉,イカ内臓の歯触りが相異なり、絶妙なバランスとなることから、最高の食感が得られる。また、粉末状にしたエビが混入された生地にアーモンド、野菜あるいは貝を添加することにより、エビ煎餅の生地とアーモンド、野菜あるいは貝などが微妙にマッチし、絶妙なバランスとなることから、最高の食感が得られる。
【0011】
【発明の実施の形態】
図1に添加食材の解凍工程を、図2に味付け工程を、図3に焼き上げ工程を、図4に冷却工程を、図5に揚げ工程を、図6に冷却機の構成を、各々示す。以下、これらの図に基づいて好適な実施の形態を説明する。図1において、符号3は揚げ煎餅の生地に混入する添加食材で、具体的には、冷凍品として市販されている小型なホタルイカを使用する。
【0012】
この食材は安価で大きさが揃い、いつでも必要な量を容易に確保でき、冷凍により品質が常に良好な状態に保て、かつ、切り刻む工程が不要となる。したがって、品質が均一な製品を必要時に適切な量だけ低コストで製造してその製品を出荷することが可能となる。冷凍品のホタルイカ3は1ブロック7キログラムないし20キログラムを単位として符号2の解凍箱へ投入する。多くの場合、解凍箱2でホタルイカが500ないし600キログラムが一度に解凍され、解凍には符号1の熱湯が使用される。
【0013】
解凍されたホタルイカ3は回収され、図2において符号4の付された味付け機の本体6内へ投入される。味付け機本体6内には符号5の味付け液材が予め注入され、符号7のスクリューを回転させてホタルイカ3と味付け液材5を撹拌することで、ホタルイカ3に液材5の成分を含浸させてホタルイカ3を味付けする。
【0014】
なお、味付け液材5は塩,グルタミン酸ソーダ,唐辛子,醤油,油,ステビアなどを混合して用意する。また、味付けは液材5を塗布して行うことも可能である。味付けされたホタルイカ3は味付け機4から取り出し、粉末状エビを混入した馬鈴薯澱粉で包み(馬鈴薯澱粉を十分にまぶす)、これによりエビ煎餅生地を作成する。
【0015】
作成されたエビ煎餅生地は図3に符号8で示す鉄板上に配置し、その下側より摂氏120度から190度で焼成する。図4において符号9は冷却機を示し、焼成されたエビ煎餅生地は冷却機9へ図3の鉄板8上からベルトコンベアなどで自動的に搬送される。冷却機9には符号10の冷却容器が設けられる。その冷却容器10は図6のように金属製の網を筒状に形成したもので、軸周りに回転駆動され、外部より送風される。網目は10ミリメートルから20ミリメートルとされる。
【0016】
焼成されたエビ煎餅生地は冷却容器10内に搬入されてから、回転されながら網目通過の送風で冷却され、その間、不要な水分も除去される。また、破片も網目から外部へ排出される。焼成生地から熱と水分が除去されると、添加食材と生地の結合力が高まり、この冷却を行うこと無く直ちに生地を揚げる場合に比し、商品の歩留まりが著しく高められる。
【0017】
また、揚げられる前に水分が除去されることから揚げ煎餅商品のサクサクした食感が大幅に向上する。さらに、煎餅生地や添加食材の微細な破片が冷却容器の網目から外部へ自動的に排出され、容器内には商品として販売できるもののみが残存することから、その破片を除去する工程を省いてコストを削減できる。そして、破片が自動的に除去されるので、この除去工程を省ける。
【0018】
その後、内部に熱が残留する場合に酸化が急速に進んで風味などが大幅に損なわれることから、焼成生地はこの内部熱が放出されるまで放置される。最後に、冷却した焼成生地は図5のように摂氏120度から190度の食用油(菜種油)で1秒ないし3分の間、揚げられる。揚げられた生地は内部残留熱による酸化を回避するため放置され、冷却後に製品として計量後に袋詰めされ、包装される。
【0019】
以上のように、安価で大きさが揃い、いつでも必要な量を容易に確保でき、品質が常に良好な冷凍品の小型ホタルイカが選択されたので、その切り刻み作業が不要となるとともに、食材の管理が容易となり、均一な商品を低コストで製造できる。また、内臓が包まれた状態で食されることから、イカ特有の風味を維持でき、味はタコとの比較でかなり良好なものとなる。
【0020】
しかも、形状が複雑で生地との結合力がきわめて高く、袋詰めしても開封時までほとんど剥げ落ちないため、商品性が著しく高められる。さらに、生地,イカ肉,イカ内臓の歯触りが相異なってバラエティに富む絶妙なバランスを味わえ、したがって、最高の食感が得られる。そして、加熱毎に据え置かれて内部熱が放出され、酸化が防止されることから、食感,味覚,風味などが維持される。
【0021】
尚、前記エビ煎餅の生地内にアーモンド、野菜あるいは貝を混入すると、エビ煎餅の生地の食感と前記アーモンド、野菜あるいは貝の食感とが微妙にマッチし、最高の食感が得られる。
【0022】
【発明の効果】
本発明によれば、食感,味覚,風味の全てに他を遥かに凌ぐとともに、それらが食するまで保持され、エビ煎餅生地付着のイカが剥げ落ちずに商品性も維持できる製品をきわめて容易にかつ安価に提供することが可能となる。また、エビ煎餅生地の食感とエビ煎餅生地付着のアーモンド、野菜あるいは貝の食感とが微妙にマッチし、最高の食感が得られる。
【図面の簡単な説明】
【図1】 本発明による揚げ煎餅製造方法の解凍工程の説明図である。
【図2】 本発明による揚げ煎餅製造方法の味付け工程の説明図である。
【図3】 本発明による揚げ煎餅製造方法の焼き上げ工程の説明図である。
【図4】 本発明による揚げ煎餅製造方法の冷却工程の説明図である。
【図5】 本発明による揚げ煎餅製造方法の揚げ工程の説明図である。
【図6】 本発明による揚げ煎餅製造方法の冷却機の構成説明図である。
【符号の説明】
1 熱湯
2 解凍箱
3 小型ホタルイカの冷凍ブロック
4 味付け機
5 液材
6 味付け機の本体
7 スクリュー
8 鉄板
9 冷却機
10 冷却容器
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a method for producing deep-fried rice crackers, and more particularly to a method for producing deep-fried rice crackers in which seasoned ingredients are mixed into the rice cracker dough.
[0002]
[Prior art]
As an additive ingredient mixed in the dough for fried rice crackers, a squid body or a piece of geese cut into small pieces, a small octopus or shrimp is prepared, and this additive ingredient is impregnated with a seasoning liquid and seasoned. Next, the additive ingredients after seasoning are wrapped in starch to prepare a rice cracker dough, and the rice cracker dough is baked and baked.
[0003]
Then, the baked rice cracker dough is cooled once, waits until the internal heat is released, and then the rice cracker dough is fried in cooking oil. Here, the baked rice cracker dough is stored in a cooling container formed of a metal net in a cylindrical shape, and blown from the outside while rotating the container. Then, heat and moisture are removed from the rice cracker dough, and the binding force between the additive ingredients and the dough increases. As a result, the yield of the product is remarkably increased as compared with the case where the dough is immediately fried without a cooling step. Furthermore, since the moisture is removed before being fried, the crispy texture of the fried rice cracker product is greatly improved. In addition, fine debris of rice cracker dough and additive ingredients are automatically discharged from the mesh of the cooling container to the outside, and only the size that can be sold as a product remains in the container, so the process of removing the debris The cost can be reduced by omitting. And after the baked rice cracker dough is cooled once and waits for the internal heat to be released, the rice cracker dough is fried, so rapid oxidation of the product is prevented and good taste is maintained as it is .
[0004]
[Problems to be solved by the invention]
When the squid main body or the portion of the cuttlefish cut into small pieces is used as the additive food, the chopping work is required and the manufacturing cost increases. Moreover, the flavor unique to the squid cannot be maintained, and it is peeled off from the main body of the rice cracker and the merchantability is lowered. In addition, when small shrimp is used, the crispy feeling of fried rice crackers does not match the texture of shrimp, and a good texture cannot be obtained. The amount of peeling from the rice cracker body is also a level that cannot be ignored.
[0005]
Further, when a small-sized octopus is used, the chopping work is unnecessary, the peeling off is small, and the texture is relatively good, but the octopus flavor is easily lost and it is difficult to produce a delicious product. In addition, there was no rice cracker that introduced almonds, vegetables or shellfish into the shrimp rice cracker and brought a new good texture.
[0006]
The present invention has been made in view of the above circumstances, and far exceeds existing products in terms of texture, taste, and flavor, and is maintained until the texture, taste, and flavor are eaten, and adheres to the dough. The purpose is to provide a product that can maintain the merchantability of squid without peeling off, and the texture of shrimp rice cracker dough and almonds, vegetables or shellfish added to the dough is delicate. The object is to provide a product that matches and produces an excellent texture and taste.
[0007]
[Means for Solving the Problems]
In order to achieve the above-mentioned object, the present invention uses a food frozen in advance as an additive, and puts the additive into a thawing box in units of 7 kilograms to 20 kilograms per block, and a thawing step. The additive ingredients seasoning step of impregnating the additive ingredients with a seasoning liquid and seasoning the ingredients;
A dough creation step of wrapping seasoned additive ingredients with starch mixed with powdered shrimp to create a rice cracker dough, a dough baking step of placing the prepared rice cracker dough on an iron plate and baking it on the iron plate , The baked rice cracker dough is automatically conveyed into a cooling container that is cooled by rotating around an axis by forming a metal net into a cylindrical shape using a belt conveyor from the iron plate, and the baked rice cracker After removing the heat and moisture from the dough, cooling to enhance the binding force between the rice cracker dough and the additive ingredients, and removing the fine debris of the rice cracker dough and additive ingredients from the mesh to the outside, and after baking A dough frying process in which the cooled rice cracker dough is fried in cooking oil, and the above-mentioned additive ingredients are made of frozen firefly squid having a small shape , with squid meat, geso, and built-in components,
It is characterized by
Or
An additive ingredient seasoning process in which an additive ingredient is impregnated with a seasoning liquid and seasoned with the ingredient, a dough making process for creating a rice cracker dough by wrapping the seasoned additive ingredient with starch mixed with powdered shrimp, and created A dough baking process for baking the rice cracker dough, a baking dough cooling process for cooling the baked rice cracker dough, and a dough frying process for frying the cooled rice cracker dough with cooking oil. , Using vegetables or shellfish.
[0008]
(Function) Seasoned small-shaped squid as it is, wrapped the seasoned squid with starch mixed with powdered shrimp to create a rice cracker dough, baked and baked the prepared rice cracker dough, baked rice cracker dough Cool the fried rice cracker dough with cooking oil. As small-sized squids, they are inexpensive, have the same size, can easily secure the required amount at any time, and the quality is always good, so it is considered that the best choice is a frozen firefly squid and a small one .
[0009]
In this case, since the chopping work is not necessary, the manufacturing cost of the product can be reduced. Moreover, since it is eaten in a state where the internal organs are wrapped, the flavor unique to squid can be maintained. The taste is not the ratio of octopus, but quite. In addition, the shape is complex and the bonding strength with the dough is extremely high, and even if the bag is packed, it hardly peels off until opening, so that the merchantability is remarkably improved.
[0010]
In addition, the texture of dough, squid meat, and squid internal organs are different and have an exquisite balance, so the best texture can be obtained. Also, by adding almonds, vegetables or shellfish to the dough mixed with shrimp powdered powder, the shrimp rice cracker dough and almonds, vegetables or shellfish etc. will match finely and become an exquisite balance. The texture is obtained.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 shows a thawing process of additive ingredients, FIG. 2 shows a seasoning process, FIG. 3 shows a baking process, FIG. 4 shows a cooling process, FIG. 5 shows a frying process, and FIG. Hereinafter, preferred embodiments will be described based on these drawings. In FIG. 1, the code | symbol 3 is the additive foodstuff mixed in the dough of deep-fried rice cracker, and specifically, the small firefly squid marketed as a frozen product is used.
[0012]
These foods are inexpensive and have the same size, can easily secure the necessary amount at any time, can keep the quality always in good condition by freezing, and eliminate the need for a chopping process. Therefore, it is possible to manufacture a product having a uniform quality by an appropriate amount at a low cost when necessary and to ship the product. The frozen firefly squid 3 is put into a thawing box 2 with a block of 7 to 20 kilograms as a unit. In many cases, 500 to 600 kilograms of firefly squid are thawed at once in the thawing box 2, and hot water of reference 1 is used for thawing.
[0013]
The thawed firefly squid 3 is collected and put into the main body 6 of the seasoning machine denoted by reference numeral 4 in FIG. The seasoning liquid body 5 is pre-injected into the seasoning machine main body 6, and the firefly squid 3 and the seasoning liquid material 5 are stirred by rotating the screw 7 to impregnate the firefly squid 3 with the components of the liquid material 5. Season with firefly squid 3.
[0014]
The seasoning liquid 5 is prepared by mixing salt, sodium glutamate, chili, soy sauce, oil, stevia, and the like. The seasoning can also be performed by applying the liquid material 5. The seasoned firefly squid 3 is taken out from the seasoning machine 4 and wrapped with potato starch mixed with powdered shrimp (sprinkled with potato starch sufficiently), thereby creating a shrimp rice cracker dough.
[0015]
The prepared shrimp rice cracker dough is placed on an iron plate indicated by reference numeral 8 in FIG. 3 and baked at 120 to 190 degrees Celsius from the lower side. In FIG. 4, reference numeral 9 denotes a cooler, and the baked shrimp rice cracker dough is automatically conveyed to the cooler 9 from the iron plate 8 of FIG. The cooler 9 is provided with a cooling container 10. The cooling container 10 is formed by forming a metal net into a cylindrical shape as shown in FIG. 6, is driven to rotate around an axis, and is blown from the outside. The mesh is 10 mm to 20 mm.
[0016]
The baked shrimp rice cracker dough is carried into the cooling container 10 and then cooled by blowing air passing through the mesh while being rotated. During that time, unnecessary moisture is also removed. Also, debris is discharged from the mesh to the outside. When heat and moisture are removed from the baked dough, the binding force between the additive ingredients and the dough increases, and the yield of the product is significantly increased as compared to the case where the dough is immediately fried without this cooling.
[0017]
Moreover, since the moisture is removed before being fried, the crispy texture of the fried rice cracker product is greatly improved. Furthermore, since fine debris of rice cracker dough and additive ingredients are automatically discharged from the mesh of the cooling container to the outside, only those that can be sold as products remain in the container, so the process of removing the debris is omitted. Cost can be reduced. And since a debris is removed automatically, this removal process can be omitted.
[0018]
Thereafter, when heat remains in the interior, the oxidation rapidly proceeds and the flavor and the like are greatly impaired. Thus, the baked dough is left until the internal heat is released. Finally, the cooled baked dough is fried with cooking oil (rapeseed oil) at 120 to 190 degrees Celsius for 1 second to 3 minutes as shown in FIG. The fried dough is left to avoid oxidation due to internal residual heat, and after cooling it is packed as a product and packaged and packaged.
[0019]
As described above, a small-sized firefly squid with a low price, the same size, the required amount can be easily secured at any time, and the quality of the frozen product is always good. And uniform products can be manufactured at low cost. Moreover, since it is eaten in a state in which the internal organs are wrapped, the flavor unique to the squid can be maintained, and the taste is considerably better than that of the octopus.
[0020]
In addition, since the shape is complicated and the bonding strength with the dough is extremely high, and even if the bag is packed, it hardly peels off until opening, so that the merchantability is remarkably improved. In addition, the texture of the dough, squid meat, and squid internal organs are different, and you can taste a variety of exquisite balance, thus obtaining the best texture. And since it is deferred for every heating and internal heat is released and oxidation is prevented, texture, taste, flavor, etc. are maintained.
[0021]
In addition, when almonds, vegetables or shellfish are mixed in the shrimp rice cracker dough, the texture of the shrimp rice cracker and the texture of the almonds, vegetables or shellfish delicately match, and the best texture is obtained.
[0022]
【The invention's effect】
According to the present invention, a product that far surpasses all other textures, tastes, and flavors, is maintained until they are eaten, and can maintain merchantability without peeling off the squid attached to the shrimp rice cracker dough. It can be provided at low cost. In addition, the texture of shrimp rice cracker and the texture of almonds, vegetables or shellfish adhering to the shrimp rice cracker match slightly, and the best texture is obtained.
[Brief description of the drawings]
FIG. 1 is an explanatory diagram of a thawing process of a method for producing fried rice crackers according to the present invention.
FIG. 2 is an explanatory view of a seasoning step of the method for producing fried rice crackers according to the present invention.
FIG. 3 is an explanatory diagram of a baking process of the method for producing fried rice crackers according to the present invention.
FIG. 4 is an explanatory diagram of a cooling step of the method for producing fried rice crackers according to the present invention.
FIG. 5 is an explanatory diagram of a frying process of the method for producing fried rice crackers according to the present invention.
FIG. 6 is a configuration explanatory diagram of a cooler of the method for producing deep-fried rice crackers according to the present invention.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Hot water 2 Thaw box 3 Freezing block of small firefly squid 4 Seasoning machine 5 Liquid material 6 Main body of seasoning machine 7 Screw 8 Iron plate 9 Cooling machine 10 Cooling container

Claims (2)

添加食材として予め冷凍された食材を用い、該添加食材を1ブロック7キログラム乃至20キログラムを単位として解凍箱へ投入し解凍する解凍工程と、
解凍された添加食材に味付け液を含浸させて該食材を味付けする添加食材味付け工程と、
味付けされた添加食材を粉末状エビが混入された澱粉で包んで煎餅生地を作成する生地作成工程と、
作成された煎餅生地を鉄板上に配置し、該鉄板上にて焼き上げる生地焼き上げ工程と、
焼き上げられた煎餅生地を、前記鉄板上からベルトコンベアーを用い、金属製網を筒状に形成し、軸回りに回転駆動して冷却する冷却容器内に自動的に搬送し、前記焼き上げられた煎餅生地から熱と水分を除去し、前記煎餅生地と添加食材の結合力を高めるべく冷却すると共に、前記煎餅生地や添加食材の微細な破片を網目から外部へ除去する焼き上げ生地冷却工程と、
焼き上げ後に冷却された煎餅生地を食用油で揚げる生地揚げ工程と、を有し、
前記の添加食材には、小形状からなる冷凍ホタルイカをイカ肉、ゲソ、内蔵を保有したまま用いた、
ことを特徴とする揚げ煎餅製造方法
A thawing step in which a frozen food is used as an additive, and the additive is put into a thawing box in units of 7 to 20 kilograms as a unit,
An additive ingredient seasoning step of impregnating the thawed additive ingredient with a seasoning liquid and seasoning the ingredient;
A dough creation process for wrapping seasoned additive ingredients with starch mixed with powdered shrimp to create a rice cracker dough,
Place the created rice cracker dough on an iron plate and bake the dough on the iron plate;
The baked rice cracker dough is automatically conveyed into a cooling container that is cooled by rotating around an axis by forming a metal net into a cylindrical shape using a belt conveyor from the iron plate, and the baked rice cracker Baking dough cooling step of removing heat and moisture from the dough, cooling to increase the binding force between the rice cracker dough and additive ingredients, and removing fine debris of the rice cracker dough and additive ingredients from the mesh ,
A dough frying process in which the rice cracker dough cooled after baking is fried in cooking oil,
In the additive food, a small-sized frozen firefly squid was used while holding the squid meat, soup, built-in,
Fried rice cracker manufacturing method characterized in that
添加食材に味付け液を含浸させて該食材を味付けする添加食材味付け工程と、味付けされた添加食材を粉末状エビが混入された澱粉で包んで煎餅生地を作成する生地作成工程と、作成された煎餅生地を焼き上げる生地焼き上げ工程と、焼き上げられた煎餅生地を冷却する焼き上げ生地冷却工程と、焼き上げ後に冷却された煎餅生地を食用油で揚げる生地揚げ工程と、を有し、前記の添加食材にアーモンド、野菜あるいは貝を用いた、ことを特徴とする揚げ煎餅製造方法 An additive ingredient seasoning process in which an additive ingredient is impregnated with a seasoning liquid and seasoned with the ingredient, a dough creation process for creating a rice cracker dough by wrapping the seasoned additive ingredient with starch mixed with powdered shrimp, and created A dough baking process for baking the rice cracker dough, a baking dough cooling process for cooling the baked rice cracker dough, and a dough frying process for frying the cooled rice cracker dough with cooking oil. Fried rice cracker manufacturing method, characterized by using vegetables, shellfish
JP01157799A 1999-01-20 1999-01-20 Fried rice cracker manufacturing method Expired - Fee Related JP4076652B2 (en)

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