JP2008220254A - New materials devil's tongue jelly and method for producing the same - Google Patents

New materials devil's tongue jelly and method for producing the same Download PDF

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JP2008220254A
JP2008220254A JP2007062459A JP2007062459A JP2008220254A JP 2008220254 A JP2008220254 A JP 2008220254A JP 2007062459 A JP2007062459 A JP 2007062459A JP 2007062459 A JP2007062459 A JP 2007062459A JP 2008220254 A JP2008220254 A JP 2008220254A
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konjac
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devil
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flour
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JP4822541B2 (en
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Ryuji Hishitani
龍二 菱谷
Hideaki Miyoshi
英晁 三好
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HAISUKII SHOKUHIN KOGYO KK
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Abstract

<P>PROBLEM TO BE SOLVED: To provide noodle-like new materials devil's tongue jelly causing no deterioration due to pressure heating, and combined with acidic seasoning to adjust pH to 9-3. <P>SOLUTION: The new materials devil's tongue jelly is obtained by combining pH10-12 new materials devil's tongue jelly produced by adding raw material flour composed of devil's tongue jelly, starch, gluten and wheat flour to water and stirring the mixture to make it devil's tongue jelly paste, and adding calcium hydroxide to the devil's tongue jelly paste to coagulate the mixture, with acidic seasoning to adjust pH to 9-3. The new material devil's tongue jelly is produced by adding calcium hydroxide to the devil's tongue jelly paste, kneading the mixture, making it pass through a perforated plate in the pasty condition, and heating the paste in water bath so as to form it into solid and noodle-like devil's tongue jelly. The new material devil's tongue jelly comprises raw material containing 1-5 wt.% of devil's tongue jelly, 1-10 wt.% of starch, 1-5 wt.% of wheat flour konjak, and 0.5-5 wt.% of wheat flour. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は新素材こんにゃく、特に酸性の調味料と組み合わせてpHを9〜3に調整した麺状の新素材こんにゃく、ならびに、その製造方法に関するものである。   The present invention relates to a new material konjac, particularly a noodle-shaped new material konjac adjusted to pH 9 to 3 in combination with an acidic seasoning, and a method for producing the same.

最近の健康食品ブームの中で富にその低カロリーが注目されているこんにゃくは単に低カロリー食品であるだけでなく、他の種々の特長を有している。こんにゃくの原料であるこんにゃくいもの主成分は100g中、水分75〜83g、炭水化物11〜14g、タンパク質2〜4.5gである。炭水化物の大部分は多糖類の一種であるグルコマンナンであり、特にこんにゃくマンナンと呼ばれる。こんにゃくの製造原理は、こんにゃくいものグルコマンナンが水を吸収すると膨潤して容積が非常に大きくなり、粘度が高くなる性質を利用する。これにアルカリ(水酸化カルシウムなど)を加えて加熱すると、カルシウムイオンの架橋ができてゲル化する。これを冷却すると不可逆性の弾性ゲルとなり、凝固して半透明の弾力のある固形物のこんにゃくになるのである。グルコマンナンは腸管を刺激してホルモンの分泌を促し、コレステロール値の上昇を抑制する作用があるので、太りすぎ防止、便秘の解消、毒性を防ぐ等の他に糖尿病、大腸癌を予防する効用がある極めて優れた素材である。   In recent health food boom, konjac, whose low calorie has attracted attention in wealth, is not only a low calorie food but also has various other features. The main component of konjac, which is the raw material for konjac, is 75 to 83 g of water, 11 to 14 g of carbohydrates, and 2 to 4.5 g of protein in 100 g. Most of the carbohydrates are glucomannan, which is a kind of polysaccharide, and especially called konjac mannan. The production principle of konjac utilizes the property that konjac glucomannan swells when water is absorbed and becomes very large in volume and high in viscosity. When an alkali (such as calcium hydroxide) is added to this and heated, calcium ions are cross-linked and gelled. When this is cooled, it becomes an irreversible elastic gel, which solidifies and becomes a semi-transparent elastic solid konjac. Glucomannan stimulates the intestinal tract to promote hormone secretion and suppresses the increase in cholesterol levels, so it has the effect of preventing diabetes and colon cancer in addition to preventing overweight, eliminating constipation, preventing toxicity, etc. It is an extremely excellent material.

こんにゃくの作り方をより詳細に云うと、水または40〜50℃程度の微温湯100リットルにこんにゃく粉250gをかき混ぜながら少しずつ加える。そのまま15〜30分かき混ぜ続けると、全体に粘りがでて糊状になる。これを1〜2時間放置すると、マンナンが完全に膨潤して均質な糊状になる。これにアルカリ(水酸化カルシウムなど)を加え、素早くよくかき混ぜて型箱に入れ、40〜50分放置するとかなり固まるので、これを所定の形に切り、別に予め沸騰させておいた湯の中に入れ、加熱凝固させる。   In more detail, how to make konjac is added little by little while stirring 250 g of konjac flour into 100 liters of water or hot water of about 40-50 ° C. If the stirring is continued for 15 to 30 minutes, the whole becomes sticky and becomes paste-like. When this is left for 1 to 2 hours, the mannan completely swells and becomes a uniform paste. Add alkali (calcium hydroxide, etc.) to this, quickly and stir well, put it in a mold box and let it stand for 40-50 minutes, it will solidify considerably, so cut it into a predetermined shape and put it in boiling water Add and heat to solidify.

日本の麺類の代表であるうどんや素麺は小麦粉(中力粉が主成分)に食塩、水を加えて練り、延ばして切断するのであるが、現在は麺類成型機にて自動的に練りながら押し出して切断する機械練りがほとんどである。マカロニ・スパゲティ類は一般にパスタと称され、日本の食生活に大きなウエイトを占めるに至っている。その製法は小麦粉(強力粉であって、一般にデュラム小麦のセモリナまたはファリナ)に水、食塩を加え、これに卵、野菜(トマト、ほうれん草)を加え、または加えないで混練りしながら粒子内の空気を除き、これをマカロニ類成型機のシリンダーに押込み、練りながら高圧(80Kg/cm2以上)でダイス(鋳型)の孔より押出し、スパゲティでは25cm程度、マカロニでは4〜5cmに切断して自然乾燥させる。上記ダイスの孔を取り替えることにより、種々の形のマカロニ・スパゲティ類ができる。 Udon noodles and noodles, which are representative of Japanese noodles, are kneaded with wheat flour (medium-powered flour) added with salt and water, then stretched and cut, but now they are extruded while being automatically kneaded by a noodle molding machine. Most of them are machine kneading. Macaroni and spaghetti are commonly referred to as pasta and have become a major weight in the Japanese diet. The production method is flour (a strong flour, generally durum wheat semolina or farina), water and salt are added to it, and eggs and vegetables (tomatoes, spinach) are added or not added to the air inside the particles. This is pushed into the cylinder of a macaroni molding machine, extruded through a die (mold) hole at high pressure (80 Kg / cm 2 or more) while kneading, cut to about 25 cm for spaghetti and 4 to 5 cm for macaroni and dried naturally. Let Various shapes of macaroni and spaghetti can be obtained by replacing the holes in the die.

こんにゃくの消費形態はおでん、すき焼き、煮物等、冬期依存型の副食が多く、しかもこんにゃくが家庭調理の素材に利用される場合、こんにゃく中のアルカリを水煮して除去する「アク抜き」が必要であることと、味染みが遅いなどの点に問題があり、消費の拡大の障害になっている。本発明者らは、アク抜きと味染みについては調理素材ではなく、こんにゃく加工品として、企業的には脱アルカリ(アク抜き)する方法と味染みも早い高品質で簡便な調味こんにゃくを考案しており、すでに特許を得ている。(特許文献1)   The consumption form of konjac is mostly winter-dependent side dishes such as oden, sukiyaki, and boiled food. Moreover, when konjac is used as a material for home cooking, it is necessary to remove the alkali in the konjac by boiling it in water. The problem is that it is slow and the taste is slow, which hinders the expansion of consumption. The present inventors have devised a high quality, simple seasoning konjac that is quick to remove from the brewing process, and is a konjac processed product, as well as a konjac processed product. Has already obtained a patent. (Patent Document 1)

一方、最近のダイエットブームにより、食品は低カロリー化の傾向が強まっており、各種の低カロリー化食品が開発されている。麺類の低カロリー化を図るため、麺類製造の主原料の一部を海藻等の食物繊維や多糖類に置き換える等の工夫がなされており、例えば、こんにゃくやグルコマンナン等を、小麦粉、そば粉等に混合して、うどん、そば、スパゲッティ等の主食用食品を製造しようとする試みがなされている(特許文献2〜8)。こんにゃく粉末を用いる場合は、こんにゃく独特のにおい、味が強くなり、穀粉類主体の麺類とは異なる食感、食味となるため、種々の工夫がなされているが、麺類の食味、食感、香り等に問題があったり、また機械による連続生産にむかない等の問題がある。穀粉類を主体とする本格的な麺類として、こんにゃく又はグルコマンナンを含有する実用に供し得るこんにゃく入りのうどん、そば、スパゲッティなどはほとんど提供されていないのが実状である。   On the other hand, due to the recent diet boom, foods are becoming increasingly low in calories, and various low-calorie foods have been developed. In order to reduce the calorie content of noodles, some of the main raw materials for producing noodles have been devised, such as replacing seaweed and other dietary fibers and polysaccharides, such as konjac and glucomannan, flour, buckwheat flour, etc. Attempts have been made to produce staple foods such as udon, buckwheat, and spaghetti (see Patent Documents 2 to 8). When using konjac powder, konjac has a unique odor, strong taste, and a different texture and taste from flour-based noodles. Etc., and there are problems such as difficulty in continuous production by machines. As a full-fledged noodles mainly composed of flour, konjac or glucomannan-containing udon with konjac, buckwheat, spaghetti, etc. that are practically used are hardly provided.

特許第3829211号Patent No. 3829211 特開平9−117261号公報JP-A-9-117261 特開平10−155440号公報Japanese Patent Laid-Open No. 10-155440 特開平9−215477号公報JP-A-9-215477 特開2001−86948号公報JP 2001-86948 A 特開平3−65152号公報JP-A-3-65152 特開平10−191912号公報JP-A-10-191912 特開平7−327622号公報JP-A-7-327622

こんにゃくが低カロリーの健康食品として注目されこんにゃく入りゼリーなどが開発されているが、いまだ麺類への応用は実用化されていない。麺類は小麦粉を主原料とするのでほとんどでんぷんであって栄養の面では片寄った食品なので、上記こんにゃくを成分として含有すれば良好な健康食品となり得るものである。この点、仮にこんにゃく入り麺類の製法として通常考えられるのはこんにゃく粉を小麦粉と水で直接混ぜ合わせて練粉を作ることが想到されるが、小麦粉と異質のこんにゃく粉は水分が足りず均一に混じらないので良い食感は得られない。こんにゃくは、こんにゃく粉(荒粉、精粉)を多量の水と混ぜて固形物とするので小麦粉に小量の水を混ぜて練り合わせる従来の麺類の製法とは根本的に異なる。   Konjac is attracting attention as a low-calorie health food and jelly with konjac has been developed, but its application to noodles has not yet been put to practical use. Since noodles are mainly starch and are nutritionally detrimental because they use wheat flour as the main ingredient, if they contain konjac as a component, they can be good health foods. In this regard, it is conceivable that konjac flour is made by mixing konjac flour directly with wheat flour and water to make a kneaded flour. Because it is not mixed, a good texture cannot be obtained. Konjac is basically different from conventional noodle manufacturing methods in which konjac flour (coarse powder, fine powder) is mixed with a large amount of water to form a solid, so that a small amount of water is mixed with the flour and kneaded.

従来のこんにゃくの消費形態を季節性や年齢層との関係も少なく、おいしく、簡便でヘルシーという消費の需要志向に合致し、しかも常温流通商品であるという点に絞ると、レトルトパウチ食品が近い。香川県は「うどん」の消費日本一であることから麺のレトルトパウチ食品が想定された。しかし、小麦粉が主原料で製造されるうどんやソーメンに少量のこんにゃく粉を混合した、いわゆるこんにゃく粉入りうどんやソーメン、普通のうどんでは、100℃以上の温度で、小麦粉中の澱粉や蛋白質が糊化し、膨潤を起こし製品化できない。   Retort pouch foods are close to the conventional consumption of konjac, which has little relationship with seasonality and age group, is delicious, simple and healthy, and meets consumer demand. Noodle retort pouch food was assumed because Kagawa Prefecture is the largest consumer of udon in Japan. However, in the case of so-called konjac flour-containing udon noodles and somen, which are a mixture of udon noodles and somen, which are made from wheat flour as the main ingredient, and normal udon noodles, starch and proteins in the flour are glued at temperatures above 100 ° C. Swells and cannot be commercialized.

現在のこんにゃくはアルカリ液の力で保存可能としているが、このアルカリが異臭や調理上で問題があるので、特許文献1に記載された、アルカリを除き、加熱殺菌技術を利用した保存方法が好ましい。そこで、常温流通可能はレトルトパウチ食品に、特許文献1の技術が生かせると考えられた。   Although the present konjac can be stored with the power of an alkaline solution, since this alkali has a bad smell or a problem in cooking, a storage method using a heat sterilization technique except for the alkali described in Patent Document 1 is preferable. . Therefore, it is considered that the technology of Patent Document 1 can be used for retort pouch food that can be distributed at room temperature.

本発明は、 加圧加熱処理による変質が起こらない新素材こんにゃく、特に酸性の調味料と組み合わせてpHを9〜3に調整した麺状の新素材こんにゃく、およびその製造方法を提供することを目的とする。また、原料組成を変えることでうどんの他、ラーメン、ソーメン、スパゲティ、マカロニ等の食感が形成され、また、パウチ内の調味料をカレー、魚貝類スープ、タレ類等にすればいろいろなレトルトパウチ商品、およびその製造方法を提供することを目的とする。 An object of the present invention is to provide a new material konjac that does not undergo alteration due to pressure and heat treatment, in particular a noodle-shaped new material konjac that is adjusted to pH 9 to 3 in combination with an acidic seasoning, and a method for producing the same. And In addition to udon, the texture of ramen, samen, spaghetti, macaroni, etc. is formed by changing the raw material composition, and various retorts can be made by changing the seasoning in the pouch to curry, shellfish soup, sauces, etc. It is an object of the present invention to provide a pouch product and a manufacturing method thereof.

本発明は、以下の(1)〜(7)の新素材こんにゃくを要旨とする。
(1)こんにゃく、でん粉、グルテンおよび小麦粉からなる原料粉を用いて水に加えて撹拌しこんにゃく糊とし、それに水酸化カルシウムを加え凝固することにより得たpH10〜12の新素材こんにゃくを酸性の調味料と組み合わせてpHを9〜3に調整したことを特徴とする新素材こんにゃく。
(2)新素材こんにゃくを、こんにゃく糊に水酸化カルシウムを加えて練り、この状態で目皿を通過させて湯浴中で加熱することで固化成形させた麺状のこんにゃくとして製造する、(1)記載の新素材こんにゃく。
(3)こんにゃく1〜5重量%、澱粉1〜10重量%、小麦グルテン1〜5重量%および小麦粉0.5〜5重量%の原料からなる(1)または(2)の新素材こんにゃく。
(4)こんにゃくは、こんにゃくイモまたはイモを乾燥、粉砕して得た精粉を用いる(1)、(2)または(3)の新素材こんにゃく。
(5)酸性の調味料が粉末、液状またはたれ状である(1)ないし(4)のいずれかの新素材こんにゃく。
(6)新素材こんにゃくと酸性の調味料の組み合わせは、あらかじめ混ぜ合わせて包装容器に充填する、または包装容器にそれぞれ充填し、その中で混ぜ合わせる(5)の新素材こんにゃく。
(7)シール可能のプラスチック製容器を用い、それに充填後、密封し、容器内で新素材こんにゃく中のアルカリを中和して所定のpHに調整されるを特徴とする(6)の新素材こんにゃく。
The gist of the present invention is the new material konjac of the following (1) to (7).
(1) Add konjac, starch, gluten and wheat flour to water and stir into konjac paste, then add calcium hydroxide to solidify the konjac, a new material with a pH of 10 to 12, and make it an acidic seasoning. New material konjac, characterized in that the pH is adjusted to 9 to 3 in combination with the material.
(2) A new material konjac is produced as a noodle-shaped konjac that is solidified and molded by adding calcium hydroxide to konjac paste and kneading in this state and heating in a hot water bath. (1 ) New material konjac described.
(3) The new material konjac of (1) or (2) comprising 1 to 5% by weight of konjac, 1 to 10% by weight of starch, 1 to 5% by weight of wheat gluten and 0.5 to 5% by weight of wheat flour.
(4) Konjac is a new material konjac (1), (2) or (3) using konjac potato or semen powder obtained by drying and pulverizing potato.
(5) The new material konjac according to any one of (1) to (4), wherein the acidic seasoning is powder, liquid or sauce.
(6) The combination of the new material konjac and the acidic seasoning is mixed in advance and filled in the packaging container, or filled in the packaging container and mixed in the packaging container (5).
(7) A new material according to (6) characterized in that a sealable plastic container is used, which is sealed after filling, and the alkali in the new material konjac is neutralized and adjusted to a predetermined pH in the container. Konjac.

本発明は、以下の(8)〜(10)の新素材こんにゃくの製造方法を要旨とする。
(8)こんにゃく1〜5重量%、澱粉1〜10重量%、小麦グルテン1〜5重量%および小麦粉0.5〜5重量%からなる原料粉を用いて水に加えて撹拌しこんにゃく糊とし、それに水酸化カルシウムを加えて、全体が均一になるまで練り、目皿を通過させて湯浴中で加熱することで固化成形させpH10〜12の麺状の新素材こんにゃくとし、次いで、それを酸性の調味料と組み合わせてpHを9〜3に調整することを特徴とする新素材こんにゃくの製造方法。
(9)新素材こんにゃくと酸性の調味料の組み合わせは、あらかじめ混ぜ合わせて包装容器に充填する、または包装容器にそれぞれ充填し、その中で混ぜ合わせる(8)の新素材こんにゃくの製造方法。
(10)シール可能のプラスチック製容器を用い、それに充填後、密封し、容器内で新素材こんにゃく中のアルカリを中和してpH9〜3に調整することを特徴とする(9)の新素材こんにゃくの製造方法。
The gist of the present invention is the following method (8) to (10) for producing a new material konjac.
(8) Using konjac 1-5% by weight, starch 1-10% by weight, wheat gluten 1-5% by weight and wheat flour 0.5-5% by weight, adding to water and stirring to make konjac paste, Add calcium hydroxide to it, knead until the whole becomes uniform, pass through the eye plate and heat in a hot water bath to solidify and form a new noodle-like material konjac with a pH of 10-12, then make it acidic A method for producing a new material konjac, characterized in that the pH is adjusted to 9 to 3 in combination with the above seasoning.
(9) The method for producing the new material konjac according to (8), wherein the combination of the new material konjac and the acidic seasoning is mixed in advance and filled in the packaging container, or filled in the packaging container and mixed in each.
(10) A new material according to (9) characterized by using a sealable plastic container, sealing it after filling, and neutralizing the alkali in the new material konjac in the container to adjust the pH to 9 to 3. Konjac manufacturing method.

本発明により、加圧加熱処理による変質が起こらない新素材こんにゃく、特に酸性の調味料と組み合わせてpHを9〜3に調整した麺状の新素材こんにゃく、およびその製造方法を提供することができる。   INDUSTRIAL APPLICABILITY According to the present invention, it is possible to provide a new material konjac that does not undergo alteration due to pressure heat treatment, particularly a noodle-shaped new material konjac adjusted to pH 9 to 3 in combination with an acidic seasoning, and a method for producing the same. .

また、最大の利点はレトルトパウチ食品にできることである。そして冷凍保存でも、うどんの食感を失わず調味冷凍食品分野への利用もある。原料組成を変えることでうどんの他、ラーメン、ソーメン、スパゲティ、マカロニ等の食感が形成され、パウチ内の調味料をカレー、魚貝類スープ、タレ類等にすればいろいろなレトルトパウチ商品、およびその製造方法を提供することができる。   The biggest advantage is that it can be made into a retort pouch food. And even in frozen storage, it can be used in the seasoned frozen food field without losing the texture of udon. By changing the raw material composition, the texture of ramen, samen, spaghetti, macaroni, etc. is formed in addition to udon, and if the seasoning in the pouch is curry, fish shell soup, sauce, etc., various retort pouch products, and A manufacturing method thereof can be provided.

小麦粉原料の通常の麺類はレトルトパウチ食品にすれば、小麦粉中の澱粉や蛋白質が糊化、膨潤して製品化できない。
そこで、こんにゃく粉に澱粉、グルテン、小麦粉を混入して加圧加熱しても変質しなくて麺の食感であるなめらかさ、硬さ、粘りとか、白さを得るために用いた。澱粉は老化が遅く、グルテン量との関係からも、タピオカ澱粉を用いてなめらかさを付与する。また、加工澱粉やトウモロコシ、ジャガイモ澱粉、小麦由来の澱粉でもかなり有効である。
小麦グルテンを使用することで、硬さ、粘りが得られる。グルテンはこねることで小麦蛋白であるグリアジンとグルテニンが結合して網目構造を形成し、粘弾性を示すものであって、新素材こんにゃくの食感形成にとって不可欠である。
包装時にはパウチ内に充填する調味料の高濃度によって、ちぢみを生ずるので、濃度を薄くして浸透圧を加減する。
If normal noodles of wheat flour raw materials are made into retort pouch foods, starch and proteins in wheat flour will gelatinize and swell, and cannot be commercialized.
Therefore, starch, gluten, and wheat flour were mixed in konjac flour and used to obtain smoothness, hardness, stickiness, and whiteness, which is the texture of noodles, even when heated under pressure. Starch is slow to age, and tapioca starch is used to provide smoothness in relation to the amount of gluten. Also, processed starch, corn, potato starch, and starch derived from wheat are quite effective.
Hardness and stickiness can be obtained by using wheat gluten. Gluten is kneaded to form a network structure by combining glutinin and glutenin, which are wheat proteins, and exhibits viscoelasticity, which is indispensable for forming a texture of the new material konjac.
When packaging, itchiness is caused by the high concentration of the seasoning filled in the pouch, so the osmotic pressure is adjusted by reducing the concentration.

100℃以上の加圧殺菌でも品質が劣化しないこんにゃく粉、澱粉、グルテン、小麦粉の混合重量%は以下の通りである。新素材こんにゃくは、こんにゃくイモ粉、またはこんにゃく粉1〜5重量%に、澱粉1〜10重量%、小麦グルテン1〜5重量%、小麦粉0.5〜5重量%の原料を用いる。これらの原料を練り込み、通常の製法でのり化してアルカリ(水酸化カルシウム)を加え、ゲル化することを特徴とする。練り込む原料の配合重量%の比率によって、種々な食品の食感を持つ新素材こんにゃくができる。新素材こんにゃくが対象とする好ましい食品は、麺類である。原料組成を変えることでうどん、その他、ラーメン、ソーメン、スパゲティ、マカロニ等の食感が形成される。
包装時はpH10〜12の新素材こんにゃくと酸性の調味料(粉末、液状、たれ状)を耐熱性包装容器(パウチ)に充填するが、これにより調味料中の酸性成分でこんにゃく中のアルカリ成分を中和して所定のpHに調整される。本発明の最大の利点はレトルトパウチ食品にできることである。そして冷凍保存でも、うどんの食感を失わず調味冷凍食品分野への利用もある。パウチ内の調味料は、例えばカレー、魚貝類スープ、タレ類等にすることができる。
The mixed weight% of konjac flour, starch, gluten, and wheat flour whose quality does not deteriorate even under pressure sterilization at 100 ° C. or higher is as follows. The new material konjac uses konjac potato flour or konjac flour 1 to 5% by weight, starch 1 to 10% by weight, wheat gluten 1 to 5% by weight, and wheat flour 0.5 to 5% by weight. These raw materials are kneaded, and are kneaded by an ordinary production method, and added with alkali (calcium hydroxide) to be gelled. A new material konjac with a texture of various foods can be produced depending on the ratio of the blended weight% of the ingredients to be kneaded. The preferred food targeted by the new material konjac is noodles. By changing the raw material composition, textures such as udon, ramen, samen, spaghetti and macaroni are formed.
At the time of packaging, a new material konjac having a pH of 10 to 12 and an acidic seasoning (powder, liquid, sauce) are filled into a heat-resistant packaging container (pouch), whereby the alkaline component in the konjac is an acidic component in the seasoning. To a predetermined pH. The greatest advantage of the present invention is that it can be a retort pouch food. And even in frozen storage, it can be used in the seasoned frozen food field without losing the texture of udon. The seasoning in the pouch can be, for example, curry, fish and shellfish soup, sauces and the like.

本発明の新素材こんにゃくは、こんにゃくイモ粉またはこんにゃく粉に澱粉、好ましくはタピオカ澱粉、グルテン、小麦粉を水(20℃)で糊化した後、2時間放置し、水酸化カルシウム(アルカリ)で凝固させたものであり、いろいろな方法で押し出しまたは切断して得られる。麺類(うどん、そば、中華麺、スパゲティ、餃子の皮など種々な形状のものが得られる。そして、このような食品の食感はこんにゃく粉、澱粉、グルテン、小麦粉の配合重量比%を変化させることで非常によく似たものになる。   The new material konjac of the present invention is obtained by gelatinizing konjac potato flour or konjac flour, preferably tapioca starch, gluten, and wheat flour with water (20 ° C.), and then allowing to stand for 2 hours and coagulating with calcium hydroxide (alkali). Obtained by extrusion or cutting by various methods. Noodles (Udon, buckwheat, Chinese noodles, spaghetti, gyoza skin, etc. can be obtained in various shapes. And the texture of such foods changes the weight ratio% of konjac flour, starch, gluten, and wheat flour. It will be very similar.

例えば、こんにゃく粉3重量%、タピオカ澱粉3重量%、グルテン1.5重量%、小麦粉1重量%の配合で作ったうどん様の食感をもつ新素材こんにゃくを使ってカレーうどんを製造する場合、製品後のpHが5〜6になるように酸量を調整した調味料(カレールー)を1:0.5の比率で、合成樹脂製フィルムやアルミ箔などを貼り合わせた光や酸素を通さない材質のパウチ(袋状容器)または形成容器(トレー)に詰め、完全密封する。
加圧加熱は110℃〜120℃、20〜50分の加圧、加熱(レトルト)を行い、殺菌と調味成分の均質化を図る。pHを低く調整した製品ほど殺菌処理を軽度に調整する。
For example, when producing curry udon using konjac, a new material with a udon-like texture made with 3% konjac flour, 3% tapioca starch, 1.5% gluten and 1% wheat flour, The seasoning (carrero) with adjusted acid amount so that the pH after the product is 5 to 6 is a ratio of 1: 0.5, and light and oxygen are not passed through the synthetic resin film or aluminum foil. Fill the material pouch (bag-like container) or forming container (tray) and seal completely.
Pressurization and heating are performed at 110 ° C. to 120 ° C., 20 to 50 minutes, and heated (retort) to sterilize and homogenize seasoning ingredients. The sterilization treatment is adjusted lighter as the product is adjusted to lower pH.

パウチ内では調味料(カレー、魚貝類スープ、タレ類等)が麺状の新素材こんにゃく表面に接触している状態であり、麺に調味料の酸成分が中に浸透し、pHを9〜3に調整する。pHを9〜3に調整した、好ましくは必要量の有機酸を添加した調味料(カレールー)が用いられる。
麺状の新素材こんにゃく(pH11前後)と酸量を調整した調味料(麺状の新素材こんにゃくに調味料が均一に浸透するとpHが9〜3の酸性になるよう計算された酸量に調整している)を耐熱性の合成樹脂性容器に充填し、すぐに加熱殺菌して保存性のある麺状の新素材こんにゃくを得る。調味料は、洋風、和風、中華風の調味料を用いることができる。酸量の調整に用いる有機酸は酢酸、クエン酸、乳酸、リンゴ酸、グルコン酸などの食品添加物である。
In the pouch, the seasoning (curry, fish shellfish soup, sauces, etc.) is in contact with the surface of the new noodle-like material konjac, and the acid component of the seasoning penetrates into the noodle, and the pH is 9 to 9 Adjust to 3. A seasoning (carreaux) having a pH adjusted to 9 to 3 and preferably containing a necessary amount of organic acid is used.
New noodle-like material konjac (around pH 11) and seasoning with adjusted acid amount (Adjusted to acid amount calculated so that pH becomes 9 to 3 when seasoning uniformly penetrates into new noodle-like material konjac) In a heat-resistant synthetic resin container and immediately sterilized by heating to obtain a savory noodle-like konjac. As the seasoning, a Western-style, Japanese-style, or Chinese-style seasoning can be used. The organic acid used for adjusting the acid amount is a food additive such as acetic acid, citric acid, lactic acid, malic acid, and gluconic acid.

新素材こんにゃくと酸性の調味料の組み合わせは、あらかじめ混ぜ合わせて包装容器に充填する、または包装容器にそれぞれ充填し、その中で混ぜ合わせてもよい。   A combination of a new material konjac and an acidic seasoning may be mixed in advance and filled in a packaging container, or may be filled in a packaging container and mixed therein.

本発明のうどんや中華麺など麺タイプの新素材こんにゃくは、小麦粉中に水とこんにゃく粉を練り込む製法のこんにゃく粉入りの麺と異なり、こんにゃく粉の中にグルテンや澱粉を混合して、のり状にしたのちアルカリでゲル化したのものである。そのため色々な特性を持っている。例えばうどんの食感を持つ新素材こんにゃくは、ゆでた後、長時間放置しても、吸水して軟化したり、老化することがない。調味料と袋詰めして加圧加熱しても澱粉等成分が溶出せず、にごりを生じない。カロリーは二分の一以下である。   Noodle type new material konjac such as udon and Chinese noodles of the present invention is different from noodles containing konjac flour in a method of kneading water and konjac flour in wheat flour, mixed with gluten and starch in konjac flour, paste And then gelled with alkali. Therefore, it has various characteristics. For example, konjac, a new material with a texture of udon, does not soften or age due to water absorption even if it is boiled and left for a long time. Even if it is packed with seasonings and heated under pressure, ingredients such as starch do not elute and no garlic is produced. Calories are less than half.

本発明の詳細を実施例で説明する。本発明はこれらの実施例によってなんら限定されるものではない。   Details of the present invention will be described in the examples. The present invention is not limited to these examples.

[新素材こんにゃく原料]
以下の原料を用いて、新素材こんにゃくを製造した。
こんにゃく粉:特等規格の精製したこんにゃく粉(「精粉」ともいう。(株)荻野商店製)
澱粉:加工タピオカ澱粉「ゆり8」(松谷化学工業(株)製)
グルテン:小麦グルテン「A-グルG」(グリコ栄養食品(株)製)
小麦粉:強力粉「アカシア」(千葉製粉(株)製)
水酸化カルシウム:「スイカル350」(田中石灰工業(株)製)
[New material Konjac raw material]
A new material konjac was produced using the following raw materials.
Konjac flour: Refined konjac flour with special specifications (also called “seed flour” manufactured by Hadano Shoten Co., Ltd.)
Starch: Processed tapioca starch “Yuri 8” (Matsuya Chemical Co., Ltd.)
Gluten: Wheat gluten "A-Guru G" (Glico Nutrition Foods Co., Ltd.)
Wheat flour: Powerful flour “Acacia” (Chiba Flour Milling Co., Ltd.)
Calcium hydroxide: “Watermelon 350” (Tanaka Lime Industry Co., Ltd.)

[うどん状の新素材こんにゃくの製法]
こんにゃく粉3kg、澱粉3kg、グルテン1.5kg、小麦粉1kgを水97L(20℃)へゆっくりと加えてのり状になるまで撹拌し、2時間放置後、このこんにゃく糊に1.7%水酸化カルシウム10Lを加えて、全体が均一になるまで練り、下記の目皿を通過させて湯浴中(65℃、5分)で加熱することで固化成形させる。これにより弾力等の品質に富んだ麺状のこんにゃくができる。目皿として、こんにゃく糊を皿状の板に直径2.0mmの穴が80個開いたものを用いた。皿状の板は、プラスティック製、真鋳製又はステンレス製のものがある。他に四角の7mm角の穴が開いたもの等種々のものが利用できる。
練り込む原料の配合重量%の比率によって、種々な食品の食感を持つ「こんにゃく麺」ができる。
[Manufacturing method of konjac, a new udon-like material]
Slowly add 3kg of konjac flour, 3kg of starch, 1.5kg of gluten and 1kg of wheat flour to 97L (20 ° C) of water and stir until glue-like, leave it for 2 hours, then add 1.7% calcium hydroxide to this konjac paste. Add 10 L, knead until the whole becomes uniform, pass through the following dish and heat in a hot water bath (65 ° C., 5 minutes) to solidify and form. As a result, noodle-shaped konjac rich in quality such as elasticity can be obtained. As the eye plate, konjac paste having 80 holes with a diameter of 2.0 mm on a plate-like plate was used. The dish-shaped plate may be made of plastic, brass or stainless steel. In addition, various types such as a square 7 mm square hole can be used.
Depending on the ratio of the blended weight% of the raw materials to be kneaded, “konnyaku noodles” having a texture of various foods can be produced.

[うどん状の新素材こんにゃくの包装]
包装時はpH10〜12の「こんにゃく麺」と酸性の調味料(粉末、液状、たれ状)をパウチに充填するが、これにより調味料中の酸性成分でこんにゃく中のアルカリ成分を中和して所定のpHに調整される。包装後は常圧及び加圧殺菌を行い、商品化する。
[Packaging of a new udon-like material, konjac]
When packaging, fill the pouch with "konjac noodles" with a pH of 10-12 and acidic seasonings (powder, liquid, sauce), but this will neutralize the alkaline components in the konjac with the acidic components in the seasonings. It is adjusted to a predetermined pH. After packaging, normal pressure and autoclaving are performed and commercialized.

[実施例1]
うどん状の「新素材こんにゃく」100gと市販用のカレールー〔野菜・果実(たまねぎ・じゃがいも・にんじん・りんご・ココナッツ)、牛肉、小麦粉、乳製品、フルーツチャツネ、エキス(ポーク・チキン)、砂糖、カレー粉、食塩、食用油脂、でんぷん、香辛料、調味料(アミノ酸等)、カラメル色素、香料、パプリカ色素〕50gをパウチに充填した。この際、製品pHを6.5に調整するためカレールーにクエン酸を0.15g追加した。完全密封後、110℃、20分間の加圧加熱した。
[Example 1]
100g of udon-like "new material konjac" and commercially available curry roux (vegetables, fruits (onions, potatoes, carrots, apples, coconuts), beef, flour, dairy products, fruit chutney, extract (pork chicken), sugar, curry Pouch was filled with 50 g of powder, salt, edible oil, starch, spice, seasoning (amino acid, etc.), caramel color, flavor, and paprika color. At this time, 0.15 g of citric acid was added to Carreru to adjust the product pH to 6.5. After complete sealing, heating was performed at 110 ° C. for 20 minutes.

[比較例1]
うどん状の「新素材こんにゃく」でなく、通常のゆでうどんを用いて他は実施例1と同様な方法で行った。小麦粉(中力粉)400gと3%の塩水200gでこねて、細きりしてうどんを作った。こんにゃく粉のみを抜いて他は同じ組成のうどんについては、こんにゃく粉3%と上記のうどんの組成では粘土状になり、うどん様の物性を持ったこんにゃくにならない。そこで、比較例では通常のうどんと比較することとした。
[Comparative Example 1]
The procedure was the same as in Example 1 except that ordinary boiled udon was used instead of the udon-like “new material konjac”. Kneaded with 400 g of wheat flour (medium flour) and 200 g of 3% salt water, thinned to make udon. For noodles with the same composition except for konjac flour, the composition of konjac flour 3% and the above noodles becomes clay-like and does not become a konjac with noodle-like physical properties. Therefore, in the comparative example, comparison was made with normal udon.

[実施例2]
うどん状「新素材こんにゃく」100gと市販うどんダシ汁(醤油、大豆、かつおぶし、しいたけ、こんぶ、砂糖、食塩、みりん、アルコール、調味料(アミノ酸等))50gをパウチに充填した。この際、製品後のpHを7.0に調整するため、パウチ1個当たりのダシ汁に0.1gを追加した。完全密封後、110℃、20分間の加圧加熱した。
[Example 2]
A pouch was filled with 100 g of udon-like “new material konjac” and 50 g of commercially available udon dashi juice (soy sauce, soybeans, bonito, shiitake, kombu, sugar, salt, mirin, alcohol, seasonings (amino acids, etc.)). At this time, in order to adjust the pH after the product to 7.0, 0.1 g was added to the dashi juice per pouch. After complete sealing, heating was performed at 110 ° C. for 20 minutes.

[比較例2]
うどん状の「新素材こんにゃく」ではなく、通常のゆでうどんを用いた他は実施例2と同様な方法で行った。
[Comparative Example 2]
The procedure was the same as in Example 2 except that ordinary boiled udon was used instead of the udon-like “new material konjac”.

[実施例3]
うどん状「新素材こんにゃく」100gと調味液(食塩2%、グルタミン酸Na0.5%)50gをパウチに充填した。この際、製品後のpHを6.0に調整するために、調味液にクエン酸0.2gを添加した。完全密封後、110℃、20分間の加圧加熱した。
[Example 3]
A pouch was filled with 100 g of udon-like “new material konjac” and 50 g of seasoning liquid (2% salt, 0.5% sodium glutamate). At this time, 0.2 g of citric acid was added to the seasoning liquid in order to adjust the pH after the product to 6.0. After complete sealing, heating was performed at 110 ° C. for 20 minutes.

[比較例3]
うどん状の「新素材こんにゃく」ではなく、通常のゆでうどんを用いた他は実施例3と同様な方法で行った。
[Comparative Example 3]
The same procedure as in Example 3 was performed, except that ordinary boiled udon was used instead of the udon-like “new material konjac”.

実施例1のカレーうどん、実施例2のダシ汁うどん、実施例3の調味液うどんの各写真を対応する各比較例とならべて図1に示す。
表1の品質評価はパネル10名とし基準は1から5の5段階で、高いスコアほど品質は良好である。基準はレトルト食品としての価値の比較を行った。結果を表1に示す。
The photographs of curry udon of Example 1, dashi soup udon of Example 2, and seasoning udon of Example 3 are shown in FIG. 1 together with corresponding comparative examples.
The quality evaluation in Table 1 has 10 panelists, and the standard is 5 levels from 1 to 5. The higher the score, the better the quality. The standard compared the value as a retort food. The results are shown in Table 1.

図1に示すように、品質上、香味、商品性はカレーうどんの場合、比較例1はうどんがカレールーを吸って太くなり、軟化した。だし汁や調味液うどんの場合にも比較例2、比較例3のようになり液を吸って太くなり、だし汁や調味液は濁り、商品性は全く認められなかった。   As shown in FIG. 1, in terms of quality, flavor and merchantability were curry udon, and in Comparative Example 1, the udon sucked curry and became thick and softened. In the case of broth and seasoning udon, as in Comparative Examples 2 and 3, the broth was sucked and thickened. The broth and seasoning were cloudy, and no commercial properties were observed.

本発明の澱粉とグルテン、小麦粉をこんにゃく中に混合したうどんの食感を持つ「新素材こんにゃく」は加圧加熱処理による変質が起こらない。また、こんにゃく粉や澱粉、グルテン、小麦粉の混合比率を変えることでうどんの他、ラーメン、ソーメン、スパゲティ、マカロニ等の食感が形成され、また、パウチ内の調味料をカレー、魚貝類スープ、タレ類等にすればいろいろなレトルトパウチ商品が可能となる。   The “new material konjac” having the texture of udon prepared by mixing the starch, gluten and wheat flour of the present invention in konjac does not undergo alteration due to pressure and heat treatment. Also, by changing the mixing ratio of konjac flour, starch, gluten, and wheat flour, textures such as ramen, samen, spaghetti, macaroni, etc. are formed in addition to udon, and seasoning in the pouch is curry, fish shellfish soup, A variety of retort pouch products can be made with sauces.

実施例1のカレーうどん、実施例2のダシ汁うどん、実施例3の調味液うどんの各写真を対応する各比較例とならべて示す図面に代わる写真である。It is the photograph replaced with drawing which shows each photograph of the curry udon of Example 1, the dashi soup udon of Example 2, and the seasoning liquid udon of Example 3 along with each corresponding comparative example.

Claims (10)

こんにゃく、でん粉、グルテンおよび小麦粉からなる原料粉を用いて水に加えて撹拌しこんにゃく糊とし、それに水酸化カルシウムを加え凝固することにより得たpH10〜12の新素材こんにゃくを酸性の調味料と組み合わせてpHを9〜3に調整したことを特徴とする新素材こんにゃく。   Combined with konjac, starch, gluten and wheat flour, added to water and stirred into konjac paste, then added calcium hydroxide and solidified with a new material konjac of pH 10-12 combined with acidic seasoning New material konjac, characterized by adjusting the pH to 9-3. 新素材こんにゃくを、こんにゃく糊に水酸化カルシウムを加えて練り、この状態で目皿を通過させて湯浴中で加熱することで固化成形させた麺状のこんにゃくとして製造する、請求項1記載の新素材こんにゃく。   The new material konjac is produced as a noodle-shaped konjac made by adding calcium hydroxide to konjac paste and kneading and solidifying and molding in this state by passing through an eye plate. New material konjac. こんにゃく1〜5重量%、澱粉1〜10重量%、小麦グルテン1〜5重量%および小麦粉0.5〜5重量%の原料からなる請求項1または2の新素材こんにゃく。   The new material konjac according to claim 1 or 2, comprising 1 to 5% by weight of konjac, 1 to 10% by weight of starch, 1 to 5% by weight of wheat gluten and 0.5 to 5% by weight of wheat flour. こんにゃくは、こんにゃくイモまたはイモを乾燥、粉砕して得た精粉を用いる請求項1、2または3の新素材こんにゃく。   4. The konjac is a new material konjac according to claim 1, 2 or 3, wherein konjac potato or a fine powder obtained by drying and crushing potato is used. 酸性の調味料が粉末、液状またはたれ状である請求項1ないし4のいずれかの新素材こんにゃく。   The new material konjac according to any one of claims 1 to 4, wherein the acidic seasoning is powder, liquid or sauce. 新素材こんにゃくと酸性の調味料の組み合わせは、あらかじめ混ぜ合わせて包装容器に充填する、または包装容器にそれぞれ充填し、その中で混ぜ合わせる請求項5の新素材こんにゃく。   6. The new material konjac according to claim 5, wherein the combination of the new material konjac and the acidic seasoning is mixed in advance and filled into a packaging container, or filled in a packaging container and mixed therein. シール可能のプラスチック製容器を用い、それに充填後、密封し、容器内で新素材こんにゃく中のアルカリを中和して所定のpHに調整されることを特徴とする請求項6の新素材こんにゃく。   7. A new material konjac according to claim 6, wherein a sealable plastic container is used, the container is sealed after filling, and the alkali in the new material konjac is neutralized in the container to adjust to a predetermined pH. こんにゃく1〜5 重量%、澱粉1〜10重量%、小麦グルテン1〜5重量%および小麦粉0.5〜5重量%からなる原料粉を用いて水に加えて撹拌しこんにゃく糊とし、それに水酸化カルシウムを加えて、全体が均一になるまで練り、目皿を通過させて湯浴中で加熱することで固化成形させpH10〜12の麺状の新素材こんにゃくとし、次いで、それを酸性の調味料と組み合わせてpHを9〜3に調整することを特徴とする新素材こんにゃくの製造方法。 A raw material powder consisting of konjac 1-5% by weight, starch 1-10% by weight, wheat gluten 1-5% by weight and wheat flour 0.5-5% by weight is added to water and stirred to form konjac paste, which is then hydroxylated. Add calcium, knead until the whole becomes uniform, pass through the eye plate and heat in a hot water bath to solidify and form a new noodle-like material konjac with a pH of 10-12, then add it to the acidic seasoning A method for producing a new material konjac, characterized in that the pH is adjusted to 9 to 3 in combination. 新素材こんにゃくと酸性の調味料の組み合わせは、あらかじめ混ぜ合わせて包装容器に充填する、または包装容器にそれぞれ充填し、その中で混ぜ合わせる請求項8の新素材こんにゃくの製造方法。   The method for producing a new material konjac according to claim 8, wherein the combination of the new material konjac and the acidic seasoning is mixed in advance and filled in a packaging container, or filled in each packaging container and mixed in each. シール可能のプラスチック製容器を用い、それに充填後、密封し、容器内で新素材こんにゃく中のアルカリを中和してpH9〜3に調整することを特徴とする請求項9の新素材こんにゃくの製造方法。
10. The production of a new material konjac according to claim 9, wherein a sealable plastic container is used, the container is sealed after filling, and the alkali in the new material konjac is neutralized and adjusted to pH 9 to 3 in the container. Method.
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