JP3799600B2 - How to make fried pie - Google Patents

How to make fried pie Download PDF

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Publication number
JP3799600B2
JP3799600B2 JP2002017615A JP2002017615A JP3799600B2 JP 3799600 B2 JP3799600 B2 JP 3799600B2 JP 2002017615 A JP2002017615 A JP 2002017615A JP 2002017615 A JP2002017615 A JP 2002017615A JP 3799600 B2 JP3799600 B2 JP 3799600B2
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Japan
Prior art keywords
dough
pie
frozen
fried
thickness
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JP2002017615A
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Japanese (ja)
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JP2003219793A (en
Inventor
峰雄 山縣
敏秋 有村
洋悦 八木橋
裕志 岩下
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Ajinomoto Co Inc
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Ajinomoto Co Inc
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Description

【0001】
【発明の属する技術分野】
本発明は、パイ用成型冷凍生地をそのまま短時間でフライしてなる揚げパイの製造方法に関する。
【0002】
【従来の技術】
従来、冷凍パン生地は解凍・ホイロ後に焼成または油で揚げることにより製造されるため、調理し立てのパンやドーナツを必要時に短時間で調理することはできなかった。また焼きパイには解凍・ホイロの必要のないものもあるが、それですら調理には20〜25分程度の時間が必要であった。
【0003】
パイの製法については、小麦粉の生地とバターまたはマーガリンとを折りたたみと延ばしを繰り返して数多く重ねた薄い層状にして製造することはよく知られている(「プロ集団のパンづくり」 第7版、パンニュース社 1995年発行)。
【0004】
従来、成型冷凍パイ生地を解凍することなく、冷凍状態でそのままオーブンに入れ焼成することは普通に行われるが、この場合どうしても20分程度の焼成時間がかかる。また揚げパイでは、火通りが悪いので解凍した後揚げるため、解凍時間がかかるのが通常である。
【0005】
冷凍生地は長期間の保存が可能であるので便利であるが、ファーストフード等の店舗においては、顧客からのオーダーに応じてあるいは家庭内での調理にあっても、できるだけ短時間で調理可能であることが求められている。しかるに、特に具を包餡したタイプの成型冷凍生地にあっては、融解潜熱が大きいことから具が解凍してから、揚げることが必要である。従って、冷凍生地を解凍なしで直接揚げることは難しい。また、表面が適切な揚げ状態のときは中心部が冷たいものになってしまうし、喫食時に中心部があつあつになる程の加熱条件では表面部は焦げてしまうこととなる。
【0006】
一方揚げたてパイ製品を供給して十分満足される操作性と作業性を得るには、10分以下、好ましくは5分以下で揚げることが可能でなくてはならない。このため油の温度は下げることができないので、中心部をあつあつになるまで加熱することが困難である。
【0007】
喫食時に具の温度が30℃以下であると製品の揚げ立て感が損なわれるので好ましくない。できれば45℃〜80℃の範囲が良い。二度揚げによって対処することが考えられるが、揚げた後の放置等で手間がかかり操作が煩雑となり好ましくはない。
【0008】
【発明が解決しようとする課題】
冷凍パイ生地を解凍することなくフライに供することが可能であれば、作業上操作が簡便となるばかりか、あつあつの揚げたてパイ製品を供給することができるという利点があり、好ましいことである。
【0010】
本発明の目的はパイ用成型冷凍生地を解凍せずに短時間でフライすることによってボリュームおよび食感が共に良好な揚げパイの製造方法を提供することにある。
【0011】
【課題を解決するための手段】
本発明者は冷凍パイ生地の挙動と形態とを研究するなかで、具類を内蔵したときの生地全体の厚みが40mm以下であって、例えば上部生地、中心具類、下部生地の三層構造等の多層構造を持ち、かつ穿孔処理を施してあるパイ生地からなる成型冷凍パイ生地であれば、揚げたときの揚げ時間も短時間でかつ製品の中心部の温度も上昇し易く、揚げた製品のボリュームと食感も良好であることを見出して、本発明を完成するに至った。
【0012】
すなわち、本発明は厚みが40mm以下で、且つ多層構造のパイ成型生地1cm2当たり直径0.5〜4mmの貫通する細孔を少なくとも1個穿孔するように穿孔処理を施してあるパイ成型生地を使用して具類を包餡した多層構造の揚げパイ用成型冷凍生地を解凍せずにそのまま油温度160〜210℃で、1分〜10分の短時間でフライすることを特徴とする揚げパイの製造方法である。
【0013】
【発明の実施の形態】
以下、本発明について詳細に説明する。
本発明において「パイ」とは、小麦粉を主体とした生地でマーガリンまたはバターを包み、のばして折りたたむ操作を繰り返すことによって生地と油脂の層を薄く数多く重ねたものを熱を加え、生地と油脂層の水分の蒸発、層間の空気の膨張等で生地が薄くはがれる製品を言う。また焼く等の熱を加える前の層状のパイ生地も同時にパイと略称する。イーストは原則使用せず水蒸気の膨張時に膨張して膨らませるものである。
【0014】
生地は、小麦粉のほかに、副原料として、食塩、砂糖類、油脂、乳製品等を含んでいてもよく、水、卵等を入れて捏ね上げる。マーガリン、バター、チョコレートを生地100重量部に対し20〜80重量部の比率で使用し、折りたたみ層の数を24層以上、好ましくは48層以上を重ねたものを言う。またチップ状マーガリンを生地に混ぜたものを折りたたみ層を形成させた練りパイを含む。
【0015】
パイ生地のピケとして行われる孔あけは通常貫通しない、空気抜きとしての孔をあける。生地の底面は孔があかないよう底面を保つものである。しかし本発明では小さな部分でも貫通した孔があいている点が特徴である
【0016】
パイ生地には細孔を穿孔するが、この場合の細孔は直径は0.5〜4mmが好ましく、特に0.8〜2mmが好ましい。細孔の数としてはcm2当たり1〜10個が好ましく、特に2〜4個が好ましい。
【0017】
貫通したパイ生地を使用して、かつ1cm2面積当たりの孔の個数が1〜10個であるとき、中心部に具(フィリング)を包餡した冷凍生地であっても全体の厚みを40mm以下に保つ時には、冷凍パイ生地を直接揚げても満足な結果が得られる。貫通した孔のない場合に比較し、中心部の温度上昇が早く、具が解け、温度上昇し、ただちに喫食できる揚げたてパイが得られるのである。
【0018】
細孔の形状は通常円柱形を使用するが、水蒸気の移動ができれば断面は特に問題ない。孔の大きさが具の方向である内側に大きいと熱伝導を促進するから好ましい。
【0019】
揚げるときの油の温度が低いと焦げることが少ないが、全体の揚げ時間が長くなったり、仕上がりが油っぽくなったりするので、通常160℃以上、好ましくは170〜210℃である。210℃を超える温度でも揚げることができるが、揚げ色は濃くなる傾向となる。
【0020】
生地はまず小麦粉としてたんぱく質の高い強力粉を主体にして、砂糖、脱脂粉乳、油紙類、生地改良剤、その他添加剤に水を所定量加え、常法によりミキシングして得られた生地を使用し、油脂又はバターを生地の中心部に包みこんだ後、シートに延ばし、多層に重ねあわせ、これを繰り返してシート状のパイ生地を得る。約6mm以下のシート状生地の厚みとなるよう成型して製造する。これを必要な太さのピケを用いて手動または機械的に穿孔処理を行う。手動の場合、十分に力を入れて、孔が貫通するよう穴あけする。細孔の個数が1個以上10個以下になるように調整する。これを使用して中にフィリングを包み込んだ後、生地をよく合わせ、水又は溶き卵で接着し、麺棒等で押さえて全体の厚みを調節し、最後に−20℃以下で冷凍して製品とする。
【0021】
機械成型による場合、例えば通常の生地と油脂とを折込み、パイ生地成型機でシートに延ばしと重ね合わせを繰り返して薄いシート状の生地を作り、機械的に貫通する細孔を穿孔し、その上にフィリングを載せ、適宜成型することにより製造する。三角形、あるしは四角形に成型、中にフィリングを包み込み、二段または三段のロールで押さえ所定の厚みを得るようにする。
【0022】
凍った状態の生地を直接揚げるとき、180℃で4分で揚げるには片側生地厚み3〜16mm、好ましくは5〜13mmとする。多層構造、例えば三層構造の厚みの比は上下の生地はほぼ同程度がよく、具は全体厚みの10〜50%が好ましい。
【0023】
具類を介在させる場合、中心部への熱の伝達がし易い点から、常温において流動性のある具類を使用するのは好ましい。
【0024】
さらに本発明により得られた冷凍パイ生地は揚げたときによく発生する火ぶくれが起きないため、製品の不良率が低下して良品率が高い特徴がある。
【0025】
【実施例】
以下、実施例をあげて本発明を具体的に説明する。
【0026】
[実施例1]
Aカレーパイ冷凍生地
<元生地の製造>
次ぎの配合を用いてパイ用元生地を製造する。

Figure 0003799600
【0027】
全原料をよこ型ミキサー((株)オシキリ、「HM300」)で低速3分、中速5分、高速2分ミキシングし、こね上げ温度19℃となる元生地を得た。この元生地を5kgに大分割し、厚さ約2cmのシート状に伸ばし、冷蔵庫で3時間ねかせて保存した。不二製油(株)製の「アートピア EL」(商品名)1kgの折込みマーガリンを生地シートではさみパイシーターで圧延と折りたたみを繰り返して、4×4×6の96層の厚さ3.8mmシート生地とした。
【0028】
次いで太さ1.5mmφ、縦間隔10mm、横間隔5mmのピケで順次一列ごとずらして貫通孔をあけた。これを重量40g、長さ/幅11cm、の正方形にカットし、中心部に柔らかめのカレーフィリング20gを入れて、生地を片側から折込み三角形に合わせ、中心部を押さえて厚み14mmのパイ生地を得た。折込むときに水で生地を湿らせ接着を完全なものとした。−35℃のブラストフリーザーで30冷却して、冷凍生地とした。得られた冷凍生地は−20℃の冷凍庫で保存した。
【0029】
得られた扁平な三角形の冷凍生地の中心部をナイフでカットして生地の三層の厚みを測定し、上層、フィリング層(具層)、下層はそれぞれ4mm、6mm、4mmであった。全体の厚みは凍結前と同じ14mmであった。
【0030】
<比較例用冷凍生地の製造>
上記実施例1の配合とミキシングで生地を製造したものを同様に5mm厚さのパイシートとして、孔をあけることなく、縦横のサイズは同じで55gに分割し、カレーフィリングを包あんして、成型は少し厚みのある形に成型した。生地をアルミ型冷却板に並べ、−40℃で35分急速凍結し、カレーパイの冷凍生地を得た。得られた冷凍生地をポリ袋に密封し、−20℃冷凍庫で2週間保存した。
【0031】
[実施例2]
Bクリームパイ冷凍生地
<元生地の製造>
次ぎの配合を用いてパイ用元生地を製造する。
Figure 0003799600
【0032】
全原料をよこ型ミキサーで低速3分、中速5分、高速2分ミキシングし、こね上げ温度19℃となる元生地を得た。この元生地を5kgに大分割し、厚さ約2cmのシート状に伸ばし、冷蔵庫で3時間ねかせて保存した。不二製油(株)製の「アートピア EL」1kgの折込みマーガリンを生地シートではさみレオン自動機(株)製の「CWCパイライン」で圧延と折りたたみを繰り返して、4×4×6の96層の厚さ3mmシート生地とした。
【0033】
次いで太さ1.3mmφ、縦間隔10mm、横間隔5mmのピケで順次一列ごとずらして貫通孔をあけた。これを重量50g、長さ11cm/幅9cm、の長方形にカットし、中心部にカスタードクリーム20gを入れて、生地を両側から折込み四角形に合わせ、中心部を押さえて厚み16mmのパイ生地を得た。折込むときに水で生地を湿らせ接着を完全なものとした。−35℃のブラストフリーザーで30冷却して、冷凍生地とした。得られた冷凍生地は−20℃の冷凍庫で保存した。
【0034】
得られた扁平な四角形の冷凍生地の中心部をナイフでカットして生地の三層の厚みを測定し、上層、フィリング層(具層)、下層はそれぞれ5mm、6mm、5mmであった。全体の厚みは凍結前と同じ16mmであった。
【0035】
<比較例用冷凍生地の製造>
上記実施例2と同様に5mm厚さのパイシートとして、孔をあけることなく、縦横のサイズ等は同じで同様の形に成型した。生地をアルミ型冷却板に並べ、同様に急速凍結し、パイ生地を得た。
【0036】
<冷凍生地の揚げテスト結果>
実施例1、比較例1、実施例2、比較例2夫々の冷凍生地を使用して、直接180℃の油温度で揚げた結果を下表に示した。
【0037】
【表1】
Figure 0003799600
【0038】
【発明の効果】
本発明に係る成型冷凍生地は、これを解凍なしで、揚げたてのパイ製品を供給することが可能であり、簡便且つ容易に多種類のパイを必要に応じてサービスすることができる。顧客の注文を受けてから短時間に揚げたてパイを調理できることから、ファーストフード、レストラン、コーヒー店等において最適である。また家庭においても手軽に揚げたてパイを調理でき、喫食が楽しめる。[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a method for producing a deep-fried pie that is obtained by frying a molded frozen dough for pie in a short time.
[0002]
[Prior art]
Conventionally, frozen bread dough is manufactured by baking or frying after thawing and proofing, so freshly prepared bread and donuts could not be cooked in a short time when necessary. Some baked pies do not require thawing and proofing, but even that requires about 20-25 minutes to cook.
[0003]
It is well known that pie is made in a thin layer of flour dough and butter or margarine that are folded and stretched repeatedly to make a thin layer (“Professional Bread Making”, 7th Edition, Bread News publisher 1995).
[0004]
Conventionally, it is usual to place the baked frozen pie dough in an oven in a frozen state without thawing and to bake it. In this case, however, it takes about 20 minutes to burn. In addition, fried pie usually takes a long time to thaw after being thawed because it is poorly cooked.
[0005]
Frozen dough is convenient because it can be stored for a long period of time, but it can be cooked in the fastest possible time at a store such as fast food, even when ordering from the customer or even when cooking at home. There is a need to be. However, in particular, in the type of frozen frozen dough that wraps the ingredients, it is necessary to fry them after the ingredients are thawed because of the large latent heat of fusion. Therefore, it is difficult to fry frozen dough directly without thawing. In addition, when the surface is in a proper fried state, the center portion is cold, and the surface portion is burnt under heating conditions such that the center portion becomes hot when eating.
[0006]
On the other hand, it is necessary to be able to fry in less than 10 minutes, preferably in less than 5 minutes, in order to obtain sufficiently satisfied operability and workability by supplying freshly fried pie products. For this reason, since the temperature of oil cannot be lowered | hung, it is difficult to heat until a center part becomes hot.
[0007]
It is not preferable that the temperature of the ingredients is 30 ° C. or less during eating because the fried feeling of the product is impaired. A range of 45 ° C to 80 ° C is preferable if possible. Although it is conceivable to deal with it by frying twice, it is not preferable because it takes time and effort due to leaving it after frying.
[0008]
[Problems to be solved by the invention]
If the frozen pie dough can be used for frying without thawing, it is preferable because not only the operation is simple, but also the advantage that hot fried pie products can be supplied.
[0010]
An object of the present invention is to provide a method for producing a deep-fried pie having good volume and texture by frying a molded frozen dough for pie in a short time without thawing .
[0011]
[Means for Solving the Problems]
The present inventor researched the behavior and form of frozen pie dough, and the thickness of the whole dough when incorporating the ingredients is 40 mm or less, for example, a three-layer structure of upper dough, center utensils, and lower dough If it is a molded frozen pie dough made of pie dough that has a multi-layered structure, etc. and has been perforated, the frying time when fried is short and the temperature at the center of the product rises easily, fried The present inventors have found that the volume and texture of the product are good and have completed the present invention.
[0012]
That is, the present invention provides a pie- shaped dough having a thickness of 40 mm or less and subjected to perforation treatment so as to perforate at least one through- hole having a diameter of 0.5 to 4 mm per 1 cm 2 of multi-layer pie- shaped dough. intact oil temperature 160 to 210 ° C. the ingredients such without thawing fried pies for molding frozen dough that has a multilayer structure Tsutsumian using, fried pies, characterized in that frying in a short time of 1 minute to 10 minutes It is a manufacturing method.
[0013]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, the present invention will be described in detail.
In the present invention, “pie” refers to a dough and an oil and fat layer by applying heat to a dough and a layer of fats and oils by repeating the operation of wrapping margarine or butter with dough mainly composed of flour, and extending and folding. A product whose fabric is peeled thin due to evaporation of moisture and expansion of air between layers. A layered pie dough before applying heat such as baking is also abbreviated as pie at the same time. Yeast is not used in principle and expands and expands when water vapor expands.
[0014]
In addition to flour, the dough may contain salt, sugars, fats and oils, dairy products, etc. as auxiliary ingredients. Margarine, butter and chocolate are used in a ratio of 20 to 80 parts by weight with respect to 100 parts by weight of the dough, and the number of folding layers is 24 or more, preferably 48 or more. It also includes kneaded pie with a folding layer formed by mixing chip-shaped margarine into the dough.
[0015]
The drilling performed as a pique of puff dough usually does not penetrate, but as a vent. The bottom of the fabric is to keep the bottom so that there are no holes. However, the present invention is characterized in that even a small portion has a through hole.
[0016]
The pie dough is perforated with pores. In this case, the pores preferably have a diameter of 0.5 to 4 mm, particularly preferably 0.8 to 2 mm. The number of pores is preferably 1 to 10 per cm 2 , particularly preferably 2 to 4.
[0017]
When using pierced pie dough and the number of holes per 1 cm 2 area is 1 to 10, even if it is a frozen dough with a filling (filling) in the center, the total thickness is 40 mm or less Satisfactory results can be obtained even if the frozen pie dough is fried directly. Compared to the case where there is no through-hole, the temperature rises faster in the center, the ingredients melt, the temperature rises, and a freshly fried pie that can be eaten immediately is obtained.
[0018]
The shape of the pore is usually a cylindrical shape, but the cross section has no particular problem as long as water vapor can be transferred. It is preferable that the size of the hole is larger on the inner side, which is the direction of the tool, since heat conduction is promoted.
[0019]
If the temperature of the oil during frying is low, it is less likely to burn, but the overall frying time becomes longer or the finish becomes oily, so it is usually 160 ° C. or higher, preferably 170 to 210 ° C. Although it can be fried even at a temperature exceeding 210 ° C., the fried color tends to be dark.
[0020]
First, the dough is mainly made of high-protein flour as wheat flour, using a dough obtained by mixing in a conventional manner, adding a predetermined amount of water to sugar, skim milk powder, oil paper, dough improving agent, and other additives. After wrapping oil or butter in the center of the dough, it is extended to a sheet, stacked in multiple layers, and this is repeated to obtain a sheet-like pie dough. Molded to produce a sheet-like fabric thickness of about 6 mm or less. This is drilled manually or mechanically using a picket of the required thickness. In the case of manual operation, a sufficient force is applied so that the hole penetrates. The number of pores is adjusted to be 1 or more and 10 or less. Use this to wrap the filling inside, then combine the dough well, glue with water or beaten egg, adjust with a rolling pin etc. to adjust the overall thickness, and finally freeze at -20 ℃ or less and the product To do.
[0021]
In the case of mechanical molding, for example, ordinary dough and fats and oils are folded, and the sheet is stretched and overlapped with a pie dough forming machine to make a thin sheet-like dough, and mechanically penetrating pores are drilled. It is manufactured by placing a filling on and molding it appropriately. Molded into a triangle or quadrangle, wrapped in a filling, and pressed with two or three rolls to obtain a predetermined thickness.
[0022]
When the frozen dough is directly fried, the thickness on one side of the dough is 3 to 16 mm, preferably 5 to 13 mm, in order to fry at 180 ° C. in 4 minutes. The thickness ratio of the multilayer structure, for example, the three-layer structure, is preferably about the same between the upper and lower fabrics, and the tool is preferably 10 to 50% of the total thickness.
[0023]
When tools are interposed, it is preferable to use tools that are fluid at room temperature because heat can be easily transferred to the center.
[0024]
Furthermore, since the frozen pie dough obtained by the present invention does not cause blisters that often occur when fried, the defective rate of the product is reduced and the yield rate is high.
[0025]
【Example】
Hereinafter, the present invention will be specifically described with reference to examples.
[0026]
[Example 1]
A Curry pie frozen dough <Manufacture of original dough>
The original dough for pie is manufactured using the following composition.
Figure 0003799600
[0027]
All raw materials were mixed with a horizontal mixer (Oshikiri Co., Ltd., “HM300”) at a low speed of 3 minutes, a medium speed of 5 minutes, and a high speed of 2 minutes to obtain a dough having a kneading temperature of 19 ° C. This original dough was roughly divided into 5 kg, stretched into a sheet with a thickness of about 2 cm, and stored in a refrigerator for 3 hours. “Opia EL” (trade name) manufactured by Fuji Oil Co., Ltd. 1 kg of folding margarine is sandwiched between dough sheets, rolled and folded with a pie sheeter, 4 × 4 × 6, 96 layers, 3.8 mm thick Made dough.
[0028]
Next, through-holes were formed by sequentially shifting one line at a time with a picket having a thickness of 1.5 mmφ, a vertical interval of 10 mm, and a horizontal interval of 5 mm. Cut this into a square with a weight of 40 g and a length / width of 11 cm, put 20 g of soft curry filling in the center, fold the dough from one side, match the triangle, hold the center and make a 14 mm thick puff pastry Obtained. The fabric was moistened with water when folded to ensure complete adhesion. It was cooled with a blast freezer at −35 ° C. for 30 to make a frozen dough. The obtained frozen dough was stored in a -20 ° C freezer.
[0029]
The center of the obtained flat triangular frozen dough was cut with a knife and the thickness of the three layers of the dough was measured. The upper layer, filling layer (material layer), and lower layer were 4 mm, 6 mm, and 4 mm, respectively. The total thickness was 14 mm, the same as before freezing.
[0030]
<Manufacture of frozen dough for comparative example>
The dough produced by mixing and mixing the above Example 1 is similarly made into a 5 mm thick pie sheet, and the shape is divided into 55 g with the same vertical and horizontal sizes, without holes, wrapped with curry filling, and molded. Was molded into a slightly thick shape. The dough was placed on an aluminum-type cooling plate and snap frozen at −40 ° C. for 35 minutes to obtain a frozen dough for curry pie. The obtained frozen dough was sealed in a plastic bag and stored in a −20 ° C. freezer for 2 weeks.
[0031]
[Example 2]
B cream pie frozen dough <Manufacture of original dough>
The original dough for pie is manufactured using the following composition.
Figure 0003799600
[0032]
All raw materials were mixed with a horizontal mixer at a low speed of 3 minutes, a medium speed of 5 minutes, and a high speed of 2 minutes to obtain a dough having a kneading temperature of 19 ° C. This original dough was roughly divided into 5 kg, stretched into a sheet with a thickness of about 2 cm, and stored in a refrigerator for 3 hours. Fuji Oil Co., Ltd. “Artpia EL” 1 kg folding margarine is sandwiched between dough sheets, and rolling and folding are repeated with “CWC pie line” manufactured by Leon Automatic Co., Ltd. 96 layers of 4 × 4 × 6 A sheet fabric having a thickness of 3 mm was used.
[0033]
Next, through-holes were made by shifting one row at a time with a picket having a thickness of 1.3 mmφ, a vertical interval of 10 mm and a horizontal interval of 5 mm. This was cut into a rectangle having a weight of 50 g and a length of 11 cm / width of 9 cm, custard cream 20 g was put in the center, the dough was folded from both sides to match a square, and the center was pressed to obtain a pie dough with a thickness of 16 mm. . The fabric was moistened with water when folded to ensure complete adhesion. It was cooled with a blast freezer at −35 ° C. for 30 to make a frozen dough. The obtained frozen dough was stored in a -20 ° C freezer.
[0034]
The center part of the obtained flat rectangular frozen dough was cut with a knife, and the thickness of the three layers of the dough was measured. The upper layer, filling layer (material layer), and lower layer were 5 mm, 6 mm, and 5 mm, respectively. The total thickness was 16 mm, the same as before freezing.
[0035]
<Manufacture of frozen dough for comparative example>
Similarly to Example 2 above, a pie sheet having a thickness of 5 mm was molded in the same shape with the same vertical and horizontal sizes and the like without forming holes. The dough was arranged on an aluminum-type cooling plate, and rapidly frozen in the same manner to obtain a pie dough.
[0036]
<Fried test result of frozen dough>
The results of fried directly at an oil temperature of 180 ° C. using the frozen doughs of Example 1, Comparative Example 1, Example 2, and Comparative Example 2 are shown in the table below.
[0037]
[Table 1]
Figure 0003799600
[0038]
【The invention's effect】
The molded frozen dough according to the present invention can supply freshly fried pie products without thawing, and can easily and easily serve many types of pie as needed. It is ideal for fast food, restaurants, coffee shops, etc., because it can cook freshly fried pie in a short time after receiving customer orders. At home, you can easily cook freshly baked pie and enjoy eating.

Claims (1)

厚みが40mm以下で、且つ多層構造のパイ成型生地1cm2当たり直径0.5〜4mmの貫通する細孔を少なくとも1個穿孔するように穿孔処理を施してあるパイ成型生地を使用して具類を包餡した多層構造の揚げパイ用成型冷凍生地を解凍せずにそのまま油温度160〜210℃で、1分〜10分の短時間でフライすることを特徴とする揚げパイの製造方法。Ingredients using a pie-molded fabric having a thickness of 40 mm or less and a perforated treatment so as to perforate at least one through- hole having a diameter of 0.5 to 4 mm per 1 cm 2 of pie-molded fabric having a multilayer structure A method for producing a deep-fried pie, characterized in that a deep-fried pie- shaped frozen dough having a multilayer structure is fried in an oil temperature of 160 to 210 ° C. for 1 to 10 minutes without thawing.
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