JPH04341152A - Production of aged noodle - Google Patents

Production of aged noodle

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Publication number
JPH04341152A
JPH04341152A JP3141206A JP14120691A JPH04341152A JP H04341152 A JPH04341152 A JP H04341152A JP 3141206 A JP3141206 A JP 3141206A JP 14120691 A JP14120691 A JP 14120691A JP H04341152 A JPH04341152 A JP H04341152A
Authority
JP
Japan
Prior art keywords
noodles
water
aged
hours
temperature
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.)
Pending
Application number
JP3141206A
Other languages
Japanese (ja)
Inventor
Hisashi Nagai
長井 恒
Kazu Nakabachi
中鉢 和
Hideo Abe
阿部 英夫
Hisao Asami
阿左美 久男
Kazuo Kurosawa
黒沢 一雄
Toru Sudo
徹 須藤
Masaru Ishihara
勝 石原
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
HOSHINO BUSSAN KK
Original Assignee
HOSHINO BUSSAN KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by HOSHINO BUSSAN KK filed Critical HOSHINO BUSSAN KK
Priority to JP3141206A priority Critical patent/JPH04341152A/en
Publication of JPH04341152A publication Critical patent/JPH04341152A/en
Pending legal-status Critical Current

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Abstract

PURPOSE:To obtain aged noodles deliverable at normal temperature without losing flavor by kneading grain flour with water at a water content of <=a given value, making noodles, treating the noodles under a specific condition, sealing and packing the treated noodles and a disoxidant into an antimicrobial film, and aging at a specific temperature for a specific time. CONSTITUTION:Grain flour is kneaded with water at >=40wt.% water content, made into noodles, the prepared long strips are dried at 1-10 deg.C low temperature at 30-80 % relative humidity for 1-5 hours, water activity value of the long strips are dropped to 0.8-0.90, the noodles and a dioxidant, for example, are sealed and packed into an antimicrobial film having the innermost layer of packaging material mixed with a synthetic zeolite retaining silver ion and aged at -5 to 0 deg.C for 24-168 hours to give the objective aged noodles.

Description

【発明の詳細な説明】[Detailed description of the invention]

【0001】0001

【産業上の利用分野】本発明は、生麺の風味を残しなが
ら常温流通が可能な熟成麺の製造方法に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for producing aged noodles that can be distributed at room temperature while retaining the flavor of raw noodles.

【0002】0002

【従来の技術】(1)  低加水と多加水従来の製麺法
に於いて、その一例として、最も「美味しい麺作り」の
代表的な例が、“手打ちうどん”、“手延べそうめん”
で代表される多加水製麺法が本来の「美味しい麺作り」
であるにもかかわらず、作業性の面から(a)  多加
水ミキシングの場合、一般のミキサー使用では生地が塊
状となり、次の製麺ロールへの供給に不都合を生じてい
た。 (b)  乾燥麺の場合、乾燥効率をよくするため、で
き得る限り加水量を少なくして含水量の少ない生麺を生
成するのがよい旨の誤った見解も知られている。 上記(a)、(b)はともにメーカー・サイドでの安易
な製造上の対応が原因であると認められる。しかし、“
美味しい麺作り”の第一歩は水回し(水和)であり、作
業の難易に拘わらず、第一条件として多加水麺生地を生
成して麺状化しなければならない。
[Prior Art] (1) Among the conventional noodle-making methods with low and high water content, the most representative examples of making delicious noodles are "hand-made udon" and "hand-stretched somen".
The multi-water noodle making method represented by is the original way to make delicious noodles.
Nevertheless, in terms of workability, (a) In the case of high-hydration mixing, when a general mixer is used, the dough becomes lumpy, making it inconvenient to feed it to the next noodle-making roll. (b) In the case of dried noodles, there is also a known erroneous opinion that in order to improve drying efficiency, it is better to add as little water as possible to produce fresh noodles with a low water content. Both (a) and (b) above are recognized to be caused by careless manufacturing measures on the part of the manufacturer. but,"
The first step in "making delicious noodles" is water turning (hydration), and regardless of the difficulty of the process, the first condition is to generate a highly hydrated noodle dough and form it into noodles.

【0003】(2)  誤認している製麺熟成熟成とは
一般的に次の辞典に拠ると、 (a)  「[英  ripening]物質を適当な
温度に長時間放置して、その間に徐々に醗酵、コロイド
粒子の生成、その他の化学的変化などを行わせること。 」(理化学辞典・岩波書店、昭和34年3月15日発行
、第618頁) (b)  「食品中の蛋白質、脂肪、炭水化物などが酵
素、微生物、塩類などの作用により腐敗することなく適
当に分解し、特殊な香味を帯びることをいう。」(総合
食品事典、同文書院、昭和57年5月1日発行、第42
2頁)との記載が見られ、製麺の場合は、(b)の引用
した食品総合事典が、熟成の意義として適当と思われる
が、現在、製麺の技術書や論説には、誤認している製麺
熟成論がある。
(2) Misunderstood noodle-making ripening According to the following dictionary, (a) ``[English: ripening] A substance is left at an appropriate temperature for a long period of time, and during that time it is gradually aged. (b) "Proteins, fats, etc. in foods." It means that carbohydrates, etc. decompose properly without spoiling due to the action of enzymes, microorganisms, salts, etc., and take on a special flavor.'' (Comprehensive Food Encyclopedia, Dobun Shoin, published May 1, 1980, Vol. 42
In the case of noodle making, the comprehensive food encyclopedia cited in (b) seems to be appropriate for the meaning of aging, but there are currently no misunderstandings in technical books or editorials on noodle making. There is a theory of noodle aging.

【0004】古来より『うどんは揉み上げてから、直ぐ
切らずに寝かせると、美味しいうどんになる』との口伝
がある。これは、寝かせている間に色々な変化が起こる
からで、これを“熟成”と呼ぶ識者もいる。この熟成シ
ステムには、■ミキシング生地、■粗麺帯、■切り落と
しの生麺の3段階の熟成方法の解説がなされている。し
かし、■のミキシング生地は熟成というよりは、粉と捏
水の馴染み、すなわち、水和現象と言う方が正しく、こ
れはミキシング(混捏)の基本である。ところで、うど
んの場合、冬季、寒冷地などでは、“寝かし”に長時間
(“夕捏”または“宵捏ね”という)を必要とし、また
、夏季には比較的短時間(“朝捏ね”という)がよいと
されている。これは生地の仕上りの意味であり、本来の
熟成の意義とは異なる。
[0004] Since ancient times, there has been an oral tradition that says, ``If you roll udon noodles and let them rest immediately without cutting them, you will get delicious udon noodles.'' This is because various changes occur during the aging period, and some experts call this "aging." This aging system includes an explanation of the three stages of aging methods: ■mixing dough, ■coarse noodle strips, and ■cutting raw noodles. However, rather than aging, it is more accurate to say that the mixing dough in (■) is a hydration phenomenon, in which the flour and water become acquainted with each other, and this is the basis of mixing. By the way, in the case of udon noodles, in the winter and in cold regions, it takes a long time to age the noodles (called ``yūnake'' or ``yoi-nake''), and in the summer, it requires a relatively short time (called ``asa-nake''). ) is considered good. This refers to the finish of the dough, and is different from the original meaning of aging.

【0005】(3)  “寒そうめん”“寒干しうどん
”“蕎麦の三たて”の教え 小麦粉中の蛋白質=グリアジン(gliadin)とグ
ルテニン(glutenin)が、捏水によりグルテン
(gluten)が生成される。これはトリモチ状の粘
着性の高い物質で、麺生地の“繋がり役”(つなぎ)と
して重要だが、小麦粉中にはこの蛋白の7倍程度の組成
比をもつ“澱粉”があり、捏水との融合(水和)が“美
味しいうどん作り”の出発点である。  これを満足さ
せる手段として、多加水麺生地の生成と、“ねかし”を
古老の口伝として前述したが、本稿で述べたい主旨は、
熟成に於ける温度条件である。“寒そうめん”“寒干し
うどん”で代表されるように、寒中に作られた麺類は、
寒仕込み酒が“旨い”と言われることと同様に経験的な
実績がある。前掲の「総合食品事典」に示されたごとく
、熟成とは『食品が腐敗することなく適当に分解し、特
殊の香・味を帯びること』であり、ここに腐敗しにくい
“寒中”で作られた麺が旨い「理」がある。
(3) Teachings of “cold somen,” “cold dried udon,” and “soba 3-tate” Proteins in wheat flour = gliadin and glutenin, and gluten is produced by soaking in water. Ru. This is a highly sticky substance that is sticky and is important as a ``binding'' for noodle dough, but flour contains ``starch'' that has a composition ratio of about 7 times that of this protein, so it is difficult to dissolve in water. The fusion (hydration) of these is the starting point for making delicious udon noodles. As a means of satisfying this, I mentioned the production of highly water-added noodle dough and "Nekashi" as an oral tradition from the ancients, but the main point I would like to discuss in this article is
These are the temperature conditions during ripening. Noodles made during the winter, such as “cold somen” and “cold dried udon,”
Just as Kanjikomi Sake is said to be ``delicious,'' there is an empirical track record. As shown in the above-mentioned "Comprehensive Food Encyclopedia," ripening means "proper decomposition of food without spoiling, and taking on a special aroma and taste," and this is where food grown in the "cold" temperature prevents spoilage. There is a ``reason'' behind which the noodles are delicious.

【0006】もう一つの教えに『蕎麦の三たて』がある
。蕎麦は酵素活性(EnzymeActivity)が
非常に強く、特有のフレーバー(香味)が急速に消滅す
る。そのため“蕎麦粉は挽きたて”“蕎麦は打ちたて”
“茹でたて”が旨いという、古来からの「三たての教え
」がある。しかしこれはあくまでも常温下で適用された
ものである。本発明者は“食味の向上”を探究し、“古
老の経験”からの“口伝”をより科学的に理解するとと
もに、“食品の熟成効果”、“飽食の時代”に於ける「
美味しくて安全な、新しい食品の創造」のために種々研
究を重ね、本発明を達成したのである。
[0006] Another teaching is the ``Santate of Soba.'' Soba has very strong enzyme activity, and its unique flavor quickly disappears. Therefore, “soba flour is freshly ground” and “soba is freshly made”
There is an ancient ``Three Fresh Teachings'' that says that ``freshly boiled'' food tastes better. However, this was only applied at room temperature. The present inventor explored "improvement of taste" and scientifically understood "oral tradition" from the "experience of the elderly", as well as the "aging effect of food" and the "age of satiation".
The present invention was achieved through extensive research aimed at creating new foods that are both delicious and safe.

【0007】[0007]

【発明が解決しようとする課題】本発明は生麺の有する
風味を失うことなく、しかも製品の水分をなるべく低減
せしめ、長時間の常温流通を可能にし、かつ打ちたての
麺よりも美味ならしめることを課題とした。
[Problems to be Solved by the Invention] The present invention reduces the moisture content of the product as much as possible without losing the flavor of raw noodles, enables long-term distribution at room temperature, and is more delicious than freshly made noodles. The challenge was to tighten it.

【0008】[0008]

【課題を解決するための手段】(1)  穀粉に対して
40重量%以上の加水率で混捏し、常法に従って製麺し
た後、(2)  得られた麺線を温度1〜10℃、相対
湿度30〜80%の条件下で、約1〜5時間低温乾燥し
、麺線の水分活性値を0.80〜0.90になるまで低
下せしめ、(3)  これを脱酸素剤とともに抗菌性フ
ィルムで密封包装した後、(4)  −5〜0℃の温度
域で24〜168時間熟成せしめることである。
[Means for solving the problem] (1) After kneading grain flour at a water addition rate of 40% by weight or more and making noodles according to a conventional method, (2) the obtained noodle strings are heated at a temperature of 1 to 10°C. Drying at a low temperature for about 1 to 5 hours at a relative humidity of 30 to 80% lowers the water activity value of the noodle strings to 0.80 to 0.90. (4) After sealing and packaging with a plastic film, the product is aged in a temperature range of -5 to 0°C for 24 to 168 hours.

【0009】[0009]

【作用】温度1〜10℃、相対湿度30〜80%で低温
乾燥する理由は、できる限り微生物の活動を抑制しなが
ら、水分活性値を下げるためにこのような条件で低温乾
燥する。水分活性値を0.80〜0.90にすることは
、麺類の保存性を改善し、かつ後のプロセスに於ける熟
成効果を得られる水分域にするためである。以下の表1
に実施例1で得られた麺と、同配合で製麺直後の麺との
遊離アミノ酸分析値を示した。
[Operation] The reason for low-temperature drying at a temperature of 1 to 10°C and relative humidity of 30 to 80% is to lower the water activity value while suppressing microbial activity as much as possible. The purpose of setting the water activity value to 0.80 to 0.90 is to improve the storage stability of the noodles and to create a moisture range that can provide a ripening effect in subsequent processes. Table 1 below
The free amino acid analysis values of the noodles obtained in Example 1 and the noodles with the same formulation immediately after noodle making are shown.

【表1】 この表に示されるように、本発明で得られた麺は、製麺
直後の麺よりも美味性アミノ酸群(グルタミン酸、アス
パラギン酸、アラニン)が増加し、苦味性アミノ酸群(
イソロイシン、メチオニン、ロイシン)が減少している
。この事実からも本発明による麺が熟成効果により旨味
を増していることが証明される。これをグラフ化したも
のを図1(美味性アミノ酸群)および図2(苦味性アミ
ノ酸群)に示す。また、−5〜0℃で24〜168時間
熟成する所以は、麺類の旨味を引出すことにあるが、加
塩量によって差異が生じ、0℃以下〜凍結寸前とするこ
とが好ましい。さらに脱酸素剤および抗菌性フィルムを
用いるのは常温流通を可能にするためである。抗菌性フ
ィルムとして鮮度保持包材(凸版印刷(株)製)を用い
たが、これは銀イオンを保持させた合成ゼオライトを包
材の最内層に混入させたものであり、制菌作用、鮮度保
持作用を有し、しかも食品への移行はないものであるこ
とが証明されている。
[Table 1] As shown in this table, the noodles obtained by the present invention have an increased number of delicious amino acids (glutamic acid, aspartic acid, alanine) and a higher number of bitter amino acids (
isoleucine, methionine, leucine) are decreased. This fact also proves that the noodles according to the present invention have increased flavor due to the aging effect. A graph of this is shown in FIG. 1 (tasty amino acid group) and FIG. 2 (bitter amino acid group). Further, the reason for aging at -5 to 0°C for 24 to 168 hours is to bring out the flavor of the noodles, but it varies depending on the amount of salt added, and it is preferable to ripen at 0°C or below to just before freezing. Furthermore, the reason why an oxygen absorber and an antibacterial film are used is to enable distribution at room temperature. As an antibacterial film, we used a freshness-preserving packaging material (manufactured by Toppan Printing Co., Ltd.), which contains synthetic zeolite that retains silver ions mixed into the innermost layer of the packaging material, which has antibacterial properties and maintains freshness. It has been proven that it has a retention effect and does not migrate into food.

【0010】0010

【実施例】【Example】

実施例1 小麦粉:  百合星印(星野物産(株)製造)100%
塩水濃度:  10ボーメ 加水量:  45%(粉に対して) 常法により混捏し、複合、圧延した麺帯を10番角の切
刃で線状化(厚み2mm、幅3mm)して竿掛けし、温
度5℃、相対湿度70%で3時間乾燥して水分活性値0
.89のうどんを得た。これを脱酸素材(セキュールD
T−500、日曹商事(株)製)とともに鮮度保持包材
(凸版印刷(株)製)で包装し、温度−3℃で120時
間熟成させて製品を得た。12分間茹でて水で晒した後
、食したところ非常に美味であった。
Example 1 Flour: Yuri Star Mark (manufactured by Hoshino Bussan Co., Ltd.) 100%
Salt water concentration: 10 Baume water amount: 45% (based on flour) The noodle strips were kneaded, compounded and rolled using a conventional method, and were made into linear shapes (thickness: 2 mm, width: 3 mm) using a No. 10 square cutting blade, and hung on a pole. It was dried for 3 hours at a temperature of 5°C and a relative humidity of 70% until the water activity value was 0.
.. I got 89 udon noodles. This is a deoxidizing material (Secur D)
T-500 (manufactured by Nisso Shoji Co., Ltd.) and a freshness-preserving packaging material (manufactured by Toppan Printing Co., Ltd.) and aged at -3° C. for 120 hours to obtain a product. After boiling for 12 minutes and soaking in water, I ate it and it was very delicious.

【0011】実施例2 小麦粉:  百合星印(星野物産(株)製造)90%澱
粉:  馬鈴薯澱粉                
      10%塩水濃度:  10ボーメ 加水量:  45%(粉に対して) 常法により混捏し、複合、圧延した麺帯を10番角の切
刃で線状化(厚み2mm、幅3mm)して竿掛けし、温
度5℃、相対湿度70%で3時間乾燥して水分活性値0
.89のうどんを得た。これを脱酸素材(セキュールD
T−500、日曹商事(株)製)とともに鮮度保持包材
(凸版印刷(株)製)で包装し、温度−3℃で120時
間熟成させて製品を得た。11分間茹でて水で晒した後
、食したところ非常に美味であった。
Example 2 Wheat flour: Yuri Star Mark (manufactured by Hoshino Bussan Co., Ltd.) 90% Starch: Potato starch
10% Salt water concentration: 10 Baume water amount: 45% (based on flour) The noodle strips were kneaded, compounded and rolled using a conventional method, and were made into linear shapes (thickness: 2 mm, width: 3 mm) using a No. 10 square cutting blade. Hang on a pole and dry for 3 hours at a temperature of 5℃ and relative humidity of 70% until the water activity value is 0.
.. I got 89 udon noodles. This is a deoxidizing material (Secur D)
T-500 (manufactured by Nisso Shoji Co., Ltd.) and a freshness-preserving packaging material (manufactured by Toppan Printing Co., Ltd.) and aged at -3° C. for 120 hours to obtain a product. After boiling it for 11 minutes and soaking it in water, I ate it and it was very delicious.

【0012】実施例3 小麦粉:  百合星印(星野物産(株)製造)90%澱
粉:  加工タピオカ澱粉             
   10%塩水濃度:  10ボーメ 加水量:  45%(粉に対して) 常法により混捏し、複合、圧延した麺帯を10番角の切
刃で線状化(厚み2mm、幅3mm)して竿掛けし、温
度5℃、相対湿度70%で3時間乾燥して水分活性値0
.89のうどんを得た。これを脱酸素材(セキュールD
T−500、日曹商事(株)製)とともに鮮度保持包材
(凸版印刷(株)製)で包装し、温度−3℃で120時
間熟成させて製品を得た。11分間茹でて水で晒した後
、食したところ非常に美味であった。
Example 3 Wheat flour: Yuri Star Mark (manufactured by Hoshino Bussan Co., Ltd.) 90% Starch: Processed tapioca starch
10% Salt water concentration: 10 Baume water amount: 45% (based on flour) The noodle strips were kneaded, compounded and rolled using a conventional method, and were made into linear shapes (thickness: 2 mm, width: 3 mm) using a No. 10 square cutting blade. Hang on a pole and dry for 3 hours at a temperature of 5℃ and relative humidity of 70% until the water activity value is 0.
.. I got 89 udon noodles. This is a deoxidizing material (Secur D)
T-500 (manufactured by Nisso Shoji Co., Ltd.) and a freshness-preserving packaging material (manufactured by Toppan Printing Co., Ltd.) and aged at -3° C. for 120 hours to obtain a product. After boiling it for 11 minutes and soaking it in water, I ate it and it was very delicious.

【0013】[0013]

【発明の効果】■  生麺の風味を残しながら製品水分
を低減させ、前記特殊な包材(鮮度保持包材)および前
記脱酸素材を併用することにより、常温流通が可能とな
った。 ■  常温で放置しても麺線相互の結着(貼り付け)は
皆無となり、消費者段階での取扱い上の不安は解消され
た。 ■  賞味期間が長時間となり、販売区域、販売期間、
流通経路の拡大が可能となった。
[Effects of the invention] ■ By reducing the moisture content of the product while retaining the flavor of raw noodles, and by using the above-mentioned special packaging material (freshness-preserving packaging material) and the above-mentioned deoxidizing material, it has become possible to distribute the product at room temperature. ■ Even when left at room temperature, there was no binding (sticking) between the noodle strings, eliminating concerns about handling at the consumer stage. ■ The best before period is longer, and the sales area, sales period,
It has become possible to expand distribution channels.

【図面の簡単な説明】[Brief explanation of drawings]

【図1】本発明で得られた麺が製麺直後の麺よりも美味
性アミノ酸群が増加していることを示す図。
FIG. 1 is a diagram showing that the noodles obtained according to the present invention have more delicious amino acid groups than the noodles immediately after making the noodles.

【図2】本発明で得られた麺が製麺直後の麺よりも苦味
性アミノ酸群が減少していることを示す図。
FIG. 2 is a diagram showing that the noodles obtained according to the present invention contain fewer bitter amino acids than the noodles immediately after making the noodles.

Claims (1)

【特許請求の範囲】[Claims] 【請求項1】  穀粉に対して40重量%以上の加水率
で混捏し、常法に従って製麺した後、得られた麺線を温
度1〜10℃、相対湿度30〜80%の条件下で、約1
〜5時間低温乾燥し、麺線の水分活性値を0.80〜0
.90になるまで低下せしめ、これを脱酸素剤とともに
抗菌性フィルムで密封包装した後、−5〜0℃の温度域
で24〜168時間熟成せしめて製品を得ることを特徴
とする常温流通可能な熟成麺の製造方法。
Claim 1: After kneading grain flour at a water addition rate of 40% by weight or more and making noodles according to a conventional method, the resulting noodle strings are heated at a temperature of 1 to 10°C and a relative humidity of 30 to 80%. , about 1
Dry at low temperature for ~5 hours to reduce the water activity value of the noodle strings to 0.80~0.
.. 90, sealed and packaged with an antibacterial film together with an oxygen absorber, and then aged for 24 to 168 hours in a temperature range of -5 to 0°C to obtain a product that can be distributed at room temperature. A method for producing aged noodles.
JP3141206A 1991-05-17 1991-05-17 Production of aged noodle Pending JPH04341152A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3141206A JPH04341152A (en) 1991-05-17 1991-05-17 Production of aged noodle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3141206A JPH04341152A (en) 1991-05-17 1991-05-17 Production of aged noodle

Publications (1)

Publication Number Publication Date
JPH04341152A true JPH04341152A (en) 1992-11-27

Family

ID=15286614

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3141206A Pending JPH04341152A (en) 1991-05-17 1991-05-17 Production of aged noodle

Country Status (1)

Country Link
JP (1) JPH04341152A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001321106A (en) * 2000-05-17 2001-11-20 House Foods Corp Normal-temperature distributable raw chinese noodles and method for producing the same
JP2001321107A (en) * 2000-05-17 2001-11-20 House Foods Corp Normal-temperature distributable raw noodles and method for producing the same
JP2018033369A (en) * 2016-08-31 2018-03-08 株式会社甚助 Method for producing hand-stretched fine white noodle and aging warehouse used for the method

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001321106A (en) * 2000-05-17 2001-11-20 House Foods Corp Normal-temperature distributable raw chinese noodles and method for producing the same
JP2001321107A (en) * 2000-05-17 2001-11-20 House Foods Corp Normal-temperature distributable raw noodles and method for producing the same
JP2018033369A (en) * 2016-08-31 2018-03-08 株式会社甚助 Method for producing hand-stretched fine white noodle and aging warehouse used for the method

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