TW200920262A - Method of making bread - Google Patents
Method of making bread Download PDFInfo
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- TW200920262A TW200920262A TW96142680A TW96142680A TW200920262A TW 200920262 A TW200920262 A TW 200920262A TW 96142680 A TW96142680 A TW 96142680A TW 96142680 A TW96142680 A TW 96142680A TW 200920262 A TW200920262 A TW 200920262A
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- 235000008429 bread Nutrition 0.000 title claims abstract description 112
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 29
- 235000013312 flour Nutrition 0.000 claims abstract description 130
- 235000007164 Oryza sativa Nutrition 0.000 claims abstract description 78
- 235000009566 rice Nutrition 0.000 claims abstract description 78
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 64
- 239000000463 material Substances 0.000 claims abstract description 47
- 238000001816 cooling Methods 0.000 claims abstract description 23
- 150000003839 salts Chemical class 0.000 claims abstract description 16
- 238000002360 preparation method Methods 0.000 claims abstract description 12
- 238000004321 preservation Methods 0.000 claims abstract description 6
- 241000209094 Oryza Species 0.000 claims description 77
- 238000004898 kneading Methods 0.000 claims description 54
- 238000002156 mixing Methods 0.000 claims description 35
- 238000000034 method Methods 0.000 claims description 34
- 238000000855 fermentation Methods 0.000 claims description 29
- 230000004151 fermentation Effects 0.000 claims description 29
- 239000000843 powder Substances 0.000 claims description 17
- 235000012149 noodles Nutrition 0.000 claims description 15
- 235000013310 margarine Nutrition 0.000 claims description 13
- 239000003264 margarine Substances 0.000 claims description 13
- 240000004808 Saccharomyces cerevisiae Species 0.000 claims description 9
- 235000000346 sugar Nutrition 0.000 claims description 9
- 235000020183 skimmed milk Nutrition 0.000 claims description 8
- 235000014121 butter Nutrition 0.000 claims description 5
- 235000013305 food Nutrition 0.000 claims description 4
- 239000000126 substance Substances 0.000 claims description 3
- 206010036790 Productive cough Diseases 0.000 claims description 2
- 210000003802 sputum Anatomy 0.000 claims description 2
- 208000024794 sputum Diseases 0.000 claims description 2
- 239000000654 additive Substances 0.000 claims 1
- 240000007594 Oryza sativa Species 0.000 abstract 1
- 235000013861 fat-free Nutrition 0.000 abstract 1
- 235000008476 powdered milk Nutrition 0.000 abstract 1
- 235000014347 soups Nutrition 0.000 description 21
- 235000019640 taste Nutrition 0.000 description 19
- 230000015572 biosynthetic process Effects 0.000 description 18
- 238000003860 storage Methods 0.000 description 14
- 230000000052 comparative effect Effects 0.000 description 13
- 239000000796 flavoring agent Substances 0.000 description 8
- 235000019634 flavors Nutrition 0.000 description 8
- 235000014680 Saccharomyces cerevisiae Nutrition 0.000 description 7
- 239000012071 phase Substances 0.000 description 7
- 238000011156 evaluation Methods 0.000 description 6
- 239000008384 inner phase Substances 0.000 description 6
- 239000000203 mixture Substances 0.000 description 5
- 239000004615 ingredient Substances 0.000 description 4
- 239000004575 stone Substances 0.000 description 3
- -1 500g Substances 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 2
- CURLTUGMZLYLDI-UHFFFAOYSA-N Carbon dioxide Chemical compound O=C=O CURLTUGMZLYLDI-UHFFFAOYSA-N 0.000 description 2
- 108010068370 Glutens Proteins 0.000 description 2
- OAKJQQAXSVQMHS-UHFFFAOYSA-N Hydrazine Chemical compound NN OAKJQQAXSVQMHS-UHFFFAOYSA-N 0.000 description 2
- 241000209140 Triticum Species 0.000 description 2
- 235000021307 Triticum Nutrition 0.000 description 2
- 230000036528 appetite Effects 0.000 description 2
- 235000019789 appetite Nutrition 0.000 description 2
- 238000005520 cutting process Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 235000021312 gluten Nutrition 0.000 description 2
- 235000013336 milk Nutrition 0.000 description 2
- 239000008267 milk Substances 0.000 description 2
- 210000004080 milk Anatomy 0.000 description 2
- 239000002994 raw material Substances 0.000 description 2
- 206010013911 Dysgeusia Diseases 0.000 description 1
- 241000196324 Embryophyta Species 0.000 description 1
- LFQSCWFLJHTTHZ-UHFFFAOYSA-N Ethanol Chemical compound CCO LFQSCWFLJHTTHZ-UHFFFAOYSA-N 0.000 description 1
- PEDCQBHIVMGVHV-UHFFFAOYSA-N Glycerine Chemical compound OCC(O)CO PEDCQBHIVMGVHV-UHFFFAOYSA-N 0.000 description 1
- KJTLSVCANCCWHF-UHFFFAOYSA-N Ruthenium Chemical compound [Ru] KJTLSVCANCCWHF-UHFFFAOYSA-N 0.000 description 1
- 230000032683 aging Effects 0.000 description 1
- 239000008280 blood Substances 0.000 description 1
- 210000004369 blood Anatomy 0.000 description 1
- 235000012785 bread rolls Nutrition 0.000 description 1
- 229910002092 carbon dioxide Inorganic materials 0.000 description 1
- 239000001569 carbon dioxide Substances 0.000 description 1
- 235000019994 cava Nutrition 0.000 description 1
- 210000004913 chyme Anatomy 0.000 description 1
- 235000009508 confectionery Nutrition 0.000 description 1
- 238000005238 degreasing Methods 0.000 description 1
- 230000018044 dehydration Effects 0.000 description 1
- 238000006297 dehydration reaction Methods 0.000 description 1
- 238000004925 denaturation Methods 0.000 description 1
- 230000036425 denaturation Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 235000021552 granulated sugar Nutrition 0.000 description 1
- 238000007542 hardness measurement Methods 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 230000036571 hydration Effects 0.000 description 1
- 238000006703 hydration reaction Methods 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 238000010899 nucleation Methods 0.000 description 1
- 230000001590 oxidative effect Effects 0.000 description 1
- 238000013441 quality evaluation Methods 0.000 description 1
- 238000011084 recovery Methods 0.000 description 1
- 239000003507 refrigerant Substances 0.000 description 1
- 229910052707 ruthenium Inorganic materials 0.000 description 1
- 235000002639 sodium chloride Nutrition 0.000 description 1
- 241000894007 species Species 0.000 description 1
- 210000000952 spleen Anatomy 0.000 description 1
- 238000011179 visual inspection Methods 0.000 description 1
Landscapes
- Bakery Products And Manufacturing Methods Therefor (AREA)
Abstract
Description
200920262 九、發明說明: 【發明所屬之技術領域】 本發明係有關於— 是 有關-種在口感風味上的造方法,具體地說 上/、有特色的麵包的製造方法。 【先前技術】 作為製造麵包的方、、參 麵團(湯種),然後用它來_小麥粉中加人熱水做成生 被稱為湯種法或㈣法"麵包這樣的方法。這種方法, 。。:=Γ,可以得到富有彈性的具有獨特口感的產 多,就趫…,團的所有麵粉,用於湯種的麵粉量越 夕就越月“于到湯種所特有的富有彈性的口减。 有的對含有麵粉的生麵團添加轉 已為果所周知。通過對生麵團添加米粉,能夠得 有未粉特有的風味、黏性、口感等的麵包。 然而,同時使用這兩種方法來製造麵包卻非易事。即, 在用湯種法製造麵包時,在對含有麵粉的生麵團添加熱水 的情況下,麵粉中的麵銥Μ 扪题肋(麥麩質)因熱水發生變性。因此, 容易引起在烤好後麵包潰散掉這樣的洞窟現象發生。而 且’當對於生麵團添加米粉後,由於該米粉阻礙了麵筋的 形成,因生麵團的發酵而產生的二氧化破氣體不能被保持 在生麵團中’所以更容易引起在烤好後麵包潰散掉這樣的 洞窟現象的發生。 基於上述理由’要製造既帶有湯種特有的富有彈性的 2191-9242-PF 5 200920262 感’並且作為麵包整體 口感,又帶有米粉特有的風味和 為均質的這樣的麵包,並非易事 【發明内容】 本發明的目的在於,提佴 _ ^ 扠供—種既帶有湯種特有的富有 弹性的口感,又帶有米粉牲古& 私特有的風味’並且作為麵包整體 為均質的麵包的製造方法。 達成上述目的的方法如下。 -:麵包的製造方法,包括:中間生麵團材料熱水混 I揉捏步驟,它是在相對於麵粉_重量份,添加0.4 里份〜20重量份的米粉、 π *、Α ^ ^ 並且不添加脫脂奶粉而 預先準備好的材料中,相射 ^相對於上述麵粉100重量份,加入 …水8G〜12Q重量份進行混合揉捏;冷卻保存步驟,它是 ^調製好的中間生麵團進行冷卻,使其内部溫度為-5t 1 〇 c ’並且在内部溫度 田 又馮该/皿度範圍的狀態下將其保存 4〜72小時;溫度調聲来 ^ 驟,匕疋把在該冷卻保存步驟中 被冷部的中間生麵團調製 C〜30 C;把通過該溫度調 整乂驟進行了溫度調整 部分來利用。 中門生麵團作為麵包生麵團的— 根據本發明的麵包的製造方法,因為是把進行了中間 脾團材料熱水此合揉捏步驟、冷卻保存步驟和溫度調整 '▲的令間生麵團作為麵包生麵團的—部分來利用的,所 2夠製造帶有湯種特有的富有彈性的口感,又帶有米粉 的風味,並且作為麵包整體為均質的麵包。 2191-9242-pf 6 200920262 【實施方式】 以下,就本發明的麵包的製造方法進行說明。 本發明的麵包的製造方法,包括:中間生麵團材料熱 水混合揉捏步驟,它是在相對於麵粉1〇〇重量份,添加〇工 重量份〜20重量份的米粉、和食鹽,並且不添加脫脂奶粉 而預先準備好的材料中,相對於上述麵粉_重量份,加 入熱水80〜120重量份推杆、-η人4茅_^ 里里伤進仃此合揉捏;冷卻保存步驟,它 是將被調製好的中間生麵團進行冷卻,使其内部溫度為1 C並且在内部溫度為該溫度範圍的狀態下將其保 :、:4二72小時;溫度調整步驟,它是把在該冷卻保存步驟 中被冷料中間生麵團調製幻3t〜3()t ; 調整步驟進行了溫度調整的 "皿度 -部分來㈣。 門生麵團作為麵包生麵團的 =明的麵包的製造方法的特徵在於, 好的中間生麵團(換言之, 被料 分來利用這一點。 種)作為麵包生麵團的—部 在中間生麵團的調製中, 水 中使用麵粉、米粉、食鹽和熱 作為麵粉、食鹽,使用眾所周知的東西。 通過利用添加了米粉的中間生 粉特有的風味、美味、口 了以^具有 雖然也可以使用標㈣,:乞的麵包類。作為米粉 粉為佳。與添加糯米的米粉相比以粳米為原科的: 添加了粳米的米粉能多200920262 Nineth, the invention is related to the invention. [Prior Art] As a side for making bread, a dough (soup), and then using it to make a hot water in a wheat flour, it is called a soup method or a method of "four" method. This method, . . :=Γ, you can get a flexible and unique taste of the product, just 趫..., all the flour of the group, the amount of flour used in the soup, the more the moon, the more flexible the mouth is unique to the soup. Some of the doughs containing flour have been known to be added. It is known that by adding rice flour to dough, it is possible to obtain bread with a unique flavor, viscosity, taste, etc. However, both methods are used at the same time. It is not easy to make bread. That is, in the case of adding bread to the dough containing flour when the bread is made by the soup method, the noodles in the flour (wheat gluten) occur due to hot water. Denaturation. Therefore, it is easy to cause the phenomenon that the bread collapses after baking, and 'when the rice flour is added to the dough, the rice dioxide inhibits the formation of gluten, and the oxidizing gas generated by the fermentation of the dough Can't be kept in the dough' so it is more likely to cause the phenomenon of caves that collapsed after baking. For the above reasons, 'To create a flexible 2191 that is unique to the soup. -9242-PF 5 200920262 It is not easy to use it as a whole taste of bread, and it has a flavor unique to rice flour and a homogeneous bread. [Invention] The object of the present invention is to provide a kind of 佴^^ A method of producing a bread that is unique in bread and has a flavor that is unique to the soup and has a unique flavor of rice. The method for achieving the above purpose is as follows. -: Method of manufacturing bread , including: intermediate dough material hot water mixing I kneading step, which is prepared in advance by adding 0.4 parts to 20 parts by weight of rice flour, π*, Α ^ ^ with respect to the flour_parts by weight and without adding skim milk powder In a good material, the phase contrast is relative to 100 parts by weight of the above flour, and is added with water 8G~12Q parts by weight for kneading; the cooling preservation step is to prepare the prepared intermediate dough for cooling, and the internal temperature is -5t 1 〇c 'and keep it for 4 to 72 hours in the state of the internal temperature field and the range of the water; the temperature is adjusted to the sound, and the 匕疋 is cooled in the cooling and saving step. The intermediate dough is prepared by using C~30 C; the temperature is adjusted by the temperature adjustment step. The middle dough is used as the bread dough - the bread making method according to the present invention, because the middle spleen is carried out The hot water of the mass material is combined with the kneading step, the cooling and storage step, and the temperature adjustment of the ▲ interditial dough as part of the bread dough, which is sufficient to produce a flexible taste with the unique characteristics of the soup. The bread with the flavor of rice flour is a homogeneous bread as a whole bread. 2191-9242-pf 6 200920262 [Embodiment] Hereinafter, a method for producing bread according to the present invention will be described. a dough material, a hot water mixing and kneading step, which is prepared by adding a taper weight of -20 parts by weight of rice flour and salt to a portion of the flour, and adding the skim milk powder without adding the skim milk powder. With respect to the above-mentioned flour_parts by weight, 80 to 120 parts by weight of hot water is put into the putter, and -n people are 4 _ _ 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里 里The intermediate dough is cooled to have an internal temperature of 1 C and maintained at an internal temperature of the temperature range: , 4:72 hours; a temperature adjustment step, which is In the cooling and preservation step, the middle dough of the cold material is modulated by the magic 3t~3()t; the adjustment step is carried out by the temperature adjustment of the "degree" - part (4). The method of manufacturing the dough of the bread dough as the bread dough is characterized in that the good intermediate dough (in other words, the material is used to take advantage of this.) is used as the dough of the bread dough in the preparation of the intermediate dough. Use flour, rice flour, salt and heat in the water as flour and salt, and use well-known things. By using the flavor, taste, and mouth that are unique to the intermediate powder added with rice noodles, it is also possible to use the bread of the standard (four): 乞. It is preferred as rice flour. Compared with the rice noodles added with glutinous rice, the glutinous rice is the original one: the rice noodles added with glutinous rice can be more
2191-9242-PF 200920262 製造具有更佳口感的好吃的麵包類。另外,關於米粉,雖 然可以使用就把生米磨成粉的石型米粉和把米加熱糊化之 後磨成粉的α型米粉中的任何一種,但是由於点型米粉可 很好地分散於生麵團中,得到良好的口感,所以為佳。另 外,也可以將α型米粉和万型米粉兩者一起添加。 作為熱水,以使用90度以上的熱水為佳。 然後,首先,進行中間生麵團材料熱水混合揉捏步驟, 它是在相對於麵粉100重量份,添加〇1重量份〜2〇重量 伤的米粉、和舍睡,开g ^並且不添加脫脂奶粉而預先準備好的 材料中’相對於上述麵請重量份,加入熱水Μ, 重量份進行混合揉捏。 在本發明中,在作為該生麵團調製的開始的中間生麵 團材料熱水混合揉捏步驟中,不添加脫脂奶粉。出於改盖 風味等目的,在麵包的制 .θ 、製1^過程中一般要添加脫脂奶粉。 但疋’在添加熱水的 ^ ^ ^ ^ ^ 月中,由於因熱水會讓脫脂奶粉 ^ I限其恕果將發生有損風味的情 形,故不予添加。尚曰m ^ 月 到充八改盖W ,因為添加了米粉’所以有風味得 到死分改善的效果。 作為米粉的添加量,相對於麵粉Μ 加0.1重量份〜20重 里仿4要添 „ .. >、 伤,以添加〇.2〜ίο重量份為更佳。 另外,作為食鹽的添Λ θ 添加ϊ ’相對於麵粉100重量份, 〜15重量份為佳 置物以4 特別疋以5〜12重量份為更佳。食醆 添加量,比在通當 ^ 媒、 、生麵團調製中添加的量要高很多。這 樣,通過增加食鹽禾 段添加置,即,增加中間生麵團材料熱水2191-9242-PF 200920262 Manufacture of delicious bread with a better taste. In addition, as for the rice flour, it is possible to use any one of the stone type rice flour which grinds the raw rice into powder and the α type rice powder which grinds the rice and grinds it into powder, but since the point type rice flour can be well dispersed in the raw In the dough, a good taste is obtained, so it is better. Alternatively, both the α-type rice flour and the 10,000-type rice flour may be added together. As hot water, it is preferred to use hot water of 90 degrees or more. Then, first, an intermediate dough material hot water mixing kneading step is carried out, in which 100 parts by weight of the flour is added, 1 part by weight of the weight of the rice powder is added, and the bed is opened, the g ^ is opened, and no degreasing is added. In the pre-prepared material of the milk powder, 'please add the hot water to the above-mentioned surface, and mix and knead the parts by weight. In the present invention, in the hot water mixing kneading step of the intermediate dough material as the start of the preparation of the dough, no skim milk powder is added. For the purpose of changing the flavor, etc., skim milk powder is generally added during the process of making the bread. However, in the month of ^ ^ ^ ^ ^ in which hot water is added, it will not be added because the hot water will cause the skim milk powder to limit its forgotten fruit. Shang Yi m ^ month to fill the eight to change the cover W, because the addition of rice noodles, so the flavor has the effect of improving the death score. As the amount of the rice flour added, it is more preferable to add 0.1 parts by weight to 20 parts by weight of the flour, and to add 〇.2 to ίο parts by weight. Further, as a salt, θ is added. Adding ϊ 'with respect to 100 parts by weight of the flour, 〜15 parts by weight is preferably a good content, and 4 parts by weight is more preferably 5 to 12 parts by weight. The amount of chyme added is more than that added in the preparation of the dough, the dough, and the dough. The amount is much higher. In this way, by adding salt and adding sections, that is, adding intermediate dough material to hot water.
2191-9242-PF 200920262 混合揉捏物中的鹽分濃度’可以 程中的雜菌的,殖。特別是,通、“間生麵團調製過 八農产的π / 通過如上所述那樣做成高鹽 刀-度的同時,又不添加脫脂奶粉,可以顯著地抑制在中 間生麵團調製過程中的雜菌的繁殖。作為食鹽添加量,也 可以把在被調製的最終生麵團中所添加的食鹽總量添加至 該中間生麵團材料中。 在十間生麵團材料熱水混合揉捏步驟中,在將麵粉、 米粉和食鹽混合後,再加入熱水混合揉捏,來調製中間生 麵,。添加的熱水量,相對於麵粉100重量份為80〜120 2量份’以9。〜110重量份為較佳’以9〇重量份〜_重 里份為更佳。所謂熱水,是指溫度為阶以上的水。以㈣ 以上价以下為佳。若為85°C以上’則作為湯種的效果 能夠得到切實地發揮;若為阶以下,則不會使生麵團產 生難以預料的熱變化。 。另外,在調製中間生麵團時,生麵團溫度以55t〜8〇 :c為佳。這裏所說的生麵團溫度,是指生麵團的内部溫度。 通常是指生麵團中心都的、、0 # ^ 趣图甲“。卩的血度。作為生麵團温度(揉捏好 的生麵團溫度),以5rc〜7(rc為較佳。 然後,進行冷卻保存步驟,即,將如上所述被調製好 的中間生麵團進行冷卻保存。 在該冷部保存步驟中’把被調製好的中間生麵團進行 冷卻,使其内部溫度成為_5t〜1(rc,並且在内部溫度為 該溫度範圍的狀態下將其保存24〜72小時。該冷卻保存步 驟是通過把中間生麵團保存於被調到(TC的冷藏室中來進2191-9242-PF 200920262 The salt concentration in the mixed kneaded product can be colonized by the bacteria. In particular, it is possible to significantly suppress the π in the intermediate dough preparation process by making the π of the cultivating dough and the high salt knives as described above without adding skim milk powder. Propagation of the bacteria. As a salt addition amount, the total amount of the salt added in the final dough to be prepared may also be added to the intermediate dough material. In the hot dough mixing and kneading step of the ten dough materials, After the flour, the rice flour and the salt are mixed, the hot water is mixed and kneaded to prepare the intermediate dough, and the amount of the hot water added is 80 to 120 2 parts by weight relative to 100 parts by weight of the flour. Preferably, the portion is preferably 9 parts by weight to _ parts by weight. The term "hot water" refers to water having a temperature of more than or equal to the order. Preferably, the amount is not more than (4) or more, and if it is above 85 °C, it is used as a soup. The effect can be effectively exerted; if it is below the order, the dough will not cause unpredictable thermal changes. In addition, when the intermediate dough is prepared, the dough temperature is preferably 55t~8〇:c. Said dough temperature, Refers to the internal temperature of the dough usually refers to a dough centers of interest ^ ,, 0 # A in FIG. " Awkward blood. As the dough temperature (kneading dough temperature), 5rc to 7 (rc is preferred. Then, a cooling and storage step is performed, that is, the intermediate dough prepared as described above is cooled and stored. In the cold portion storage step, 'the prepared intermediate dough is cooled to have an internal temperature of _5t~1 (rc, and it is stored for 24 to 72 hours while the internal temperature is in the temperature range. This cooling The preservation step is carried out by keeping the intermediate dough in the cold storage room (TC)
2191-9242-PF 9 200920262 仃的。於疋,像這樣,通過將中間生麵團冷卻使其内部溫 度成為-5t〜1(TC,並且在内部溫度為該溫度範圍的狀態 下將其保存24〜72小時,使得即使中間生麵團(湯種的量) 比較少’也可以得到良好的口感。 然後’通過24小時以上如上所述狀態的冷卻保存,就 能夠得到烤好後的良好的口《,另外,只要上述狀態下的 冷部保存時間是在72小以下的話,生麵團中的脫水現象就 不會發生。作為冷卻保存時間’卩15小時〜小時為適 丧卜來,進行溫度調整步驟,即,將冷卻保存過的令 間生麵團調製至丨3 〜3〇 〇c。 、 C 坆就疋所謂的溫度復原步 驟。這樣,通過將中間生麵團 麴團的,皿度设原到常溫程度的狀 :’不僅使其與其他生麵围材料的混合揉捏性變得良好, 另外,作為溫度調整步驟,以_良好的口感。 又门正步驟,以將冷卻保存 調製至15°c〜2〇t為佳。、1 ^的中間生麵團 C為佳。廷樣,通過將溫度 溫度-定程度地調高,並使 二原步驟中的 合揉捏步驟中的製冷物質佬凰-使侍在後道的混 成4物質的使用量可以減少。 溫度调整步驟, 過將冷卻保存過的中間+ 圍六 溫藏箱中保存一定蚌門在社 麵團在 〜30t左右為佳。 臧相的恤度,以肌 乃外該溫度調製步驟,還可% 4 在冷卻保存步驟中收藏於冷藏箱中的 ^了以通過把 常溫環境下放置來進行。 s生麵圓取出’在 然後’在本發明中 和用_製好的中間生麵團(湯2191-9242-PF 9 200920262 Oh. Yu Yu, like this, by cooling the intermediate dough to have an internal temperature of -5t to 1 (TC, and storing it for 24 to 72 hours while the internal temperature is in this temperature range, so that even the intermediate dough (soup The amount of the plant is relatively small, and a good taste can be obtained. Then, by cooling and storing in the above state for 24 hours or more, a good mouth after baking can be obtained, and in addition, the cold portion can be preserved in the above state. When the time is less than 72, the dehydration phenomenon in the dough does not occur. As the cooling storage time '卩15 hours to hours is the appropriate temperature, the temperature adjustment step is performed, that is, the cooling is preserved. The dough is prepared to 丨3 to 3〇〇c., C 坆 is the so-called temperature recovery step. In this way, by smashing the middle dough, the dish is set to the original temperature: 'not only makes it and other raw The kneading property of the surface material is good, and the temperature is adjusted to a good taste. The step of the door is adjusted to a cooling rate of 15 ° c to 2 〇 t. The intermediate dough C is better. The temperature of the temperature is adjusted to a certain extent, and the refrigerant in the kneading step in the second step is phoenix--the use of the mixed substance 4 in the back channel is used. The amount can be reduced. The temperature adjustment step, after the cooling is saved in the middle + six storage tanks, it is better to save some tips in the dough at ~30t. The phase of the 臧 phase, the muscle is outside the temperature modulation step It can also be stored in the freezer in the cooling and storage step to be placed by placing it under normal temperature. s raw dough is taken out 'in then' in the present invention and used in the middle dough (soup
2191-9242-PF 200920262 種)作為麵包生麵團的一部分來製造麵包。另外,所製造麵 ^的種類也可以是各種各樣。尚且,本發明的麵包的製造 方法,通過適用於食用麵包、麵包卷、糕點麵包,其效果 可以得到極其有效的發揮。 作為麵包的製造方法’只要是將如上所述調製好的中 間生麵團作為麵包生麵團的一部分來利用的話,哪種方法 都可、〃體地5兒,彳以使用被稱之為所謂直接法(直接揉 法)被稱之為所謂中種法等的方法。於是,在製造麵包 寺通過在%加如上所述調製好的中間生麵團的同時,添 加生麵團總體所需麵粉的余量、水、酵母、砂糖、黃油或 者人造黃油、食鹽等材料、以及預先準備好的其他的生麵 團,並將它們一起混合揉捏,來調製生麵團,然後根據通 常的方法,通過發酵、烤製,麵包就製造出來了。 另外’在將本發明的麵包的製造方法,應用到直接揉 捏法(直接去)時,較好的做法是在形成生麵團總量所需的 ^麵粉100重量份中’要以使作為麵粉的量成為10〜60重量 份這樣的方式來使用上述中間生麵團。特別期望的是,在 形成生麵團總量所需的麵粉100重量份中,要以使作為麵 粉的量成為20〜50重量份這樣的方式來使用上述中間生 麵團。 於疋,在k種情況下,進行下述的生麵團調製步驟(主 揉捏步驟)、發酵步驟和烤製步驟。即,在生麵團調製㈣ (主揉捏步驟),把在形成生麵團總量所需的麵粉100重量 份中的、作為麵粉的量為10〜60重量份的上述中間生麵團2191-9242-PF 200920262 species) Bread is made as part of bread dough. Further, the type of the surface to be manufactured ^ may be various. Further, the method for producing bread of the present invention can be effectively and effectively exerted by being applied to edible bread, bread rolls, and confectionery bread. As a method of producing the bread, as long as the intermediate dough prepared as described above is used as a part of the bread dough, any method can be used, and the body can be used as a so-called direct method. (Direct method) is called the method of the so-called middle method. Thus, in the manufacture of the bread temple, by adding the intermediate dough prepared as described above in %, the balance of the flour required for the overall dough, water, yeast, sugar, butter or margarine, salt and the like, and Prepare the other dough, mix and knead them together to prepare the dough, and then, according to the usual method, the bread is produced by fermentation and baking. In addition, when the method for producing the bread of the present invention is applied to the direct kneading method (directly), it is preferred to use it as a flour in 100 parts by weight of the flour required to form the total amount of the dough. The amount becomes 10 to 60 parts by weight in such a manner as to use the above intermediate dough. It is particularly desirable to use the above intermediate dough in such a manner that the amount of the flour is 20 to 50 parts by weight in 100 parts by weight of the flour required to form the total amount of the dough. In the case of k, the dough preparation step (main kneading step), the fermentation step, and the baking step described below were carried out. That is, in the dough preparation (four) (main kneading step), the above intermediate dough is used as an amount of flour of 10 to 60 parts by weight in 100 parts by weight of the flour required to form the total amount of dough.
2191-9242-PF 11 200920262 和作為麵粉的量為40〜90重晉 母、黃油或者人造黃油、水以及砂糖、酵 使被調製好的生麵團發酵;在烤;^捏;在發酵步驟, 團進行烤製。 切1步驟,將發酵好的生麵 發酵步驟用通常的方法進行。通常,發酵步驟讓最终 生麵團靜置(地板)後,將其進行切割、弄圓,之後,再使 其靜置(凳子)以後,進行最玖 常的方法烤製。丁取、、、發酵(棋爐)。然後,根據通 f ^外’在將本發明的麵包的製造方法應用於通過中種 造的方法時,較好的做法是在形成生麵團總量所需 二,广重量份中,要以使作為麵粉的量成為Π)〜30重 里伤k樣的方式來使用上述中間生麵團。 於是,在這種情況下,進行 生麵團調製步驟、發酵步驟和烤製步驟m製步中驟、 :製:驟,是將麵粉、酵母和水進—:發:: 酵;:二團調製步驟,是把在形成生麵團總量: 的上述中間生麵團…。重量份的上述發酵中種重r 石)糖、黃油或者人造黃油、水進行混在及 生麵:::::生麵在烤製步驟,^2191-9242-PF 11 200920262 and as the amount of flour is 40~90 heavy mother, butter or margarine, water and sugar, yeast to ferment the prepared dough; in baking; ^ pinch; in the fermentation step, Bake. In the first step, the fermented noodle fermentation step is carried out in the usual manner. Usually, the fermentation step allows the final dough to stand (floor), cut it, round it, and then, after allowing it to stand (stool), it is baked in the most common way. Ding, and, fermentation (chess furnace). Then, when the method for producing the bread of the present invention is applied to a method for producing a seed according to the method, it is preferable to use two or more parts of the total amount of dough to be formed. We use the above intermediate dough as the way of the sputum. Then, in this case, the dough preparation step, the fermentation step, and the baking step m are carried out in the step of preparing the flour, the yeast, and the water into the milk: yeast:: leaven; The step is to put the total amount of dough in the formation: the above intermediate dough.... The weight of the above fermented seed weight r stone) sugar, butter or margarine, water mixed with raw noodles::::: noodles in the baking step, ^
在該方法令,調製有發酵令種。發酵中種 ==:酵母和水進行混合揉捏,按照通常的= 酵來進订的。然後,通過將中間生麵團(湯種)、發酵中 2191*9242-PF 12 200920262 種、麵粉、砂糖、* 來進行最終生麵圈二::者人造黃油、水進行混合揉捏, 生麵團發酵。通常、… 然後’用通常的方法讓該最終 後,進行切割、弄 y疋讓取終生麵團靜置(地板) 終發酵(烘爐)。钬^ ^再靜置(凳子)以後,進行最 在本發明中,、根據通吊的方法烤製。 水進行混合揉捏後, h有米粉的材料加入熱In this method, a fermentation seed is prepared. Fermentation seeds ==: Yeast and water are mixed and kneaded, and ordered according to the usual = leaven. Then, the intermediate dough (the soup), the fermentation 2191*9242-PF 12 200920262, the flour, the sugar, the * to carry out the final dough 2:: margarine, water mixed kneading, dough fermentation . Usually, ... then 'after the final method, the final method of cutting, y 疋 let the raw dough rest (floor) final fermentation (oven).钬^^ After standing still (stool), it is most preferably in the present invention, and is baked according to the method of hanging. After the water is mixed and kneaded, the material with the rice flour is added to the heat.
夠給予所製造的 v '、存了的湯種生麵團,所以能 裏k的麵包以獨特的 製狀態。另外,所制、 几未和口感,以及良好的烤 所版造的麵句,1 士 & β 時,在一定期間内,可伴捭声杯昌有彈性的口感的同 【實施例】 了保持良好的水合狀態。 下面就本發明的實施例進行說明。 (實施例1 ) 該實施例疋將本發明的麵包的製造方法適用於直接法 (直接揉捏法)的方法。 中間生麵團中添加的米粉,使用了以粳米作為原料的 泠型米粉。通過按如下所述進行中間生麵團材料熱水混合 揉捏步驟、冷卻保存步驟、溫度調整步驟、主揉捏步驟、 發酵步驟、烤製步驟,來製造麵包。 (中間生麵團材料熱水混合揉捏步驟) 中間生麵團的配料及混合按照通常的方法按如下所述 進行。另外’在混合中,低速是指90rpm、中速是指ΙδΟΓΡ10、 高速是指2 7 0 r pm。在以下的實施例中也相同。 生麵團配料It is enough to give the prepared v', the soup, and the dough, so that the bread can be made in a unique state. In addition, the prepared, the unfinished taste, and the good roasting version of the face sentence, 1 士 & β, in a certain period of time, can be accompanied by the sound of the cup of the same elastic [Embodiment] Maintain a good hydration state. The embodiments of the present invention will now be described. (Example 1) This example is a method in which the method for producing bread of the present invention is applied to a direct method (direct kneading method). The rice flour added to the middle dough is made of glutinous rice noodles with glutinous rice as a raw material. The bread is produced by performing the intermediate dough material hot water mixing kneading step, cooling storage step, temperature adjustment step, main kneading step, fermentation step, and baking step as follows. (Intermediate dough material hot water mixing kneading step) The ingredients and mixing of the intermediate dough are carried out as follows according to the usual method. Further, in the mixing, the low speed means 90 rpm, the medium speed means ΙδΟΓΡ10, and the high speed means 270 pm. The same is true in the following embodiments. Raw dough ingredients
2191-9242-PF 200920262 麵粉 2000g(相對于生麵團形成用的麵粉loo重量份 為2 0重量份) 食鹽 200g 米粉 (相對于生麵團形成用的麵粉為0_ 1%、相對 於中間生麵團麵粉1〇〇重量份為〇_ 5重量份) 將上述材料混合後,加入熱水(95。(:)20〇〇g,用低速混 合揉捏3分鐘,然後,用中速混合揉捏2分鐘,中間生麵 團(湯種)則調製好了。調製好了的湯種的内部溫度(揉捏好 時的溫度)為65°C。 (冷卻保存步驟) 接著,將得到的中間生麵團(湯種),靜置於_rc的冷 藏相内’冷部保存35小時。而且,在冷藏箱内靜置後,大 約4小時以後’確認了中間生麵團的内部溫度$ 201:以 下。另外’ 40小時冷卻保存後㈣間生麵團的内部溫度大 中間生麵團是在2191-9242-PF 200920262 Flour 2000g (20 parts by weight relative to flour loo for dough formation) 200g rice salt (0-1% relative to flour for dough formation, relative to intermediate dough flour 1 〇〇 Parts by weight 〇 5 parts by weight) After mixing the above materials, add hot water (95. (:) 20 〇〇 g, knead for 3 minutes with low speed mixing, then knead for 2 minutes with medium speed mixing, The intermediate dough (the soup) is prepared. The internal temperature of the prepared soup (the temperature at the time of kneading) is 65 ° C. (Cooling and storage step) Next, the obtained intermediate dough (the soup) ), placed in the refrigerated phase of _rc's cold portion for 35 hours. Moreover, after standing in the freezer, after about 4 hours, the internal temperature of the intermediate dough was confirmed to be $201: or less. In addition, '40 hours After cooling and storage (four), the internal temperature of the dough is large and the middle dough is in
5°C 約為8°C。因此,大約32小時左右, 〜1 5°C的溫度範圍内被冷卻保存著的 (溫度調整步驟) 將冷卻保存了的中間生麵 溫藏箱内靜置,加溫保存了 2 間生麵團的内部溫度為2(rc。 (主揉捏步驟) 團(湯種)放入調製至25°c的 小時。從溫藏箱内取出的中 採用經如上所述進行了 按以下所述調製了最終生麵 溫度調整的中間生麵團 團。 ,並且 麵粉 8 〇 〇 〇g5 ° C is about 8 ° C. Therefore, it is cooled and stored in a temperature range of ~15 °C for about 32 hours (temperature adjustment step). The cooled and preserved intermediate dough temperature chamber is allowed to stand, and the two doughs are preserved by heating. The internal temperature is 2 (rc. (main kneading step). The group (soup) is placed in an hour adjusted to 25 ° C. The removal from the temperature tank is carried out as described above and the final preparation is as follows. Raw dough dough with adjusted dough temperature. And flour 8 〇〇〇g
2191-9242-PF 14 200920262 砂糖 5 0 0 g 酵母 300g 人造黃油 5 Ο 0 g 中間生麵團(湯種)上述的中間生麵團總量(麵粉量 2000g、米粉量 2〇〇g) 水 5000g 將除人造黃油以外的上述材料,用低速混合揉捏4分 鐘,用中速混合揉捏8分鐘後,將人造黃油全部投入,再 用低速混合揉捏3分鐘’用中速混合揉捏5分鐘,這樣就 調製好了全部¢4的生麵團(最終生麵團)。調冑好的全部 重量的生麵團(最終生麵團)的内部溫度(揉捏好時的溫度) 為 27°C。 (發酵、烤製步驟) 接著,用上述全部重量的生麵團(最終生麵團),通過 通常的方法發酵、烤製而製得食用麵包。 靜置(地板)時間(最終生麵團的發醒)進行60分鐘。之 後將最^生麵團切割成多個以後,再將靜置(凳子)時間 (切割好的生麵團的發醒)進行15分鐘。之後,將切割好的 生麵團放入烘爐(發酵器)内發酵6〇分鐘。然後,將各個切 割好的生麵團放人食用麵包成型模具内,蓋上蓋子後,& 入烤製爐内,通過在2〇〇t/2〇〇t (上火溫度/下火溫度、 45分鐘)的條件下烤製,製得角型食用麵包。 ㈣又 (實施例2) 除米粉的添 在中間生麵團材料熱水混合揉捏步驟中 2191-9242-PF 15 200920262 加里〇又疋為50g(相對于生麵團形成用的麵粉為〇 相對 於中間生麵團麵粉100重量份為25重量份)以外,其他與 實施例1同樣地進行,製得角型食用麵包。 (實施例3) 在中間生麵團材料熱水混合揉捏步驟中,除求粉的添 加量設定A l00g(相對于生麵團形成用的麵粉為1%、相對 &中間&麵團麵粉⑽重量份為5重量份)以外,其他與實 施例1同樣地進行,製得角型食用麵包。 (實施例4) 在中間生麵團材料熱水混合揉捏步驟中,除米粉的添 加量設定為400g(相對于生麵團形成用的麵粉為4%、相對 於中間生麵團麵粉100重量份為2〇重量份)以外,其他與 實施例1同樣地進行,製得角型食用麵包。 (實施例5) 在中間生麵團材料熱水混合揉捏步驟中,除米粉的添 加量設定為5g(相對于生麵團形成用的麵粉為〇 〇5%、相對 於中間生麵團麵粉100重量份為0.25重量份)以外,其他 與實施例1同樣地進行,製得角型食用麵包。 (比較例1) 中,除了不添加 製得角型食用麵 在中間生麵團材料熱水混合揉捏步驟 米粉以外,其他與實施例1同樣地進行, 包。 (比較例2) 在中間生麵團材料熱水混合揉捏步驟中,除了不進行 2191-9242-PF 16 200920262 溫度調整步驟以外’其他與實施例1同樣地進行,製得角 型食用麵包。另外,在該比較例2中,沒有進行良好的主 揉捏。 (實施例6 ) 作為中間生麵團材料熱水混合揉捏步驟中的米粉,除 了用使用了粳米的/3型米粉,其添加量設定為5〇这(相對 于生麵團形成用的麵粉為〇_5%、相對於中間生麵團麵粉 100重量份為2. 5重量份)以外,其他與實施例i同樣地進 行,製得角型食用麵包。 (實施例7) 作為中間生麵團材料熱水混合揉捏步驟中的米粉,☆ 了用使用了糯米的α型米粉,其添加量設定為5〇g(相對= 生麵團形成用的麵粉為0.5%、相對於中間生麵團麵粉1〇〇 重量份為2. 5重量份)以外,其他與實施例i同樣地進行, 製得角型食用麵包。 (實施例8) 該實施例是將本發明的麵包的製造方法適用於中種法 的例子。 中間生麵團中添加的米粉,使用了以粳米作為原料的 石型米粉。通過按如下所述進行中間生麵團材料熱水混合 揉捏步驟、冷卻保存步驟、溫度調整步驟、發酵中種調; 步驟、主揉捏步驟、發酵步驟、烤製步驟,來製得 用麵包。 1艮 (中間生麵團材料熱水混合揉捏步驟)2191-9242-PF 14 200920262 Sugar 5 0 0 g Yeast 300g Margarine 5 Ο 0 g Intermediate dough (soup) The total amount of intermediate dough mentioned above (the amount of flour 2000g, the amount of rice flour 2〇〇g) The above materials other than margarine were kneaded at a low speed for 4 minutes, kneaded at a medium speed for 8 minutes, and then the margarine was all put in, and then kneaded at a low speed for 3 minutes, and kneaded for 5 minutes at a medium speed. All the dough of ¢4 (final dough) was prepared. The internal temperature of the dough (final dough) of the whole weight (the temperature at the time of kneading) was 27 °C. (Fermentation and roasting step) Next, the edible bread is obtained by fermenting and baking the dough (the final dough) of the above-mentioned total weight by a usual method. The standing (floor) time (the wake of the final dough) was carried out for 60 minutes. After the most dough is cut into a plurality of pieces, the standing (stool) time (when the cut dough is awake) is carried out for 15 minutes. Thereafter, the cut dough was placed in an oven (fermenter) for fermentation for 6 minutes. Then, put each cut dough into a bread forming mold, cover it, and then into the baking oven, at 2〇〇t/2〇〇t (fire temperature/under fire temperature, Baked under 45 minutes) to make angled bread. (4) Again (Example 2) In addition to the addition of rice flour in the middle dough material hot water mixing kneading step 2191-9242-PF 15 200920262 Gary 〇 疋 is 50g (relative to the flour for the formation of dough is 〇 relative to the middle An angled bread was prepared in the same manner as in Example 1 except that 100 parts by weight of the dough flour was used in an amount of 25 parts by weight. (Example 3) In the intermediate dough material hot water mixing kneading step, the addition amount of the powder was set to A 100 g (1% relative to the flour for dough formation, relative & middle & dough flour (10) weight An edible bread was prepared in the same manner as in Example 1 except that the amount was 5 parts by weight. (Example 4) In the intermediate dough material hot water mixing kneading step, the addition amount of the rice flour was set to 400 g (4% with respect to the flour for dough formation and 100 parts by weight with respect to the intermediate dough flour) The same was carried out in the same manner as in Example 1 except that the weight of the crucible was changed to obtain an angled bread. (Example 5) In the intermediate dough material hot water mixing kneading step, the addition amount of the rice flour was set to 5 g (5% relative to the dough for dough formation, and 100 parts by weight relative to the intermediate dough flour). An angled bread was prepared in the same manner as in Example 1 except that it was 0.25 parts by weight. (Comparative Example 1) The preparation was carried out in the same manner as in Example 1 except that the obtained noodle-shaped edible noodle was prepared without adding the prepared dough material hot water mixing kneading step rice flour. (Comparative Example 2) An edible bread was prepared in the same manner as in Example 1 except that the temperature adjustment step of 2191-9242-PF 16 200920262 was not carried out in the intermediate dough material hot water mixing kneading step. Further, in Comparative Example 2, good main kneading was not performed. (Example 6) As the intermediate dough material, the rice flour in the kneading step of the hot water mixing was set to 5 除了 in addition to the rice no. 3 type rice using glutinous rice (relative to the flour for dough formation) _5%, and the same was carried out in the same manner as in Example i except that 100 parts by weight of the intermediate dough flour was 2.5 parts by weight to prepare an angled bread. (Example 7) As the intermediate dough material, the rice flour in the kneading step was mixed with hot water, and the amount of the α-type rice flour using glutinous rice was set to 5 〇g (relative = 0.5 for flour for dough formation) The angle-type bread was prepared in the same manner as in Example i except that the amount of the intermediate dough flour was 2.5 parts by weight. (Example 8) This example is an example in which the method for producing bread of the present invention is applied to the middle method. The rice flour added to the intermediate dough uses stone rice flour with glutinous rice as a raw material. The bread is prepared by performing an intermediate dough material hot water mixing kneading step, a cooling storage step, a temperature adjustment step, a fermentation seeding, a step, a main kneading step, a fermentation step, and a baking step as follows. 1艮 (intermediate dough material hot water mixing kneading step)
2191-9242-PF 200920262 中間生麵團的配料及混合按照通常的方法按如下所述 .-另外’在混合中’低速是指9 〇 r pm、中速是指18 〇 r pu、 咼速是指27〇rpm。在以下的實施例中也相同β 生麵團配料 麵粉 2〇〇〇g(相對于生麵團形成用的麵粉1〇〇重量份 為2 0重量份) 食鹽200g2191-9242-PF 200920262 The ingredients and mixing of the intermediate dough are as follows according to the usual method. - In addition, 'in the mixing', the low speed means 9 〇r pm, the medium speed means 18 〇r pu, and the idle speed means 27 rpm. In the following examples, the same amount of the β dough ingredient flour was 2 〇〇〇g (20 parts by weight relative to the flour for dough formation), 200 g of salt.
米粉1〇g(相對于生麵團形成用的麵粉為〇. 1%、相對 於中間生麵團麵粉100重量份為〇5重量份) 將上述材料混合後,加入熱水(95。(:)2000g,用低速混 合揉& 3分鐘,然後’用中速混合揉捏2分鐘,中間生麵 8K两種W調製好了。調製好了的湯種的内部溫度(揉捏好 時的溫度)為651:。 (冷卻保存步驟) * 2下來,將得到的中間生麵團(湯種),靜置於_lt:的 冷藏相内’冷郃保存35小時。而且’在冷藏箱内靜置後, 在大約4小時以後,確認了中間生麵團的内部溫度為3。〇 以下另外’冷部保存40小時後的中間生麵團的内部溫度 大約為° C目此’大約32小時左右,中間生麵團是在3 C〜〇 C的溫度範圍内被冷卻保存著的。 (溫度調整步驟) 將冷卻保存了的中間生麵團(湯種)放入調製至大約30 。(:的溫藏箱内靜置,加溫保存了 2小時 的中間生麵團的内部溫度為2rc。 從溫藏箱内取出Rice flour 1〇g (relative to flour for dough formation is 〇. 1%, relative to intermediate dough flour 100 parts by weight 〇 5 parts by weight) After mixing the above materials, add hot water (95. (:) 2000g Mix 揉 & at low speed for 3 minutes, then mix and knead for 2 minutes at medium speed, and adjust the internal temperature of 8K. The internal temperature of the prepared soup (the temperature at the time of kneading) is 651: (Cooling and saving step) * 2 Down, the intermediate dough (soup) obtained is placed in the chilled phase of _lt: and stored in cold storage for 35 hours. And after standing in the refrigerator, After about 4 hours, it was confirmed that the internal temperature of the intermediate dough was 3. The internal temperature of the intermediate dough after the other 40 minutes of cold storage was about ° C. This was about 32 hours, and the middle dough was It is stored in the temperature range of 3 C to 〇C. (Temperature adjustment step) Put the cooled intermediate dough (soup) into a temperature of about 30. Warmed for 2 hours, the internal temperature of the intermediate dough was 2rc Removed from the temperature inside Tibet
2191-9242-PF 18 厶 (發酵中種調製步驟) 該發酵中種調 展V驟,鱼卜 合揉捏步驟同時進行。 ^述中間生麵團材料熱水混 麵粉7〇〇0g 酵母30〇g 水 350〇g 將上述材料混人 合揉捏2分鐘。揉捏好低:混合㈣2分鐘’用中速混 捏好的生麵團放入調製到=度為二。然後,通過將揉 發酵4小時,調製得到發酵中種。…)内#匕 (主揉捏步驟) 採用如上所述進行了、、田 ' 了,皿度调整的中間生麵團(湯種)、 發酵中種,並且按以下、+, ▲ ^ 斤4方法調製了最終生麵團。 麵粉 lOOOg 砂糖 300g 人造黃油5 0 0 g 水 lOOOg 中間生麵團上述中間生麵團的全部(麵粉量2000g、 米粉量200g) 中種 上述發酵中種的全部(麵粉量7000g) 將除人造黃油以外的上述材料混合,用低速混合揉捏 2分鐘’用中速混合揉捏4分鐘後,將人造黃油投入,再 用低速混合揉捏2分鐘,用中速混合揉捏5分鐘,這樣就 調製了全部重量的生麵團(最終生麵團)。調製好的全部重 2191-9242-PF 19 200920262 量的生麵團(最終生麵團)的 27t。 h皿度(揉捏好時的溫度)為 (發酵、烤製步驟) 接著’用上述全部重晋 通當的方H祕 的生麵團(最終生麵團),通過 通常的方法發酵、烤製而製得食用麵包。 將靜置(地板)時間( 最終生麵團的發醒)進行60分 4里。之後’將最終生麵 麴图切割成多個以後,再將靜置(凳子) 時間(切割好的生麵團的路 ^ 星)進行1 5分鐘。之後,將切割 好的生麵團放入烘焯(發艘 、邋(發酵益)内發酵6〇分鐘。然後,將各2191-9242-PF 18 厶 (Step of preparation in fermentation) In this fermentation, the V is adjusted, and the kneading step is carried out simultaneously. ^ Intermediate dough material hot water mixed flour 7〇〇0g Yeast 30〇g water 350〇g Mix the above materials and knead for 2 minutes. Kneading is low: Mixing (4) 2 minutes' The dough is mixed with medium speed and put into the modulation to = two degrees. Then, the fermentation was prepared by fermenting hydrazine for 4 hours. ... 内 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉 揉The final dough is prepared. Flour, 100g, granulated sugar, 300g, margarine, 500g, water, 100g, intermediate dough, all of the intermediate dough (the amount of flour is 2000g, the amount of rice flour is 200g), and all of the above-mentioned fermented seeds (the amount of flour 7000g) will be the same as the above-mentioned margarine. The materials were mixed and kneaded for 2 minutes at low speed. After kneading for 4 minutes with medium speed mixing, the margarine was put in, kneaded for 2 minutes at low speed, and kneaded for 5 minutes at medium speed, thus preparing the whole weight. Raw dough (final dough). The total weight of the prepared 2191-9242-PF 19 200920262 amount of dough (final dough) of 27t. The degree of h (the temperature at the time of kneading) is (fermentation and baking step). Then, the dough (the final dough) of the above-mentioned all-recommended party H is fermented and baked by a usual method. Made bread. The standing (floor) time (when the final dough is awakened) is 60 minutes and 4 minutes. After that, after cutting the final dough into several pieces, the standing (stool) time (the road of the cut dough) is carried out for 15 minutes. After that, the cut dough is placed in a baking pot (fermented, fermented, fermented) for 6 minutes. Then, each will be
個切割好的生麵|f| | λ A 食用麵包成型模具内,蓋上蓋子 後’放入烤製爐内,通過在2001/20(^ (上火溫度/下火 溫度、45分鐘)的條件下烤製,製得角型食用麵包。 (實施例9) 在中間生麵團材料熱水混合揉捏步驟中,除米粉的添 加量設定為50g(相對于生麵團形成用的麵粉為〇 5%、相對 於中間生麵團麵粉1 00重量份為2. 5重量份)以外,其他與 實施例8同樣地進行,製得角型食用麵包。 (實施例10) 在中間生麵團材料熱水混合揉捏步驟中,除米粉的添 加量設定為l〇〇g(相對于生麵團形成用的麵粉為1%、相對 於中間生麵團麵粉100重量份為5重量份)以外,其他與實 施例8同樣地進行,製得角型食用麵包。 (實施例11) 在中間生麵團材料熱水混合揉捏步驟中,除米粉的添 2191-9242-PF 20 200920262 里—為400g(相對于生麵團形成用的麵粉為4%、相對 於中間生麵團麵粉⑽重量份為2〇重量份)以外,其他與 實施例8同樣地進行’製得角型食用麵包。 (實施例12) θ在:間生麵團材料熱水混合揉捏步驟中,除米粉的添 加里《又定為5g(相對于生麵團形成用的麵粉為〇. 〇5%、相對 於中間生麵團麵粉100重量份為〇·25重量份)以外,其他 ,與實施例8同樣地進行,製得角型食用麵包。 1 (實施例13) 作為中間生麵團材料熱水混合揉捏步驟中的米粉,除 了用使用了粳米的Θ $米粉,其添加量設定為5Gg(相對 于生麵團形成用的麵粉為〇·5%、相對於中間生麵團麵粉 100重量份為2.5重量份)以外,其他與實施例8同樣地進 行’製得角型食用麵包。 (實施例14) ( 作為中間生麵團材料熱水混合揉捏步驟中的米粉,除 了用使用了糖米的α型米粉,其添加量設定為5Qg(相對于 生麵團形成用的麵粉為〇. 5%、相對於中間生麵團麵粉^⑽ 重量份為2. 5重量份)以外,其他與實施例8同樣地進行, 製得角型食用麵包 (比較例3) 在中間生麵團材料熱水混合揉捏步驟中,除了不添加 米粉以外,其他與實施例8同樣地進行,製得角型食用麵 包。 2191-9242-PF 21 200920262 (比較例4 ) 在中間生麵團材料熱水混合揉捏步驟中,除了不進行 溫度調整步驟以外,其他與實施例8同樣地進行,製得角 型食用麵包。另外’在該比較例4中,沒有進行良好的主 揉捏。 [質量評價試驗] 對通過實施例1〜14、比較例1〜4得到的角型食用麵 包的質量及嗜好性進行了試驗。 試驗項目為,食用麵包的内相的膜伸、食用麵包的麵 包片硬度(crumb hardness)、味道的好壞、香味的好壞、 口感的好壞。 试驗結果如表1〜表4所示。 關於食用麵包的内相,通過目測確認了膜伸的狀態。 戎膜伸是指,在生麵團烤製的初期階段,具有伸展性 的生麵團因包含在其内部的二氧化碳氣體、酒精而膨脹, 在食用麵包的内相方面得到縱向眼睛狀的外觀。“膜伸,, 良好的情況,就意味著在内相上得到了良好的縱向眼睛 狀,作為食用麵包的質量,能夠得到高度評價。相反,“膜 伸”不好的情況,就意味著在内相上沒有得到良好的縱向 眼如狀,作為食用麵包的質量,便不能得到高度評價。 關於食用麵包的麵包片硬度,通過柱塞直徑為2〇咖的 貝也刀析器進行了麵包片(内相)硬度的測量。麵包片硬度 為在至咖20 c保存時的硬度,在食用麵包製造後的第夏 天、第2天、第3天分別進行了測量。麵包片硬度是食用A cut noodle |f| | λ A inside the food bread forming mold, after the lid is closed, 'put into the baking oven, pass in 2001/20 (^ (fire temperature / under fire temperature, 45 minutes) Under the conditions of baking, an angled bread was prepared. (Example 9) In the intermediate dough material hot water mixing kneading step, the addition amount of the rice flour was set to 50 g (relative to the flour for dough formation) In the same manner as in Example 8, except that 100 parts by weight of the intermediate dough flour was 2.5 parts by weight, the horn shaped bread was prepared. (Example 10) Mixing of hot water in the intermediate dough material In the kneading step, the addition amount of the rice flour was set to 10 g (1% with respect to the flour for dough formation and 5 parts by weight with respect to 100 parts by weight of the intermediate dough flour), and Example 8 In the same manner, an angled bread was prepared. (Example 11) In the intermediate dough material hot water mixing kneading step, except for the rice flour addition 2191-9242-PF 20 200920262 - 400 g (relative to dough formation) The flour used is 4%, relative to the intermediate dough flour (10) parts by weight is 2 In the same manner as in Example 8, except that the weight portion was prepared, the obtained angled bread was produced. (Example 12) θ: In the step of mixing the kneading material in the hot water, the addition of the rice flour was determined as 5 g (manufactured in the same manner as in Example 8 except that the flour for dough formation was 〇. 5%, and 5% by weight based on 100 parts by weight of the intermediate dough flour) Bread. 1 (Example 13) As the intermediate dough material, the rice flour in the kneading step was set to 5 Gg in addition to the glutinous rice noodles using glutinous rice (relative to the flour for dough formation). In the same manner as in Example 8, except that 5% and 2.5 parts by weight based on 100 parts by weight of the intermediate dough flour, the obtained angled bread was produced. (Example 14) (mixed with hot water as an intermediate dough material) The rice flour in the kneading step is set to 5 Qg in addition to the α-type rice flour using the sugar rice (5% relative to the dough for dough formation), and 5% by weight relative to the intermediate dough flour (10). 2. 5 parts by weight), others Example 8 was carried out in the same manner to obtain an angled bread (Comparative Example 3). In the intermediate dough material hot water mixing and kneading step, the same manner as in Example 8 was carried out except that no rice flour was added, and an angle type was obtained. 2191-9242-PF 21 200920262 (Comparative Example 4) In the middle dough material hot water mixing kneading step, except that the temperature adjustment step was not carried out, the same manner as in Example 8 was carried out to obtain an angular food. In the comparative example 4, the main kneading was not performed. [Quality evaluation test] The quality and preference of the angled breads obtained in Examples 1 to 14 and Comparative Examples 1 to 4 were examined. test. The test items are: the film stretch of the inner phase of the bread, the crumb hardness of the bread, the taste, the taste, and the taste. The test results are shown in Tables 1 to 4. Regarding the inner phase of the bread, the state of the film extension was confirmed by visual inspection. The aponeurosis stretch means that the stretched dough is inflated by carbon dioxide gas or alcohol contained in the inside of the dough during the initial stage of baking, and has a longitudinal eye-like appearance in the inner phase of the bread. "Film stretch, good condition, means that a good longitudinal eye shape is obtained on the inner phase, and the quality of the bread can be highly evaluated. On the contrary, the "film stretch" is not good, which means The inner phase does not have a good longitudinal eye shape, and the quality of the bread can not be highly evaluated. Regarding the hardness of the bread slice of the bread, the bread slice is made by the shell of the plunger with a diameter of 2 〇. (Internal phase) hardness measurement. The hardness of the bread slice was measured at the time of storage to 20 c, and was measured on the summer, the second day, and the third day after the bread was manufactured.
2191-9242-PF 200920262 麵包的所謂老化現象的指標。因為麵包片硬度越小,則越 能得到富有彈性的柔軟㈣,所以作為食用麵量 能夠得到高的評價。 、 關於嗜好性指標的三個要素,即, 1 啄道的好壞、香味 的好壞、口感的好壞,由熟練的評委2〇人, 八 > A 1U分為滿 刀進仃評價’將這20人的資料的平均值記載於表中。這 些的分數越高,則意味著食用麵包的嗜好性越佳。 r # η IZHHZ: 實施例1 實施例2 實施例3 膏方备私_丨 相對於麵粉總量的 米粉的量 0.1% 0.5% 1.0% 4.0% 貫施例!3 0. 05% 相對於中間生麵團 麵粉量的米粉量 麵白.66允士 〇 〇_ 5重量份 * 2. 5重量份 5重量份 重量份 0.25重量份 食用麵包 麵包片 _硬度[g] _第1天 膜伸良好 膜伸良好 膜稍厚 膜厚 膜伸良好 193 195 201 210 194 第Z天 第3天 ~290 295 Γ-301 312 293 330 329 336 338 342 嗜好性 評價 味道好壞 ----- ·-、 8.2 8.3 7.9 7.5 7.9 贷味好极 8.3 8.4 7.9 7.6 7.8 —------ 口感好壞 ——,— __8.5 8.5 8.1 7.8 8.1 麵 ^ϊ.-- 食用麵包麵包片學1天 硬度[g] 嗜好性評價 _實施例6 實施例7 比較例1 比較例2 0.5% 0.5% 0% 0.1% 》2. 5重量份 2. 5重量份 0 0.5重量份 膜伸良好 膜伸良好 膜伸良好 膜厚 196 198 191 212 294 298 291 305 335 334 330 343 8.3 8.2 7.5 6.8 8.4 8.1 7.8 6. 6 8.8 8.1 7.8 6.22191-9242-PF 200920262 The indicator of the so-called aging phenomenon of bread. Since the hardness of the bread piece is smaller, the softer and softer (four) is obtained, so that the edible noodle can be highly evaluated. The three elements of the hobby index, that is, the quality of the martyrdom, the quality of the scent, the quality of the taste, by the skilled judges 2 ,, eight > A 1U is divided into full knives evaluation ' The average value of the data of these 20 persons is shown in the table. The higher the scores of these, the better the preference for eating bread. r # η IZHHZ: Example 1 Example 2 Example 3 The amount of rice flour relative to the total amount of flour is 0.1% 0.5% 1.0% 4.0% Example 3! 0. 05% Relative to the middle Dough flour amount of rice flour amount white. 66 Yunshi _ 5 parts by weight * 2. 5 parts by weight 5 parts by weight by weight 0.25 parts by weight of bread loaf _ hardness [g] _ 1st day film stretch good film stretch Good film thickness thick film thickness good 193 195 201 210 194 Day Z Day 3 ~ 290 295 Γ-301 312 293 330 329 336 338 342 Appetite evaluation tastes good----- ·-, 8.2 8.3 7.9 7.5 7.9 Loan 8.3 8.4 7.9 7.6 7.8 —------ Good or bad taste —, — __8.5 8.5 8.1 7.8 8.1 Face ^ϊ.-- Edible bread slices Learn 1 day hardness [g] Hobbies Evaluation of Example 6 Example 7 Comparative Example 1 Comparative Example 2 0.5% 0.5% 0% 0.1% 》2. 5 parts by weight 2. 5 parts by weight 0 0.5 parts by weight of film stretched good film stretch good film stretch good film thickness 196 198 191 212 294 298 291 305 335 334 330 343 8.3 8.2 7.5 6.8 8.4 8.1 7.8 6. 6 8.8 8.1 7.8 6.2
米粉量Rice flour
2191-9242-PF 23 200920262 -—— 實施例8 實施例9 會施例10 實施例11 實施例12 相對於麵粉總量的 粉的量 0.1% 0.5% 1.0% 4.0% 0.05% 相對於申間生麵團 分量的米粉量 〇. 5重量份 2. 5重量份 5重量份 20重量份 0.25重量份 Θ内相 膜伸良好 膜伸良好 膜稍厚 膜厚 膜伸良好 食用麵包 麵包片 _5^[g] 第1天 206 208 212 223 206 第2天 293 295 300 315 295 第3天 315 320 330 333 321 嗜好性 評價 味道好壞 8.3 8.5 7.9 7.3 7.8 香味好壞 8.5 8.5 7.9 7.5 7.6 口感好壞 8.7 8.7 8.1 7.8 8.2 【表4】2191-9242-PF 23 200920262 - - Example 8 Example 9 Example 10 Example 11 Example 12 The amount of powder relative to the total amount of flour 0.1% 0.5% 1.0% 4.0% 0.05% Relative to Shen Jiansheng 5 parts by weight of 2 parts by weight of 5 parts by weight of 2 parts by weight of 0.25 parts by weight of ruthenium phase film, good film stretch, good film thickness, thick film thickness, good food bread slice _5^[g Day 1 206 208 212 223 206 Day 2 293 295 300 315 295 Day 3 315 320 330 333 321 Evaluation of tastes Good or bad 8.3 8.5 7.9 7.3 7.8 Good or bad 8.5 8.5 7.9 7.5 7.6 Good taste 8.7 8.7 8.1 7.8 8.2 [Table 4]
麵包的内相 食用麵包麵包片 硬度[g] 第1天 伸良好 膜伸良好 205 膜伸良好 膜厚 208 225 第2天 第3天 m 丽 296 297 320 322 嗜好性評價 味道好壞 香味好壞 口感好壞 8.6 8.3 321 341 8.8 7.5 6.8 8.3Bread inner phase edible bread slice hardness [g] Day 1 stretch good film stretch 205 film stretch good film thickness 208 225 Day 2 day 3 m Li 296 297 320 322 Appetite evaluation taste good bad smell good taste Good or bad 8.6 8.3 321 341 8.8 7.5 6.8 8.3
7.6JJ7.6JJ
6.5JJ 如表1〜表3所示,對於實施例丨〜8中的任何一個實 施例’通過在生麵團中添加轉,並且,纟中間生麵圈調 製中進行溫度調整步驟,從而提高了整個食用麵包的質 量。嗜好性的則賈分數幾乎都在8 Q分以上。與此相比, 在不添加米粉的比較例1 的比較例2、比較例4中 比較例3、不進行溫度調整步驟 嗜好性的評價分數都在8. 0分 以下。 2191-9242-pf 200920262 【圖式簡單說明】 無0 【主要元件符號說明】 無0 2191-9242-PF 256.5JJ As shown in Tables 1 to 3, for any of the embodiments 丨8, the temperature adjustment step is performed by adding a turn in the dough and the intermediate dough ring modulation, thereby improving the entire The quality of the bread. For hobbies, the scores of Jia are almost all 8 8 points or more. In comparison with Comparative Example 2 of Comparative Example 1 in which no rice flour was added, Comparative Example 3, and Comparative Example 3 in which the temperature adjustment step was not performed, the evaluation score of the preference was 8. 0 or less. 2191-9242-pf 200920262 [Simple description of the diagram] No 0 [Description of main component symbols] No 0 2191-9242-PF 25
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