JP3445558B2 - Manufacturing method of fine powder nutritional supplement and bone marrow fluid nutritional supplement - Google Patents
Manufacturing method of fine powder nutritional supplement and bone marrow fluid nutritional supplementInfo
- Publication number
- JP3445558B2 JP3445558B2 JP2000160116A JP2000160116A JP3445558B2 JP 3445558 B2 JP3445558 B2 JP 3445558B2 JP 2000160116 A JP2000160116 A JP 2000160116A JP 2000160116 A JP2000160116 A JP 2000160116A JP 3445558 B2 JP3445558 B2 JP 3445558B2
- Authority
- JP
- Japan
- Prior art keywords
- bone
- bone marrow
- nutritional supplement
- marrow fluid
- eel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- Meat, Egg Or Seafood Products (AREA)
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、カルシウム等の栄
養補給材としての鰻又は穴子（鰻等）の骨を原料とする
微粉末栄養補給剤および骨髄液栄養補給剤の製造方法に
関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for producing a fine powder nutritional supplement and a bone marrow fluid nutritional supplement using bones of eel or eel (eel etc.) as a nutritional supplement for calcium and the like.
【０００２】[0002]
【従来の技術】一般に動物性の骨を煮沸・乾燥したもの
を粉末化したものがカルシウム等の栄養補助食品として
利用されていることについては広く知られている。それ
らのほとんどは牛豚等の陸生動物や海面近くに生息する
鯵や鰯等の魚類の骨が原料で、近年になって鰻等の魚骨
を原料とするものが現れて来ているが、製造技術の面で
は圧力釜等を使用し骨髄液を除去してしまう精製方法
や、塩分濃度の高い液中で濃度差を利用して油脂を抜く
方法等が広く知られている。2. Description of the Related Art It is widely known that animal bones, which are boiled and dried, and powdered are generally used as dietary supplements such as calcium. Most of them are made from terrestrial animals such as beef and pigs, and fish bones such as horse mackerel and sardines that live near the sea surface.In recent years, those made from fish bones such as eel have appeared. In terms of manufacturing technology, there are widely known methods such as a purification method in which a bone marrow fluid is removed using a pressure cooker or the like, and a method in which fats and oils are removed by utilizing a difference in concentration in a solution having a high salt concentration.
【０００３】鰻の骨は中国の漢方書でも滋養強壮の逸材
として取り上げられており、現代風に言えばミネラル、
アミノ酸、ＤＨＡ，ＥＰＳを多量に含み、現代人に欠か
せないものである。鰻の骨も従来の牛豚等の動物性カル
シウムとなんら変わらないものであるが、深海魚である
鰻等は骨髄液に特殊な酵素を含み、体内に吸収されにく
いと言われているリン酸カルシウムを吸収されやすい形
にする働きがあり、鰻等の骨のカルシウムと骨髄液が相
俟って高齢者や骨の弱った人々の栄養素として役立たせ
る事ができる。鰻等の骨は鰻等の蒲焼を作る際に生じる
副産物であり、製造コスト上有利なものである。The eel bone is also taken up as a nourishing and tonicing material in Chinese Kampo books. In modern terms, minerals,
It contains a large amount of amino acids, DHA, and EPS, and is essential for modern people. The eel bones are no different from conventional animal calcium such as beef pigs, but deep-sea fish eels contain calcium phosphate, which is said to be difficult to be absorbed into the body because it contains a special enzyme in the bone marrow fluid. It has the function of being easily absorbed, and the calcium of bones such as eel and the bone marrow fluid can be used as nutrients for the elderly and people with weak bones. Bone such as eel is a by-product that is produced when making kabayaki such as eel and is advantageous in terms of manufacturing cost.
【０００４】[0004]
【発明が解決しようとする課題】鰻等の骨には他の魚に
は無い濃い骨髄液と強い臭いがあり、従来の精製方法で
骨の微粉末を製造すると、一方、抽出した骨髄液（マロ
ー）は、臭いがきついために、単体での利用が困難であ
った。Since bones such as eels have a strong bone marrow fluid and a strong odor that are not found in other fish, when fine bone powder is produced by a conventional purification method, the extracted bone marrow fluid ( Mallow) had a strong odor and was difficult to use alone.
【０００５】そこで本発明の第１の目的は、白色で臭い
の少ない微粉末を製造し、カルシウムと栄養素の吸収率
の高い鰻等の骨を原料とする微粉末栄養補給剤の製造方
法を提供することにある。又、本発明の第２の目的は、
上記微粉末栄養補給剤と同時に抽出される骨髄液によ
る、臭いの少ない単体の骨髄液栄養補給剤の製造方法を
提供することにある。Therefore, a first object of the present invention is to provide a method for producing a fine powder which is white and has a low odor, and a fine powder nutritional supplement made from bone such as eel which has a high absorption rate of calcium and nutrients. To do. The second object of the present invention is to
It is an object of the present invention to provide a method for producing a single bone marrow nutrient replenisher having a low odor by using the bone marrow fluid extracted at the same time as the fine powder nutrition supplement.
【０００６】[0006]
【課題を解決するための手段】請求項１の発明は、鰻又
は穴子から取り出した魚骨に対し、骨と付着した肉とを
分離し、その分離した骨を粒状化して骨粒とした後に乾
燥してから粉砕することにより得られる骨微粉末の製造
方法において、上記骨粒を底部に細孔を有する筒状容器
に入れ、外部から電磁波を照射して骨髄液を除去した後
に乾燥し、殺菌・消臭することを特徴とする、微粉末栄
養補給剤の製造方法である。According to a first aspect of the present invention, a fish bone taken out from an eel or a conger is separated from bone and attached meat, and the separated bone is granulated to form bone grains. In the method for producing a fine bone powder obtained by drying and then pulverizing, the bone particles are placed in a cylindrical container having pores at the bottom, and the bone marrow fluid is removed by irradiation with electromagnetic waves from the outside and then dried, A method for producing a fine powder nutritional supplement characterized by sterilizing and deodorizing.
【０００７】請求項２の発明は、鰻又は穴子から取り出
した魚骨に対し、骨と付着した肉とを分離し、その分離
した骨を粒状化した骨粒を底部に細孔を有する筒状容器
に入れ、外部から電磁波の照射により加熱して上記骨粒
から骨髄液を抽出し、抽出骨髄液を殺菌・消臭すること
を特徴とする、骨髄液栄養補給剤の製造方法である。According to the second aspect of the present invention, the fish bone taken out from the eel or conger is separated from the bone and the attached meat, and the separated bone is granulated to form a cylindrical shape having pores at the bottom. A method for producing a bone marrow nutrient replenishing agent, which comprises placing the mixture in a container and externally heating it by irradiation with electromagnetic waves to extract bone marrow fluid from the bone grains, and sterilizing and deodorizing the extracted bone marrow fluid.
【０００８】請求項３の発明は、請求項１において、上
記電磁波法の波長を３〜１５００μｍ、照射時間を３〜
３０分とする、微粉末栄養補給剤の製造方法である。According to a third aspect of the present invention, in the first aspect, the electromagnetic wave method has a wavelength of 3 to 1500 μm and an irradiation time of 3 to.
It is a method for producing a fine powder nutritional supplement, which is 30 minutes.
【０００９】[0009]
【発明の実施の形態】次に本発明の製造方法を、工程図
を参照しながら説明する。図１は本発明の製造工程の概
略を示すもので、この図における符号は、工程名には算
用数字を用い、いくつかの工程の枠から右向き矢印で示
されている楕円に囲まれている名称についてはアルファ
ベットを用いている。これらの名称はその工程によって
産出される中間製品につけられた仮称である。BEST MODE FOR CARRYING OUT THE INVENTION Next, a manufacturing method of the present invention will be described with reference to process drawings. FIG. 1 shows the outline of the manufacturing process of the present invention. The reference numerals in this figure use arithmetic numerals for the process name, and are surrounded by an ellipse indicated by a rightward arrow from the frame of some processes. The names used are in alphabets. These names are tentative names given to the intermediate products produced by the process.
【００１０】最初に、本工程に用いられる原料である
が、鰻等の白焼きや蒲焼きとして用いられる鰻等を加工
する時に背割りや腹割りにし、内蔵と骨を分離する裁割
下準備（ブランチング）１が行なわれるが、その時に取
り出される鰻等の背骨である。この背骨を骨ａとする。
この骨ａは裁割後、４時間以内に洗浄しなければ血液が
骨に染み込み、製品に着色を生じる恐れがある。通常は
これらの骨ａは冷凍状態で集荷されるが、もちろん鰻等
の加工工場の近くに本発明の製造設備があるような場合
には冷凍なしのまま供給することも可能であるし、その
方がコスト的には有利である。First, as a raw material used in this step, when processing eels used as white grilled eels and broiled eels, etc., they are divided into backs and abdomens, and preparations for cutting (branch) to separate the internal organs and bones. 1) is performed, but is the spine of an eel or the like taken out at that time. This spine is called bone a.
If this bone a is not washed within 4 hours after cutting, blood may soak into the bone and the product may be colored. Usually, these bones a are collected in a frozen state, but of course, in the case where the manufacturing facility of the present invention is located near a processing plant such as eel, it is possible to supply them without refrigeration. It is more cost effective.
【００１１】次に、裁割工程１によって得られた骨ａは
本発明実施のための設備に供給される、沸騰中のボイル
釜に適量（例えば３０ｋｇ）の骨ａを入れ、１５〜２０
分再沸騰させ取り出す。更にこの骨ａをフードミキサー
に入れ、ほぼ同量の水で４〜５分間回転させ攪拌し、こ
の攪拌された液汁のみを除去する。この１次洗浄工程２
を２〜３回繰り返すことで骨ａに肉かすや肉汁等の付着
しない骨が得られる。Next, the bone a obtained in the cutting step 1 is fed to a facility for carrying out the present invention, and an appropriate amount (for example, 30 kg) of the bone a is put into a boiling boiling kettle for 15 to 20.
Re-boil and take out. Further, the bone a is put into a food mixer, and is rotated with almost the same amount of water for 4 to 5 minutes and stirred, and only the stirred juice is removed. This primary cleaning step 2
By repeating the procedure 2 to 3 times, a bone to which bone residue, meat juice, etc., do not adhere to the bone a can be obtained.
【００１２】１次洗浄工程２によって得られた骨は、ミ
ンチング工程３にかける。ここでは、骨をミンチ機に入
れて細かく砕き、米粒状態にする。この米粒状態を骨粒
ｂと称することとする。The bone obtained in the primary washing step 2 is subjected to a minching step 3. Here, the bones are placed in a mincing machine and finely crushed into rice grains. This rice grain state is referred to as bone grain b.
【００１３】次にこの骨粒ｂを２次洗浄工程４により、
ミンチング工程３で付着した付着物を除去する。この２
次洗浄工程４は、フードミキサーに骨粒ｂを適量（例え
ば５釜分程：約１５０ｋｇ）入れ、その倍量の水ととも
に１０〜２０分間攪拌することにより付着物の洗い流
す。Next, this bone grain b is subjected to a second washing step 4,
The deposit attached in the minting step 3 is removed. This 2
In the next washing step 4, an appropriate amount of bone particles b (for example, about 5 kettles: about 150 kg) is put into a food mixer, and the adhering substances are washed away by stirring with double the amount of water for 10 to 20 minutes.
【００１４】２次洗浄工程４により得られた骨粒ｂを水
切りして、底部に骨粒ｂより小径の多数の細孔を有する
筒状耐熱ガラス容器又はステンレス容器に入れて連続的
又は間欠的な電磁波照射処理を行う電磁波処理工程５ａ
にかける。The bone grains b obtained in the secondary washing step 4 are drained and placed in a cylindrical heat-resistant glass container or a stainless steel container having a large number of pores having a diameter smaller than that of the bone grains b at the bottom thereof, either continuously or intermittently. Electromagnetic wave processing step 5a for performing various electromagnetic wave irradiation processing
Call.
【００１５】この電磁波処理工程５ａは、骨粒ｂの芯部
に残っている骨髄液を除去するための工程であり、電磁
波の波長を３〜１５００μｍとし、照射する時間を３〜
３０分（２０分が最適）とする。この時骨粒ｂは１００
〜１３５℃に加熱され、同時に抽出骨髄液ｇ（マロー）
も回収される。The electromagnetic wave treatment step 5a is a step for removing the bone marrow fluid remaining in the core of the bone grain b, the wavelength of the electromagnetic wave is 3 to 1500 μm, and the irradiation time is 3 to.
30 minutes (20 minutes is the best). At this time, the bone grain b is 100
Heated to ~ 135 ° C and simultaneously extracted bone marrow fluid g (mallow)
Is also recovered.
【００１６】次に電磁波処理された骨粒ｂを３次洗浄処
理工程５ｂにかけて、骨粒ｂに付着した骨髄油脂分を骨
粒から分離する作業にうつる。ここでは骨粒の約３倍量
の水とともにフードブレンダーに入れ、１０〜２０分間
攪拌する作業を２〜３回繰り返す。これにより、骨粒ｂ
から骨髄の油脂分を所定量除去する。ここでは骨粒から
所定量の骨髄油脂分が除去されたものを細骨と呼び、符
号ｃで表している。この電磁波処理工程５ａと３次洗浄
工程５ｂとを合せて骨髄液抽出工程５とする。ｇは骨髄
液である。Next, the bone particles b which have been subjected to the electromagnetic wave treatment are subjected to a third cleaning treatment step 5b, and the work of separating the bone marrow fat and oil adhering to the bone particles b from the bone particles is carried out. Here, the work of putting in a food blender together with about 3 times the amount of bone grains and stirring for 10 to 20 minutes is repeated 2 to 3 times. As a result, bone particles b
Remove a predetermined amount of oil and fat from bone marrow. Here, bone particles from which a predetermined amount of bone marrow oil and fat has been removed are called fine bones and are represented by the symbol c. The electromagnetic wave treatment step 5a and the third washing step 5b are combined to form a bone marrow fluid extraction step 5. g is bone marrow fluid.
【００１７】次に、この細骨ｃの水切りをしてからこれ
を温風乾燥工程６において乾燥させる。この温風乾燥工
程６は温風乾燥機に細骨ｃを入れ、例えば５０〜７０℃
の温度で２４０〜４８０分間加熱することにより乾燥さ
せる。Next, the fine bones c are drained and then dried in a warm air drying step 6. In this warm air drying step 6, the fine bones c are put in a warm air dryer, and the temperature is, for example, 50 to 70 ° C.
It is dried by heating at the temperature of 240 to 480 minutes.
【００１８】乾燥した細骨ｃは、次に粉砕工程７で粉砕
することにより粉末ｄをつくる。粉砕工程７は細骨ｃを
回転式粉砕機に入れ、これに衝撃を加えて例えば２００
メッシュの粉末にする。粉砕によりできた粉末ｄと骨髄
液ｇは、次の殺菌・消臭工程８で飲用に適合したものを
つくる。The dried fine bones c are then crushed in a crushing step 7 to form a powder d. In the crushing step 7, the fine bones c are put in a rotary crusher, and an impact is applied to the fine crushed bones, for example, 200
Make mesh powder. The powder d and the bone marrow fluid g produced by the pulverization are made to be drinkable in the next sterilization / deodorization step 8.
【００１９】殺菌・消臭工程８は、粉末ｄ及び骨髄液ｇ
を赤外線照射装置に入れ、波長が例えば５〜１５μｍの
赤外線（電磁波）を３〜３０分間照射することにより、
殺菌及び消臭処理を行うとともに細胞の活性化を行う。
遠赤外線の照射は３〜３０分間が適当である。３分未満
では殺菌・消臭の効果が不充分であり、３０分を超える
と品質低下の原因となるので好ましくない。In the sterilization / deodorization step 8, powder d and bone marrow fluid g
In an infrared irradiation device and irradiating infrared rays (electromagnetic waves) having a wavelength of, for example, 5 to 15 μm for 3 to 30 minutes,
Sterilize and deodorize and activate cells.
Irradiation with far infrared rays is suitable for 3 to 30 minutes. If it is less than 3 minutes, the effect of sterilization and deodorization is insufficient, and if it exceeds 30 minutes, it causes deterioration of quality, which is not preferable.
【００２０】ここで殺菌・消臭された粉末は次の粒子選
別（ふるい分け）工程９で微粉末だけがふるい分けされ
る。この工程で例えば２００メッシュの分級機を用いて
２００メッシュ以下の微粉末ｅをふるい分けする。ふる
い分けされた２００メッシュ以下の微粉末ｅは、そのま
ま飲用可能な状態となる。こうして作られた微粉末ｅは
瓶詰め又は袋詰め、加工を加えて錠剤やカプセル、ステ
ック等の状態として微粉末栄養補給剤の製品ｆとして出
荷可能となり、又骨髄液栄養補給剤は製品ｈとして出荷
可能となる。In the sterilized and deodorized powder, only fine powder is sieved in the next particle selection (sieving) step 9. In this step, for example, a fine powder e of 200 mesh or less is sieved by using a classifier of 200 mesh. The sieved fine powder e of 200 mesh or less is ready to be drunk. The fine powder e thus produced can be shipped as a fine powder nutritional supplement product f in the form of tablets, capsules, sticks, etc. after being bottled or bagged and processed, and the bone marrow nutritional supplement is shipped as product h. It will be possible.
【００２１】マローの精製について： 回収したマロー
は、冷暗所で底部に蛇口を付けた筒状容器に入れて２４
〜４８Ｈ放置し、油脂分と水分の自然分離を行った後に
底部の蛇口から水分のみを放出するとやや固形化したマ
ローが得られる。この工程を再度繰り返すことで精製さ
れたマローが出来上る。これにビタミンＥを加えて防腐
処理をした上でカプセルに詰めて商品となる。Purification of Mallow: The collected mallow is placed in a cylindrical container with a tap at the bottom in a cool dark place and is placed in a container 24
After leaving for 48 hours to naturally separate oil and fat from water, the water is released only from the faucet at the bottom to obtain a slightly solidified mallow. By repeating this process again, a refined mallow is completed. Vitamin E is added to this and antiseptic treatment is performed, and then the product is packaged in capsules.
【００２２】なお、上記工程のうち骨髄液抽出工程（骨
髄液回収工程を含む）以外の工程については、他の手段
を用いることでも同様の微粉末栄養補給剤及び骨髄液栄
養補給剤を得ることが可能である。Regarding the steps other than the bone marrow fluid extraction step (including the bone marrow fluid recovery step) in the above steps, the same fine powder nutritional supplement and bone marrow fluid nutritional supplement can be obtained by using other means. Is possible.
【００２３】[0023]
【発明の効果】本発明によれば、白色で臭みがなく、飲
用しやすい鰻等の骨を原料とする微粉末栄養補給剤と、
臭みのない鰻等の純粋な骨髄液（マロー）を確実に得る
ことができる。この微粉末栄養補給剤は、カルシウム成
分が非常に多く含まれており飲みやすくなったことで、
需要の増大に貢献し、その結果、骨粗しょう症等の高齢
者の骨格その他の健康の向上に貢献することが可能にな
る。又、骨髄液栄養補給剤は単体で広く利用できるの
で、健康の向上に有効であり、脳細胞に有効に作用しボ
ケ防止や脳こうそくの予防や治療に効果が高いという、
学説で発表されている効果を期待できる利点がある。EFFECTS OF THE INVENTION According to the present invention, a fine powder nutritional supplement made from bones such as eel, which is white and has no odor and is easy to drink,
It is possible to reliably obtain pure bone marrow fluid (malo) such as eel without odor. This fine powder nutritional supplement contains a large amount of calcium component, making it easier to drink,
It is possible to contribute to an increase in demand and, as a result, to improve the skeleton and other health of the elderly such as osteoporosis. In addition, since the bone marrow nutrient replenisher can be widely used as a single substance, it is effective in improving health and effectively acting on brain cells, and is highly effective in preventing blurring and preventing and treating cerebral infarction.
There is an advantage that you can expect the effects published in the theory.
【図１】 製造工程概略図である。FIG. 1 is a schematic view of a manufacturing process.
５ 骨髄液抽出工程 ５ａ 電磁波処理 ５ｂ ３次洗浄 ａ 骨 ｂ 骨粒 ｄ 粉末 ｅ 微粉末 ｆ 製品 ｇ 骨髄液 ｈ 製品 5 Bone marrow extraction process 5a Electromagnetic wave treatment 5b Third cleaning a bone b Bone grains d powder e Fine powder f product g bone marrow fluid h product
───────────────────────────────────────────────────── フロントページの続き (56)参考文献 特開2001−48793（ＪＰ，Ａ) 特開 昭59−21374（ＪＰ，Ａ) 特開 昭63−238199（ＪＰ，Ａ) 特開 平８−131127（ＪＰ，Ａ) (58)調査した分野(Int.Cl.7，ＤＢ名) A23L 1/31 - 1/333 ─────────────────────────────────────────────────── --- Continued from the front page (56) References JP 2001-48793 (JP, A) JP 59-21374 (JP, A) JP 63-238199 (JP, A) JP 8-131127 (JP, A) (58) Fields surveyed (Int.Cl. 7 , DB name) A23L 1/31-1/333
Claims (3)
骨と付着した肉とを分離し、その分離した骨を粒状化し
て骨粒とした後に乾燥してから粉砕することにより得ら
れる骨微粉末の製造方法において、 上記骨粒を底部に細孔を有する筒状容器に入れ、外部か
ら電磁波を照射して上記骨粒から骨髄液を除去した後に
乾燥し、殺菌・消臭することを特徴とする、微粉末栄養
補給剤の製造方法。1. A fish bone taken out from an eel or an eel,
In the method for producing a fine bone powder obtained by separating bone and adhered meat, granulating the separated bone to form bone particles, and then drying and pulverizing the bone particles, pores are formed at the bottom of the bone particles. A method for producing a fine powder nutritional supplement, characterized in that the bone marrow fluid is removed from the bone grains by irradiating it with electromagnetic waves from the outside and then sterilized and deodorized in a cylindrical container having the same.
骨と付着した肉とを分離し、その分離した骨を粒状化し
た骨粒を底部に細孔を有する筒状容器に入れ、外部から
電磁波の照射により加熱して上記骨粒から骨髄液を抽出
し、抽出骨髄液を殺菌・消臭することを特徴とする、骨
髄液栄養補給剤の製造方法。2. A fish bone taken out from an eel or an eel,
Bone and adhered meat are separated, and the separated bone particles are placed in a cylindrical container having pores at the bottom, and the bone particles are heated by external electromagnetic radiation to extract bone marrow fluid from the bone particles. A method for producing a bone marrow nutrient replenisher, which comprises sterilizing and deodorizing the extracted bone marrow fluid.
３〜１５００μｍ、照射時間を３〜３０分とすることに
より得られる、微粉末栄養補給剤の製造方法。3. The method for producing a fine powder nutritional supplement obtained according to claim 1, wherein the wavelength of the electromagnetic wave is 3 to 1500 μm and the irradiation time is 3 to 30 minutes.
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| JP3445558B2 true JP3445558B2 (en) | 2003-09-08 |
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