TW201034576A - Method of fabricating biscuit dough and discuit - Google Patents

Method of fabricating biscuit dough and discuit Download PDF

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Publication number
TW201034576A
TW201034576A TW098144791A TW98144791A TW201034576A TW 201034576 A TW201034576 A TW 201034576A TW 098144791 A TW098144791 A TW 098144791A TW 98144791 A TW98144791 A TW 98144791A TW 201034576 A TW201034576 A TW 201034576A
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Taiwan
Prior art keywords
biscuit
water
oil
dough
plastic
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TW098144791A
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Chinese (zh)
Inventor
Yoshio Yamawaki
Tomoaki Kumatani
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Fuji Oil Co Ltd
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Publication of TW201034576A publication Critical patent/TW201034576A/en

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    • AHUMAN NECESSITIES
    • A21BAKING; EDIBLE DOUGHS
    • A21DTREATMENT, e.g. PRESERVATION, OF FLOUR OR DOUGH, e.g. BY ADDITION OF MATERIALS; BAKING; BAKERY PRODUCTS; PRESERVATION THEREOF
    • A21D13/00Finished or partly finished bakery products
    • A21D13/80Pastry not otherwise provided for elsewhere, e.g. cakes, biscuits or cookies

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  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Bakery Products And Manufacturing Methods Therefor (AREA)

Abstract

The invention is to improve the palate and taste of biscuit. The invention provides a biscuit dough obtained by the following steps. Wheat powder and a plastic water-in-oil emulsified substance are mixed, wherein the rheometer value of the plastic water-in-oil emulsified substance measured under a condition that the temperature is 15 degrees centigrade and the size of the plunger is 10 mm is greater than or equal to 5000g, and the rheometer value under a condition that the temperature is 20 degrees centigrade and the size of the plunger is 10 mm is greater than or equal to 2000g. Then, a sub-feedstock, such as water and/or milk, sugar, necessary salt, plumping agent and so on, is added therein to mix, and thus a biscuit dough is obtained. The biscuit dough is baked, and a novel biscuit is obtained, wherein the biscuit has volume, unprecedented and great crispiness, fineness, and dispersability, and has superb meltiness and swallowability.

Description

201034576 六、發明說明: 【發明所屬之技術領域】 本發明有關於一種餅乾麵團以及使用該餅乾麵團而得 的餅乾。 【先前技術】 對於餅乾(biscuit)及蛋糕並無明確的定義,均可指以小 麥粉為主材料,將含有砂糖、油脂的生麵團進行烘焙而獲 得的具有鬆脆感的西式點心^餅乾與蛋糕原本相同,在美 國稱為蛋糕(cake) ’而在英國稱為餅乾。在日本,於公平 競爭原則中,將餅乾規定為「將以小麥粉、糖類、食用油 脂以及食鹽為原料且視需要調配或者添加有澱粉、乳製 品、蛋製品、焙粉、食品添加物的原料而得的生麵團,使 用混合機、成型機以及餅乾烤箱而製造的食品」,將餅乾 中「具有手工製作風格的外觀,糖分、脂肪成分的總量以 ,量百分比計為大於等於4〇%,且根據嗜好利用蛋、乳製 、堅果、乾果、蜂蜜等而使製品具有特色,風味良好地 烤製而成的食稱為蛋糕。 本發明中,「餅乾」包括上述公平競爭原則中規定的 餅乾以及蛋糕兩者’是表示水分小於5重量百分比的餅乾。 餅乾被大致分為硬生麵團餅乾與軟生麵團餅乾。硬餅 二==團(生麵團)是利用在小麥粉中同時混合砂糖及油 原料的整體混合法(心-匕㈤兀瓜贫以心而製備,且 餅乾的麵團藉由混練而充分形成麵質(gluten)。另一 方面’軟生麵團餅乾的麵團是利用糖油法(sugar butter 201034576 - £— method)而製備,即,將油脂與砂糖混合,於其中混合將 鹽、蛋、培粉等副原料溶解於水中所得者而乳化為乳脂°狀、, S向^中混合小麥粉;且該軟生麵團餅乾的麵團抑制麩 如上所述,餅乾麵團的製造方法大致分為利用整 合法或糖油法的方法,可謂已破立。 机201034576 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a biscuit dough and a biscuit obtained by using the biscuit dough. [Prior Art] There is no clear definition of biscuits and cakes. It can refer to a western-style snack biscuit with a crunchy flavor obtained by baking wheat flour-based dough. The cake is the same, called cake in the United States and called biscuits in the UK. In Japan, in the principle of fair competition, biscuits are defined as "raw materials such as wheat flour, sugar, edible oils and fats and salt, and if necessary, or added with starch, dairy products, egg products, baking powder, food additives. The resulting dough, which is made by using a mixer, a molding machine, and a biscuit oven, has a hand-made appearance, and the total amount of sugar and fat components in the biscuit is, for example, 4% or more by weight. And according to the preference, the food is characterized by the use of eggs, milk, nuts, dried fruits, honey, etc., and the food having a good flavor is called a cake. In the present invention, the "cookie" includes the above-mentioned fair competition principle. Both biscuits and cakes are biscuits that represent less than 5 weight percent moisture. Biscuits are roughly divided into hard dough biscuits and soft dough biscuits. Hard cake two == group (raw dough) is prepared by mixing the whole process of mixing sugar and oil raw materials in wheat flour (heart-匕(五)兀瓜瓜心心心, and the dough of the biscuit is fully formed by kneading On the other hand, the dough of soft dough biscuits is prepared by the sugar butter method (sugar butter 201034576 - £-method), that is, the fat and the sugar are mixed, and the salt, the egg and the powder are mixed therein. When the auxiliary material is dissolved in water, it is emulsified into a creamy shape, and the wheat flour is mixed with S; and the dough of the soft dough biscuit suppresses bran. As described above, the method for producing the biscuit dough is roughly classified into an integrated method or The method of the sugar oil method can be described as broken.

藉由將餅乾麵團進行成型、烘焙而獲得餅乾。為了改 良餅乾的食感,自先前以來已在小麥粉、油脂、乳化 原料的方面進行了各種研究。專利文獻丨揭示有藉= 麥粉使用杜蘭小麥粉(durum wheat)來改良餅乾等 感,專利文獻2揭示·由使油脂的麟酸組成為植 成而使食感的變化變少。 ' 但是,如本發明的製造方法所述,於小麥粉中混合 硬的可塑性油中水贱化物後,添加水及/或牛奶、糖類、 以及視需要的食鹽、⑽等_料,進行混合來製造 麵團的方法尚未為人所知,完全新賴。 %% [先前技術文獻] [專利文獻] [專利文獻1]曰本專利特開2000 184848號公報 [專利文獻2]日本專利特開2〇〇6_14137〇號公 【發明内容】 本發明的課題在於提供一種新型餅乾的製法,該新型 餅乾具有藉由將普通的可塑性油中水型乳化物練入餅乾、 蛋糕等普通的乾點心崎圏中所無法獲得㈣積感,迄今 5 201034576 為止所不具有的酥脆、細碎、酥散感良好,且口溶感、吞 咽感良好。 ^本發明者們進行銳意研究,結果獲得如下知識見解: 若使用在小麥粉中混合堅硬至普通的人造奶油 (margarine )所無法想到之程度的人造奶油(可塑性油中 水型乳化物)後’添加水及/或牛奶、軸、視需要的食鹽、 焙粉等副原料進行混合而獲得的餅乾麵 迄今為止所不具有轉、細碎、==有 且口溶感、吞佩良好的「新㈣乾」,從岭成本發明。 胜!H本伽的要點在於:1)—麟乾麵目的製造方法, ^特二政在於’將小麥粉與可塑性油中水型乳化物加以混 口,該可塑性油中水型乳化物的抗之柱塞(piunger)徑 且下的机變值(如刪咏大於等於5000 g、 德歸ί徑1G刪下的流變值大於等於2_ g,然 中添加水及/或牛奶、糖類、視需要的食鹽、产粉等 剎原料,進行混合;2) 一 ,|炻杨專 乾乾麵團進行成型、烘培而獲得;3) -種餅 入、成丄㈣立而所^之If方法所獲得的餅乾麵團進行臺 其中餅乾的所述之餅乾, [發明效果] 得具乾麵團,則可獲 良好,且口 ^ 為 有⑽脆、細碎、穌散感 冷感、吞咽感良好的新型餅乾。 201034576 -·Γ *為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂,下文特舉較佳實施例,並配合所附圖式,作詳細說 明如下。 ° 【實施方式】 本發明中所謂的可塑性油中水型乳化物,可例示奶油 (butter)及人造奶油、脂肪塗抹食品(fatspread)。 本發明的餅乾麵團首先是將小麥粉與可塑性油中水型 〇 乳化物加以混合。其中,較重要的是可塑性油中水型乳化 物的硬度較硬。硬度若以使用流變儀(不動工業股份有限 公司製造)’以直徑為1〇 mm的柱塞進行測定而得的值(單 位為g。以下稱為流變值)來表示,則、 下大於等於5_,且於抓下大於等於mm 入(roll in)人造奶油的流變值(以柱塞徑1〇 進行 測定,單位為g)於15〇C下為1700〜35〇〇,於2〇t下為 500〜16GG左右。錢變值較低,則可塑性油中水型乳化 物會與麵團溶合,而無法使後述的薄片狀可塑性油中水型 Ο 乳化物分散於麵團中’導致經供培的層狀小麥粉膨化食品 的隆起變差。 可塑性油中水型乳化物可利用公知的製法來製造,例 如可藉由將經加溫調整為40〜贼的油相與水相,利用螺 旋槳(propeller)或者均質混合機(h〇m〇mixer)等進㈣ 拌而使其乳化後’使用刮面絲交換器(v。論)或者協 調器(_bi她〇等混捏機進行冷卻塑化而獲得。為了 獲得較硬的可塑性油中水型乳化物,而調配較多炼點高的 201034576 油脂來作為原料油脂。使用硬化油較為簡便,但若考慮到 反式脂肪酸(trans-fatty acid)對健康造成的影響,則較好 的是控制使用含有大量反式脂肪酸的硬化油,如本申請人 在W02008/029672中所揭示,除了可使用月桂酸(lauric acid)主體的硬質油脂、或棕搁核油的分餾高熔點部棕 櫚核油的極度硬化油等之外,亦可使棕櫊油中熔點分餾油 在油相中為10〜85重量百分比,較好的是3〇〜6〇重量百 分比,且使油相的固體脂含量(s〇lidFatc〇ntem,SFC) 於l〇C下大於等於51,於30°C下小於等於10,而製備獲 得(本申請人申請中的曰本專利特願2〇〇8_〇5539〇)。此 時,可使反式脂肪酸實質上為零。 可塑性/由中水型乳化物的水相或者油相中,可視需要 對油中水型乳化組成物添加丨〜⑺重量百分比、較好的是 3〜7重量百分比的氧化澱粉。氧化澱粉是藉由將玉米或馬 鈴薯等各種澱粉以次氯酸鹽等氧化劑加以氧化而製造,可 使用食品用途的氧化澱粉。藉此,烘焙而成的餅乾的口溶 感良好,且成為乾脆、酥脆的先前所不具有的更有特色的 良好食感。 將上文所述範圍之硬度的可塑性油中水型乳化物切割 成適當大小,(例如一片4cm的塊狀),利用混合機而與 小麥粉攪拌、混合,則可獲得小麥粉中均勻分散有薄片狀 可塑性油中水型乳化物的混合物。所切割的可塑性油中水 型乳化物的每1個的體積以15〜測ee為宜,較好的是 30〜650 cc,更好的是6〇〜2〇() cc。藉由以上所述可使 201034576 薄片狀可塑性油中水型乳化物充分地分散於麵團中。薄片 狀可塑性油中水型乳化物的長度以5〜50 mm為宜,較好 的是10〜40 mm,更好的是20〜30 mm,且厚度以2〜15 mm為宜,較好的是4〜1〇 mm,更好的是5〜8mm。此外, 可塑性油脂組成物當然亦可使用一開始即切割為適當大小 的組成物。 ❹The biscuit is obtained by molding and baking the biscuit dough. In order to improve the texture of biscuits, various studies have been conducted on wheat flour, oils, and emulsified raw materials. The patent document discloses that the use of durum wheat flour (durum wheat) to improve the feeling of biscuits is disclosed, and Patent Document 2 discloses that the change in texture is reduced by the formation of the linonic acid composition of the oil and fat. 'However, as described in the production method of the present invention, water is mixed with a hard plastic oil in a wheat flour, and then water and/or milk, sugar, and optionally salt, (10), etc. are added and mixed. The method of making dough is not yet known, and it is completely new. [Patent Document 1] [Patent Document 1] Japanese Laid-Open Patent Publication No. 2000-184848 (Patent Document 2) Japanese Patent Laid-Open Publication No. Hei No. Hei. Provided by a method for producing a novel type of biscuit, which is not available in the ordinary dry snacks such as biscuits and cakes by the use of a water-based emulsion in a common plastic oil. (4) The sense of accumulation has not been achieved until 5 201034576 It is crispy, finely divided, and has a good crisp feeling, and has a good mouth melt and a good swallowing feeling. The present inventors conducted intensive research, and as a result, obtained the following knowledge: If a margarine (water-type emulsion in a plastic oil) which is unimaginable in a mixture of wheat flour and ordinary margarine is used, Adding water and/or milk, shaft, optional salt, baking powder, and other auxiliary materials, the biscuit surface obtained so far does not have the turning, fine crushing, == and the mouth is melted, and the good taste is good. Dry", from the Ling cost invention. Victory! The main points of H-Benga are: 1) - the manufacturing method of lysine surface, ^ special ethics is to mix the wheat flour with the water-type emulsion in the plastic oil, the column of the water-based emulsion in the plastic oil The machine variable value of the piston diameter and the lower (for example, the cut value is greater than or equal to 5000 g, and the rheological value deleted by 1G is greater than or equal to 2_g, then water and/or milk, sugar, and optionally Salt, powder, and other materials are mixed; 2) one, | 炻 Yang special dry dough for molding, baking to obtain; 3) - a kind of cake into, into the 四 (four) established by the If method The biscuit dough is subjected to the biscuit described in the biscuit, and the effect of the invention is that the dough having a dry dough can be obtained well, and the mouth is a novel biscuit having a crispness, a fine crush, a cold feeling, and a good swallowing feeling. The above and other objects, features, and advantages of the present invention will become more apparent from the aspects of the appended claims. [Embodiment] The water-based emulsion of the plastic oil in the present invention may, for example, be a butter, a margarine or a fat spread. The biscuit dough of the present invention is first mixed with wheat flour and a water-type emulsion in a plastic oil. Among them, it is more important that the hardness of the water-based emulsion in the plastic oil is hard. The hardness is expressed by a value (unit: g, hereinafter referred to as a rheological value) measured by a rheometer (manufactured by Immobilisation Co., Ltd.) using a plunger having a diameter of 1 mm. Equal to 5_, and the rheological value of the margarine (roll in) is less than or equal to mm (measured by the plunger diameter of 1〇, the unit is g) is 1700~35〇〇 at 15〇C, at 2〇 t is about 500~16GG. If the value of the money is low, the water-based emulsion in the plastic oil will be dissolved in the dough, and the water-type emulsifier in the flaky plastic oil described later cannot be dispersed in the dough, resulting in the puffed layered wheat flour being puffed. The uplift of food has deteriorated. The water-type emulsion in the plastic oil can be produced by a known production method, for example, by adjusting the oil phase and the water phase adjusted to 40 to thief by heating, using a propeller or a homomixer (h〇m〇mixer) ), etc. (4) After mixing and emulsification, 'obtained by using a scraping wire exchanger (v. theory) or a coordinator (_bi her kneading machine for cooling plasticization). In order to obtain a water-type emulsification in a hard plastic oil As for the raw materials, it is easier to use hardened oil. However, considering the health effects of trans-fatty acid, it is better to control the use. A large number of hardened oils of trans fatty acids, as disclosed by the applicant in WO 2008/029672, except that the hard oil of the lauric acid main body or the fractionated high melting point palm kernel oil of the palm nucleus oil can be used for extreme hardening. In addition to oil, etc., the melting point fractionated oil in the palm oil may be 10 to 85 weight percent in the oil phase, preferably 3 to 6 weight percent, and the solid fat content of the oil phase (s〇lidFatc) 〇ntem , SFC) is greater than or equal to 51 at 10 ° C, less than or equal to 10 at 30 ° C, and the preparation is obtained (the patent application of the applicant is 2〇〇8_〇5539〇). The trans fatty acid is substantially zero. Plasticity / In the aqueous phase or the oil phase of the intermediate water emulsion, it is possible to add 丨~(7) weight percent, preferably 3 to 7 weight, to the waterborne emulsified composition in the oil. Percentage of oxidized starch. Oxidized starch is produced by oxidizing various starches such as corn or potato with an oxidizing agent such as hypochlorite, and oxidized starch for food use can be used. And become a crisp, crisp, previously distinctive, good food texture. The water-type emulsion of the plastic oil of the hardness range described above is cut to an appropriate size (for example, a piece of 4 cm). By mixing and mixing with the wheat flour by a mixer, a mixture of water-type emulsions in the flake-form plastic oil uniformly dispersed in the wheat flour can be obtained. The volume of the water-type emulsion in the cut plastic oil is 15 per one. ~ Preferably, ee is preferably 30 to 650 cc, more preferably 6 Å to 2 Å () cc. By the above, the water-type emulsion of 201034576 flaky plastic oil can be sufficiently dispersed in the dough. The length of the water-type emulsion in the flaky plastic oil is preferably 5 to 50 mm, preferably 10 to 40 mm, more preferably 20 to 30 mm, and the thickness is preferably 2 to 15 mm, preferably It is 4 to 1 mm, and more preferably 5 to 8 mm. In addition, the plastic oil composition can of course be cut into an appropriately sized composition from the beginning.

G 若15C下之流變值小於5000,或者2(rc下之流變值 小於2000,則上述可塑性油中水型乳化物過於柔軟,與小 麥粉進行混合時’會立即練入小麥粉中而成為黏土狀^合 物,如上所述,難以形成薄片狀可塑性油中水型乳化物分 散於麵團中的狀態,因此即便進行烘焙,隆起亦差。相反, 若上述可塑性油中水魏化物過於堅硬,吹下之流變值 大於2〇_,或者20°C下之流變值大於7000,則盘此外的 原料物混合後的可塑性油令水型乳化的顆粒較大殘留,延 展時油脂粒亦不充分延伸,而難以使薄片狀可塑性 型乳化物充分地分散於麵團中。 一添加。編可將水二: 培,獲/的本發明的餅乾麵團進行成型、供 乾。若將隆有祕起非常(好的完全新穎之餅 團厚度相對==?=、(將要_)的麵 八。口口的间度(厚度),則容易獲得大於等 9 201034576 培品。^視需要對麵團進行延展、疊入而烘 hn 4传隆起更良好的烘培品,可容祕得隆起倍i 為4.0左右的烘焙品。 〜故平 [實例] β以下列出本發明的實例。實例巾,及份均表示重 1基準。 [表1] 可塑性油中水型乳化物的組成以及特性 様搁核極硬油 棕櫚核分餾高熔點部 棕棚油的酯交換油 棕搁液油 棕櫚中熔點分餾油 食鹽 卵磷脂 甘油單硬脂酸酯 氧化澱粉 ~^S6iSFCTl〇〇C ) 油脂的SFC (35°C) 流變值(15°C) 流變值(20°C) 反式酸*G If the rheological value at 15C is less than 5000, or 2 (the rheological value under rc is less than 2000, the water-based emulsion in the above-mentioned plastic oil is too soft, and when mixed with wheat flour, it will be immediately immersed in wheat flour. As a clay-like compound, as described above, it is difficult to form a state in which the water-based emulsion in the flaky plastic oil is dispersed in the dough. Therefore, even if baking is performed, the bulging is poor. On the contrary, if the water-based chemical compound is too hard in the above-mentioned plastic oil The rheological value of the blowdown is greater than 2〇_, or the rheological value at 20 °C is greater than 7000, and the plastic oil mixed with the raw materials of the tray causes the water-emulsified particles to remain larger, and the oil particles are also extended during the extension. If it is not sufficiently extended, it is difficult to sufficiently disperse the flaky plastic emulsion in the dough. Once added, the water can be molded and dried for the biscuit dough of the present invention. Very good (good complete novel cake thickness ==?=, (will be _) face eight. The mouth's inter-degree (thickness), it is easy to obtain more than 9 201034576. Extend, stack and bake The hn 4 bulging is a better baking product, and it can be used to bake a baked product with a magnification of about 4.0. ~ 故平 [Example] β The following examples of the present invention are listed. The example towel, and the parts all represent the weight 1 reference. [Table 1] Composition and characteristics of water-type emulsion in plastic oils, nuclear hard oil palm kernel fractionation, high melting point, brown shed oil, transesterification oil, brown liquid, oil palm, melting point, oil, salt, lecithin, glycerin Fatty acid oxidized starch ~^S6iSFCTl〇〇C) SFC (35°C) of oil and fat Rheology (15°C) Rheology (20°C) Transacid*

AA

D E 26.3 82~ 6 16000 5200 0 40 — 20 30 12 12 — 40 1.0 1.0 0.3 0.3 0.4 0.4 < D 21.3 11.3 74 60 3 9 14000 7000 3300 3000 0 0D E 26.3 82~ 6 16000 5200 0 40 — 20 30 12 12 — 40 1.0 1.0 0.3 0.3 0.4 0.4 < D 21.3 11.3 74 60 3 9 14000 7000 3300 3000 0 0

B 30 (份) 40 30 20 12 12 1.0 1.0 0.3 0.3 0.4 0.4 5 5 21.3 21.3 75 82 5 6 13000 16000 3900 5200 0 0B 30 (parts) 40 30 20 12 12 1.0 1.0 0.3 0.3 0.4 0.4 5 5 21.3 21.3 75 82 5 6 13000 16000 3900 5200 0 0

C40-2012I1.020.4I s相對於混合物整體的比例(%) (實例1) 依據表1所示的組成,將全—加混合之後,以 協調器進行急冷混捏而獲得可雜油巾水、Β、 201034576 C D E。接著使用各可雜油巾水型乳化物,藉由下述 組成(以_份為2 kg)、下述製法來製造餅乾。可塑揀 油中水型乳化物是將經切割為條伽。咖(體積為64 cc a/b~l)的乳化物調溫為聊而使用。此外,表^中 的棕櫚核分絲魅部是使用销她6)為6、 且溶點為饥者,棕櫚油的§旨域油是使用將掠搁油6〇% ,棕櫚核油40%進行無規8旨交換而得者1外,氧化藏粉 是使用Oji Cornstarch (股)製造者。 (組成) 100 (份) 50 (份) 20 (份) 1 (份) 0.8 (份) 0.6 (份) 29 (份) 低筋麵粉 可塑性油中水型乳化物 砂糖 食鹽 碳酸氫銨 碳酸氫鈉 冷水 〇 (餅乾麵團的製備以及烘焙) (1)於室溫22°c下將經調溫為20°c的可塑性油中水 型乳化物與低筋麵粉放入至3〇夸脫(qUart)混合機中, 使用打漿機(beater)以低速[138 rpm]混合7〜10分鐘(註 1),取混合麵團200 g來觀察可塑性油中水型乳化物的狀 態。可塑性油中水型乳化物的狀態均為,較長的乳化物為 100 mm、厚5 mm的薄片狀,較短的乳化物為長5 mm、 厚2 mm的薄片狀,以整體而視時大多為長7〜8mm、厚 3〜4111111的薄片狀。此時的混合物初溫〇1^他1把11^1^^ 201034576 〇〇DL\jpil (註 2)為 20〜21°C。 (2)接著,於冷水中溶解食鹽、砂糖、碳酸氫銨、碳 酸氫鈉,使用置入鉤(hook)以低速[138 rpm]混合1分鐘反 製備成鬆散連接之狀態的小麥粉膨化食品用麵團。麵團揉 和完畢之麵團溫度為19°C。 ’、 (3 )將該麵團以壓片機(sheeter)延展至錶麗( pressure)為3.0 mm (實際厚度為3.5 mm),利用直徑為 31 mm的修整模(trimming die)而載於修整展板上,以上 火200°C、下火180°C烘焙10分鐘。進行疊入時,將(2) 中製備的麵團以壓片機延展至錶壓5.0 mm (實際厚度為 6.0 mm),進行一次三折,接著將該麵團改變90度方向, 再次以壓片機延展至錶壓5.0mm(實際厚度為6.0 mm), 進行一次兩折,然後以壓片機延展至錶壓3.0 mm (實際厚 度為3.5 mm),利用直徑為31 mm的修整模而載於修整 展板上,以上火200°C、下火180°C烘焙10分鐘。 (註1)最初的混合時間於可塑性油中水型乳化物A 〜E的情況下’分別為A(8分鐘)、B(10分鐘)、c(i〇 分鐘)、D(8分鐘)、E(7分鐘)。 (註 2)A(21°C)、Β(2Γ〇、C(2rC)、D(21 °C )、E ( 2〇°C )。 (結果) 烘焙品與普通的起酥油(shortening)使用品(比較例 2)相比,均為咬食感較硬,口中的酥散感、口溶感良好且 酥脆的新穎食感之餅乾。 201034576 另外’製成了前所未有的油膩感少、 而且’該餅乾並無表皮部«的情況,郷性&的餅乾。 的餅ί外’縱向隆起而獲得通常所無法獲得的具有體積感 使用可塑性油中水型乳化物a、b、c、d 入之情料起倍率相為a(3 G)、B(3 5 ’ t 〇 (2·8)、E (2.9) °另外,進行叠入 ' Ο 〇 塑性油中水型乳化物A時的隆起倍率為《〇倍夸的使用可 隆起倍率是對與成形後(將 相對的烘培品的高度(厚度的麵團厚度 的,,於使用八之麵進二=二= 仃疊^之情形時,烘培品亦與普通的起穌用口。= 好且穌跪的钱之魏。中騎軸、口溶感良 另外’製成了前所未有的油鶴 具有體積感的餅乾。 "n趟得的非常 情形時,若與:m::=油中水型乳化物c的 差的傾向。關於保形性’可塑性:=== 部崩裂的情況少而較為牢固。 i礼化物C的表皮 (比較例1) 依據表2所示的組成,將全部原料添加混合之後,以 201034576 協調器進行急冷混捏而獲得可塑性財水魏化物F、G、 Η。使用該可塑性財水型乳化物,藉由與實例!相同的 組成、製法來製造餅乾。其巾,於可紐財水型乳化物 F、G的情形時’冷水為25份。可塑性油中水型乳化物F、 G =以與實例i相同的方式切割而成的乳化物自冷藏箱 而,使用。其為5t。於可塑性油中水型乳化物 =的情_,樣地_而成輒化物概為抓而使 用。 (餅乾麵團的製備) 以與實例1相同的步驟進行測試(test)。 於可 乳化物卜〇之情形時,由於與實例1為相 :ί;合時間設為3分鐘,(於起穌油之情形 鐘),於可塑性油中水型乳化物Η之情形時 =為^鐘。以與實例1相同的方式製備鬆散連接之狀態 陡二粉膨化食品魏團。取混合麵15 2。° g來觀察,塑 的狀化物的狀態。可塑性油中水型乳化物(H) 較長者的乳化物為10咖、厚5 mm的薄片 而減^礼化物為長5酿、厚2職的薄片狀,以整體 畢之麵團ίίΪ7〜8職、厚3〜4職的薄片狀。揉和完 C)、H(2(TC)。 (餅乾麵團的娱培) 以與實例相同的方式進行烘焙。 (結果) 201034576 烘培品為普通的餅乾形態,並非實例的穌脆食感而 為乾巴的食感,口中的穌散感差,—旦與唾液混合即 團狀,且乾燥,口溶感、吞咽感差。使用可塑性油中水型 乳化物F〜Η之情形時的隆起倍率(未疊人)分別為f 〇·8)、G(L5)、H(l.l) ’均未獲得如實例般的體積 感、保形性。 於可塑性油中水型乳化物Η的情形時,與實例相比 〇 較,混合時直至最後,油脂粒較大殘留,即使於延展時, 油脂粒亦未充分延伸而未形成充分的層狀。烘焙品出油 (oil off)嚴重,形成粗糙的孔而未獲得普通的餅乾。 [表2] 可塑性油中水型乳化物的組成以及特性 F G Η 30 (份) 2 60 30 58 _ 12 12 12 1 1 1 0.3 0.3 0.3 0.4 5 0.4 0.4 21.3 5 22 5 20 60 70 89 12 15 7 3000 1800 22000 1100 600 10000 12 0 0 大豆硬化油 標櫚核分餾高熔點部 棕櫚油的酯交換油C40-2012I1.020.4I s ratio relative to the whole mixture (%) (Example 1) According to the composition shown in Table 1, after all-mixing, the coordinator is used for quenching and kneading to obtain miscible water and Β , 201034576 CDE. Next, using each of the oil-in-water emulsions, the biscuits were produced by the following composition (in a portion of 2 kg) by the following method. The water-type emulsion in the plastic picking oil is cut into strips. The temperature of the emulsifier of the coffee (64 cc a/b~l) is used for chatting. In addition, the palm kernel part of the table is used to sell her 6) to 6, and the melting point is hunger. The palm oil § domain oil is used to pluck oil 6〇%, palm kernel oil 40% Oxidized powder was produced by Oji Cornstarch (shares). (Composition) 100 (parts) 50 (parts) 20 (parts) 1 (parts) 0.8 (parts) 0.6 (parts) 29 (parts) Low-gluten flour plastic oil water-type emulsifier sugar salt ammonium bicarbonate sodium bicarbonate cold water 〇 (Preparation and baking of biscuit dough) (1) Mix the water-based emulsion and low-gluten flour in a plastic oil adjusted to a temperature of 20 ° C to a 3 〇 quart (qUart) at room temperature 22 ° C. In the machine, a batter was mixed at a low speed [138 rpm] for 7 to 10 minutes (Note 1), and 200 g of the mixed dough was taken to observe the state of the water-type emulsion in the plastic oil. The water-based emulsion in the plastic oil is in the form of a sheet having a long emulsion of 100 mm and a thickness of 5 mm, and a shorter emulsion having a sheet shape of 5 mm in length and 2 mm in thickness, as a whole. Most of them are in the form of flakes having a length of 7 to 8 mm and a thickness of 3 to 4,111,111. At this time, the initial temperature of the mixture 〇 1 ^ he 1 11 ^ 1 ^ ^ 201034576 〇〇 DL \ jpil (Note 2) is 20 ~ 21 ° C. (2) Next, dissolve salt, sugar, ammonium hydrogencarbonate, and sodium hydrogencarbonate in cold water, and use a hook to mix at a low speed [138 rpm] for 1 minute to prepare a wheat flour puffed food in a loosely connected state. Dough. The dough and finished dough temperature was 19 °C. ', (3) The dough was stretched by a sheeter to a pressure of 3.0 mm (actual thickness of 3.5 mm), and was placed on the trim panel using a trimming die having a diameter of 31 mm. On the above, the above fire is 200 ° C, and the fire is baked at 180 ° C for 10 minutes. When laminating, the dough prepared in (2) is stretched by a tableting machine to a gauge pressure of 5.0 mm (actual thickness of 6.0 mm), and a three-fold is made, then the dough is changed by 90 degrees, and the tablet press is again used. Extend to a gauge pressure of 5.0mm (actual thickness of 6.0 mm), perform a two-fold, and then extend to a gauge pressure of 3.0 mm (actual thickness of 3.5 mm) by a tablet press, and carry it on the trimming with a 31 mm diameter trimming die. On the display board, the above fire is 200 ° C, and the fire is baked at 180 ° C for 10 minutes. (Note 1) When the initial mixing time is in the case of the water-based emulsions A to E in the plastic oil, 'A (8 minutes), B (10 minutes), c (i minutes), D (8 minutes), E (7 minutes). (Note 2) A (21 ° C), Β (2 Γ〇, C (2rC), D (21 ° C), E ( 2 〇 ° C ). (Results) Use of baked goods and ordinary shortening (shortening) Compared with the product (Comparative Example 2), it is a biscuit with a strong bite-feeling feeling, a crispy mouth in the mouth, a good mouth-melting feeling, and a crispy taste. 201034576 In addition, 'there is an unprecedented greasy feeling, and ' The biscuit has no epidermis «the case, the bismuth & biscuit. The pie 外 outside' longitudinal bulge to obtain a volumetric feeling that is generally not available. The use of the water-type emulsions a, b, c, d in the plastic oil The rate of magnification is a (3 G), B (3 5 ' t 〇 (2·8), E (2.9) °, and the bulge of the water-type emulsion A in the 'Ο 〇 plastic oil The magnification is "the use of the bulging magnification is the same as after the forming (the thickness of the opposite baking product (thickness of the thickness of the dough, when using the face of the eight into two = two = ^ ^ ^) The baking products are also used for the common use of the mouth. = Good and the money of the Wei Wei. The middle riding shaft and the good mouth are good, and the 'an unprecedented oily crane has a sense of volume." Ot; n 趟 趟 若 若 与 : : : : : : : : : : m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m Skin of Compound C (Comparative Example 1) According to the composition shown in Table 2, all the raw materials were added and mixed, and then quenched and kneaded by a coordinator of 201034576 to obtain plasticity-rich weeds F, G, and Η. The plasticity type was used. The emulsion is manufactured by the same composition and method as the example! The towel is in the case of the Fenix-type emulsion F and G, and the cold water is 25 parts. The water-type emulsion F, G in the plastic oil = The emulsion cut in the same manner as in Example i was used from a refrigerator. It was 5t. In the plastic oil, the water-type emulsion = the case, the sample was used. (Preparation of biscuit dough) Test was carried out in the same manner as in Example 1. In the case of emulsifiable material, since it was the same as Example 1, the time was set to 3 minutes, In the case of oily water, in the case of a water-based emulsion in a plastic oil = = clock. In the same manner as in Example 1, a loosely connected state of the second powder puffed food group was prepared. The mixed surface was taken at 15 ° g to observe the state of the plasticized compound. The water-type emulsion (H) in the plastic oil was emulsified for a longer period. The material is a sheet of 10 coffee and a thickness of 5 mm, and the slab is a sheet of 5 long and thick 2 slabs, and is flaky in the overall λ ίίΪ 7~8 position, thick 3~4 position. ), H(2(TC). (Entertainment of biscuit dough) Bake in the same way as the example. (Result) 201034576 The baked product is a common biscuit form, not a crisp food of the example. Feeling, the smell in the mouth is poor, and it is mixed with saliva, which is lumpy, dry, and has a mouth-melting and swallowing feeling. When the water-type emulsion F to Η in the plastic oil is used, the bulging magnification (unfolded) is f 〇·8), G(L5), and H(ll)', respectively, and the volume sensation as in the example is not obtained. Conformality. In the case of the water-type emulsion enthalpy in the plastic oil, compared with the hydrazine, the oil granules remained largely at the time of mixing until the end, and even when stretched, the oil granules did not sufficiently extend and did not form a sufficient layer. The baked oil is severely off, forming a rough hole without obtaining ordinary biscuits. [Table 2] Composition and characteristics of water-type emulsion in plastic oil FG Η 30 (parts) 2 60 30 58 _ 12 12 12 1 1 1 0.3 0.3 0.3 0.4 5 0.4 0.4 21.3 5 22 5 20 60 70 89 12 15 7 3000 1800 22000 1100 600 10000 12 0 0 Soybean hardened oil palm palm core fractionated high-melting point palm oil transesterified oil

棕櫚液油 食鹽 卵磷脂 甘油單硬脂酸酯 氧化澱粉 水 油月I 的 SFC (l〇°C ) 油脂的SFC (35°C) 流變值(15°c) 流變值(2〇°c) 衫酸* *相對於混合物整體的比例(%) 15 201034576 1 vpn t (比較例2 )普通起穌油的例子 (1) 使用普通餅乾中經常使用的起酥油 (PAMPASPARMYBBLT3(),不二製油(股)製造,商品 名)來代替實例中使用的可塑性油中水型乳化物以與實 例相同的方式製造餅乾。起酥油與通常使用之情形同樣地 以塊狀的狀態加溫至2〇°C而使用。 (餅乾麵團的製備以及烘焙)於室溫22。〇下將經調溫 為20 C的起酥油與低筋麵粉放入至3〇夸脫混合機中,使 用打漿機以低速[138 rpm]混合2分鐘,取混合麵團200 g 來觀察可塑性油中水型乳化物的狀態。起酥油為完全練入 的狀態’未觀察到油脂粒。此時的混合物初溫為21。〇。 (2) 接著’於冷水中溶解食鹽、砂糖、碳酸氫銨、碳 酸氫鈉’使用置入鉤以低速[138rpm;|混合1分鐘。製備成 鬆散連接之狀態的小麥粉膨化食品用麵團。麵團揉和完畢 之麵團溫度為19。(:。為了使麵團的硬度與實例(B)相同 而將水量設為18份。 (3) 將該麵團以壓片機延展至錶壓3 〇 mm (實際厚 度為3.5 mm),利用直徑為31mm的修整模而載於修整 展板上,以上火2〇〇它、下火18〇°C烘焙1〇分鐘。 (結果) 烘培品為普通的餅乾形態,並非實例的酥脆食感,而 為乾脆的食感’口中的酥散感差,一旦與唾液混合即成為 團狀,且乾燥,口溶感、吞咽感差。另外,未獲得如實例 1的體積感、保形性。隆起倍率為1.3倍。 16 201034576Palm oil, salt, lecithin, monostearate, oxidized starch, water, oil, month I, SFC (l〇°C), SFC (35°C), rheological value (15°c), rheological value (2°°c) ) The ratio of the acid* to the whole mixture (%) 15 201034576 1 vpn t (Comparative example 2) Example of ordinary starting oil (1) Using the shortening commonly used in ordinary biscuits (PAMPASPARMYBBLT3(), Fuji Oil The (manufactured, trade name) was used instead of the water-type emulsion in the plastic oil used in the examples to produce biscuits in the same manner as the examples. The shortening is used in the form of a block to be heated to 2 ° C in the same manner as in the case of usual use. (Preparation and baking of biscuit dough) at room temperature 22. Under the arm, the shortening and low-gluten flour adjusted to 20 C were placed in a 3 〇 quart mixer, mixed with a beater at a low speed [138 rpm] for 2 minutes, and 200 g of the mixed dough was taken to observe the plastic oil. The state of the water emulsion. The shortening was in a state of complete training. No grease particles were observed. The initial temperature of the mixture at this time was 21. Hey. (2) Next, 'dissolve salt, sugar, ammonium hydrogencarbonate, sodium hydrogencarbonate in cold water' using a hook at a low speed [138 rpm; | for 1 minute. A dough for wheat flour puffed food in a state of loosely connected. The dough is kneaded and the finished dough has a temperature of 19. (: In order to make the hardness of the dough the same as in the example (B), the amount of water was set to 18. (3) The dough was stretched by a tableting machine to a gauge pressure of 3 〇mm (actual thickness of 3.5 mm) using a diameter of The 31mm trimming mold is placed on the trimming board, and the above fire is 2 〇〇, it is baked at 18 ° C for 1 minute. (Result) The baked product is a common biscuit form, not a crisp taste of the example, but The crisp texture of the mouth is poor in crispness in the mouth, and when it is mixed with saliva, it becomes a dough, and it is dry, and the mouth melts and the swallowing feeling are inferior. Further, the volume feeling and shape retention as in Example 1 are not obtained. 1.3 times. 16 201034576

X (比較例3) 糖油法㈣通魏的例子 的可==乾中經常使用的_油來代替實例中使用 80 mm的塊 乳化物,利用一般的製法即糖油法來製 4餅乾。起酥油是以用木鏟捧著的狀態(70 狀)調溫為20°c而使用。 (餅乾麵團的製備以及烘焙) Ο 〇 ()於至/jnL 22C下將經調溫為2〇°C的起穌油與砂 糖’使用打漿機以中速[2l〇rpm]而進行搜拌混合。此時的 混合物的比重為0.85。 技(2)接著,於經加溫至25°C之水中溶解食鹽、碳酸 氫銨、碳酸氫鈉,一面分5、6次進行添加,一面使用打漿 機以中速[210 rpm]進行攪拌混合而成為乳脂狀。 (3)然後’添加低筋麵粉,使用打漿機以低速[138卬叫 混合30秒,製備成鬆散連接的麵團。揉和完畢之麵團溫度 為21°〇為了使麵團的硬度與實例2相同而將水量設為18 份。取混合麵團200 g來觀察可塑性油中水型乳化物的狀 態。起酥油為完全練入的狀態,未觀察到油脂粒。 (4)將該麵團以壓片機延展至錶壓3.0 mm (實際厚 度為3.5 mm),利用直徑為31 mm的修整模而載於修整 展板上’以上火2〇〇。(:、下火180。(:烘焙10分鐘。 (結果) 棋培品並非實例的穌脆食感,而為乾跪的食感,口中 的酥散感差,一旦與唾液混合而即成為團狀,且乾燥’口 溶感、吞咽感差。另外,未獲得如實例般的體積感、保形 17 201034576 一 戊义Τά千4 J.3倍。 雖然本發明已以較佳實施例揭露如上,然其並非用以 何熟f此技#者’在不脫離本發明之精神 範圍\ ^田可作些許之更動與濁飾,因此本發明之保護 範圍虽視伽之申請專利範圍所界 【圖式簡單制】 #為准° 無 【主要元件符號說明】 〇 無X (Comparative Example 3) Example of the sugar oil method (4) The example of the Wei can be used instead of the 80 mm block emulsion in the example, and the biscuit is prepared by the usual method of the sugar oil method. The shortening is used in a state where the wooden shovel is held (70-shaped) and the temperature is adjusted to 20 °c. (Preparation and baking of biscuit dough) Ο 〇(), at a temperature of /jnL 22C, the oil and sugar that have been tempered to 2 °C, using a beater at a medium speed [2l rpm] . The specific gravity of the mixture at this time was 0.85. (2) Next, the salt, ammonium hydrogencarbonate, and sodium hydrogencarbonate are dissolved in water heated to 25 ° C, and added in 5 or 6 times, and stirred and mixed at a medium speed [210 rpm] using a beater. It becomes creamy. (3) Then add low-gluten flour and use a beater to mix at a low speed [138 squeaking for 30 seconds to prepare a loosely connected dough. The dough and the finished dough were at a temperature of 21 °. In order to make the hardness of the dough the same as in Example 2, the amount of water was set to 18 parts. 200 g of the mixed dough was taken to observe the state of the water-type emulsion in the plastic oil. The shortening was in a state of complete training, and no grease particles were observed. (4) The dough was stretched by a tableting machine to a gauge pressure of 3.0 mm (actual thickness of 3.5 mm), and was loaded on a trimming plate by a trimming die having a diameter of 31 mm. (:, under fire 180. (: baking for 10 minutes. (Results) Chess training is not an example of crisp food, but for a dry sense of food, the taste of the mouth is poor, once mixed with saliva, it becomes a group Shape, and dry 'mouth melt, poor swallowing sensation. In addition, the volume sensation as shown in the example, shape retention 17 201034576 戊 Τά 4 4 J. 3 times. Although the present invention has been disclosed in the preferred embodiment as above However, it is not intended to be used by the skilled person. Without departing from the spirit of the invention, the field can be modified and turbid. Therefore, the scope of protection of the present invention is bounded by the scope of the patent application. Simple drawing system] #为准° No [Main component symbol description] 〇无

1818

Claims (1)

201034576 七、申謗專利範®: 一種餅乾麵圓的製造方法,其特徵在於··將小麥粉 與y塑性油令水型乳化物加以混合,其中該可塑性油中水 里乳化物的15 C之柱塞徑1〇 mm下的流變值大於等於 5〇〇〇 g ’且20 C之柱塞徑!〇 mm下的流變值大於等於篇〇 g ’然後肖其+添加水及/或牛奶、輔 焙粉等副原料,進行混合。 而晋旳食息 Ο 2·-種餅乾’是將藉由如申請專利範圍第丨項所述之 k方法而獲得的餅乾麵團進行成型、絲而獲得。 制生3. 一種i并乾’是將藉由如申請專利範圍第1項所述之 k方法餅乾_進行疊人、成型、絲而 (如申言月專利範圍第2項至第3項中任一 乾,其中賴乾的隆起倍率為大於等於2〇。 餅201034576 VII. Shenyi Patent Fan®: A method for manufacturing a biscuit doughnut, characterized in that: wheat flour is mixed with y plastic oil to make a water-type emulsion, wherein 15 C of the water emulsion in the plastic oil The rheological value of the plunger diameter 1〇mm is greater than or equal to 5〇〇〇g ' and the plunger diameter of 20 C! The rheological value at 〇 mm is greater than or equal to the 〇 g ′ and then the addition of water and/or milk, auxiliary baking powder and other auxiliary materials are mixed. The 旳 旳 旳 · · · 种 种 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ 饼干Production 3. An i-dry 'is to be stacked, shaped, and silked by the k-method as described in claim 1 of the patent application (as in the second to third items of the patent scope of the claim) Any dry, in which the bulging rate of Laigan is greater than or equal to 2 〇. 19 201034576 四、 指定代表圖:…. (一) 本案指定代表圖為:無 (二) 本代表圖之元件符號簡單說明: 無 五、 本案若有化學式時,請揭示最能顯示發明特徵 的化學式: ❹ 3 201034576 ^ A J, 修正日期:99年3月18日 爲第98144791號中文專利範鬮無劃線修正本 七'申請專利範圍: h~種餅乾麵®的製造方法,其特徵在於:將小麥粉 與可塑11油中水型乳化物加以混合,其中該可塑性油中未 塑礼化物的15eC之柱塞徑.10 mm τ的流變值大於等於 5〇〇=’且20°C之柱塞徑10咖下的流變值大於等於2〇⑽ g ’,、:後向其中恭加水及/或牛奶、糖類、食鹽、培粉,進 行混合。. 2. -種餅乾’是將藉由如申請專利範圍第1項所述之 〇 製造方法而獲得的餅乾麵團進行成型、烘培而獲得。 3. -種餅乾’是將藉由如申請專利範圍第^所述之 製造方法而獲得的餅乾_進行疊人、成型、烘培而獲得。 4·如申請專利範圍第2.項至第3項中任—項所述之餅 乾’其中該餅乾的隆起倍率為大於等於2 〇。 〇 1919 201034576 IV. Designated representative map: .... (1) The representative representative figure of this case is: None (2) The symbolic symbol of the representative figure is simple: No. 5. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention. : ❹ 3 201034576 ^ AJ, Revision date: March 18, 1999 is No. 98144791 Chinese Patent Fan 阄 No scribe correction This seven patent application scope: h~ Kind of biscuit noodle® manufacturing method, characterized by: The wheat flour is mixed with the water-type emulsion of the plastic 11 oil, wherein the 15 eC plunger diameter of the unplasticized plastic in the plastic oil is 10 〇〇 = ' and the column of 20 ° C is greater than or equal to 5 〇〇 = ' The rheological value under the plug diameter of 10 coffee is greater than or equal to 2〇(10) g ', and: afterwards, water and/or milk, sugar, salt, and powder are added to the mixture for mixing. 2. A biscuit is obtained by molding and baking a biscuit dough obtained by the 〇 manufacturing method as described in the first application of the patent application. 3. A biscuit is obtained by laminating, molding, and baking a biscuit obtained by the production method as described in the patent application. 4. The cake according to any one of the items 2 to 3 of the patent application, wherein the biscuit has a bulging ratio of 2 大于 or more. 〇 19
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