JP2013070696A - Mushroom bed medium comprising bamboo powder - Google Patents
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本発明は竹粉での菌床培地に係るもので、更に詳しくは高い使用安全性と水分率及び竹繊維チョップドストランドを絡合包被を繰り返し腐食分解同化させる竹粉での菌床培地に関する。 The present invention relates to a fungus bed medium with bamboo powder, and more particularly relates to a fungus bed medium with bamboo powder in which high safety in use, moisture content, and bamboo fiber chopped strands are repeatedly corroded and assimilated repeatedly.
菌床栽培は、近年多くの農家が取組んでいる。年々増えている原因として、農作物は古くは自然条件下において耕作のうえ播種や定植し育成のうえ収穫がなされてきたものであるが、自然条件下では気温の急変はもとより時期外れの降霜や降雹、台風や突風等の風害或いは集中豪雨等に加え病害等の異常発生等により農業経営は極めて不安定なものとされていた。
そして農業経営も経済の高度成長期における消費の拡大に対処すべく、農業生産増強のため自然条件の変動に左右されることなく安定した栽培生産をなすうえから、菌床栽培が積極的に取り入れられてきた。
トンネルハウスやビニールハウス等の施設栽培化が積極的に導入され、更には施設化に至らぬ広大な露地栽培地においても育成培地で農作物の栽培促進化を図るため、菌床培地の採用も積極的になされてきた。In recent years, many farmers have been working on fungal bed cultivation. The cause of the increase is yearly crops that have been harvested after being cultivated, planted, planted and cultivated under natural conditions. Agricultural management has been considered extremely unstable due to wind damage such as typhoons and gusts, torrential rain, and other abnormalities.
And in order to cope with the expansion of consumption during the high economic growth period, agricultural management also actively incorporates fungus bed cultivation to ensure stable cultivation production without being affected by fluctuations in natural conditions to enhance agricultural production. Has been.
The adoption of fungus bed culture medium is also actively promoted in order to promote the cultivation of crops with the growth medium even in the vast open-air cultivation areas that have not been institutionalized. Has been made.
ところで高度成長期時代には多量生産、多量消費が叫ばれるなか合成土壌改良材及び合成化学肥料が多量に使用され育成培地の変化がみられるようになった。本来の育成培地から化学堆肥及び化学肥料更には農薬に汚染された育成培地に変わった。 By the way, in the era of high growth, a lot of synthetic soil conditioners and synthetic chemical fertilizers were used in the screaming of mass production and consumption, and the growth medium was changed. The original growth medium was changed to a growth medium contaminated with chemical compost, chemical fertilizers and pesticides.
ところで一方における地球温暖化と他方における森林や山野への管理並びに手入れ不足や放置によって、成長力の旺盛な孟宗竹を初めとする和竹や笹竹等の竹材が、急激且無為に繁殖して地下茎の伸長拡大による他木の栄養分等の奪取ばかりか、急速な伸長と展葉とによる日照遮断により植林はもとより自然育成樹木等にまで育成阻害が随所で発生しており、これによる林業や農業被害は莫大なものに至っている。急激且無為に繁殖する竹材の無償伐採が全国的に要請されるに至っている。 By the way, due to global warming on one side, management of forests and mountain fields on the other side, and lack of care and neglect, bamboo materials such as Japanese bamboo and bamboo shoots, which have strong growth potential, proliferate rapidly and unreasonably. In addition to the removal of nutrients from other trees due to expansion and expansion, the growth of trees and natural growth trees has been hindered by planting as well as natural growth due to the rapid growth and the sunshine blocking the leaves. It has become enormous. There has been a national demand for free cutting of bamboo that grows rapidly and involuntarily.
このため該急激且無為に繁殖する竹材を伐採してその再利用化を図る試みが各所でなされているが、この繁殖する竹材の伐採処分量は莫大なものであるから、当然に再利用化のための市場も莫大な規模に亘るものが望ましい。 For this reason, attempts have been made at various places to cut down the bamboo material that propagates rapidly and involuntarily and reuse it. However, the amount of harvested bamboo material to be harvested is enormous. It is desirable that the market for the system has a huge scale.
発明者等はかかる状況に鑑み、竹材に多様加工性を保持させる必要上から竹繊維を形成し且その性能について研究を重ねた結果、孟宗竹や和竹或いは笹竹等を予め小片に破砕のうえ加圧押出装置で、少なくともその内部圧力をスクリュー並びにストレーナーで15Kg/cm2以上に高めて加圧混練し、且カッターでミンチ状に裁断のうえ先端の多数の吐出孔を有ずるノズルより大気中に吐出膨潤拡散させ解繊された竹繊維チョプドストランドとなすことにより、強靭で且優れた屈撓性に加えて、寸法安定性とガスの吸着性等の物理的性能に加えて抗菌性や鮮度保持性等の化学的性能も保持するとともに竹繊維チョプドストランドは絡合性にもすぐれことを究明し本発明に至った。 In view of such circumstances, the inventors have formed bamboo fibers from the necessity of maintaining various processability in bamboo materials, and have conducted research on their performance. In a pressure extrusion device, increase the internal pressure to at least 15 kg / cm2 with a screw and strainer, press knead, cut into minced with a cutter, and discharge into the atmosphere from a nozzle with many discharge holes at the tip. Bamboo fiber chopped strands swelled, diffused and defibrated to maintain antibacterial properties and freshness in addition to physical properties such as dimensional stability and gas adsorbability in addition to tough and excellent flexibility As a result, it was found that the bamboo fiber chopped strands were excellent in entanglement while maintaining chemical properties such as properties.
本発明は農作物の育成培地に乳酸菌発酵の竹繊維チョプドストランドを絡合包被する竹粉での菌床培地を提供することにある。 It is an object of the present invention to provide a fungus bed culture medium with bamboo powder in which a cultivated culture medium is entangled with bamboo fiber chopped strands of lactic acid bacteria fermentation.
上述の課題を解決するために本発明で採用した技術的手段は、孟宗竹、和竹、笹竹等の竹材を所要の小片に破砕のうえ、加圧押出装置により少なくともその内部圧力が15Kg/cm2以上で加圧混練し、カッターでミンチ状に且その長さを20乃至200mmに裁断のうえ、その先端の多孔なノズルより大気中に吐出し、膨潤拡散して硬組織と柔組織の解体と、細胞壁を形成するセルロース及びヘミセルロースをリグニンより解離させた解繊状の竹繊維チョップドストランドを用い、約40m3容積の下部コンクリート、木質壁面の堆肥化育成場所で絡合包被厚さが3m乃至5mで、絡合包被重量が10,000Kg乃至15,000Kgの範囲で、水分については竹自身の持っている水分率が70%で約10%の水分を与え且その水分が発酵熱及び蒸発等で70%になると同時に更なる水分10%を与える。水分測定器を用い測定後、この繰り返しを約2〜3カ月間行う。また温度管理については発酵熱70℃をキープし冬場等雰囲気温度の低い時は全体をビニールシート等で覆う70℃をキープする。温度計を埋蔵し毎日管理を行う。また竹繊維チョップドストランド絡合包被をユンボ等で切り返しを行い発酵及び水分率が均一になるよう1回/週行う。繰り返し腐食分解同化させることを特徴とした竹粉での菌床培地である。 The technical means employed in the present invention in order to solve the above-mentioned problem is to break up bamboo materials such as 孟 mul bamboo, Japanese bamboo, bamboo shoots, etc. into required small pieces, and at least the internal pressure thereof is 15 kg / cm 2 or more by a pressure extrusion device. Pressure-kneading in a minced shape with a cutter and cutting the length to 20 to 200 mm, then discharging it into the atmosphere from a porous nozzle at the tip, swelling and diffusing, decomposing hard tissue and soft tissue, Using chopped strands of fibrillated bamboo fiber in which cell wall and cellulose and hemicellulose are dissociated from lignin, the entanglement covering thickness is 3m to 5m at the composting place of lower concrete and wood wall of about 40m3 volume In the range where the entanglement covering weight is in the range of 10,000 Kg to 15,000 Kg, the moisture content of the bamboo itself is 70%, giving about 10% moisture, and the moisture is Providing 酵熱 and 10% moisture further and at the same time become 70% such as vaporized. This measurement is repeated for about 2 to 3 months after measurement using a moisture meter. As for temperature control, the heat of fermentation is kept at 70 ° C., and when the ambient temperature is low such as in winter, the temperature is kept at 70 ° C. where the whole is covered with a vinyl sheet or the like. A thermometer is buried and managed daily. In addition, the bamboo fiber chopped strand entanglement envelope is cut back with a yumbo etc., and once per week so that the fermentation and moisture content become uniform. It is a fungus bed medium with bamboo powder characterized by repeated assimilation by corrosion decomposition.
本発明は上述の如き製法からなるものであって、孟宗竹、和竹、笹竹等の竹材を所要の小片に破砕のうえ、加圧押出装置により少なくともその内部圧力が15Kg/cm2以上で加圧混練し、カッターでミンチ状に且その長さを20乃至200mmに裁断のうえ、その先端の多孔なノズルより大気中に吐出し、膨潤拡散して硬組織と柔組織の解体と、細胞壁を形成するセルロースやヘミセルロースもリグニンの固定から解離された状態となり柔軟性や嵩高性の増加に加え、このセルロースやヘミセルロースの周囲にはデンプン粒が存在するため、微生物の関与が容易となり腐食による培地との腐食同化が可能となる。
更に竹繊維チョップドストランドが、3mm以下73%、3mm以上17%、5mm以上5%、7mm以上5%であるため長期間の効果が期待できる。The present invention comprises the above-described manufacturing method, and after crushing bamboo materials such as 孟 mul bamboo, Japanese bamboo, bamboo shoots, etc. into required small pieces, pressure kneading at least with an internal pressure of 15 kg / cm 2 or more by a pressure extrusion device. After cutting into a minced shape with a cutter and cutting the length to 20 to 200 mm, it is discharged into the atmosphere from a porous nozzle at the tip, and swells and diffuses to form a disorganized hard tissue and soft tissue, and to form a cell wall. Cellulose and hemicellulose are also dissociated from lignin fixation, and in addition to increased flexibility and bulkiness, the presence of starch granules around this cellulose and hemicellulose facilitates the involvement of microorganisms and corrodes the medium due to corrosion. Assimilation is possible.
Furthermore, since the bamboo fiber chopped strand is 3 mm or less 73%, 3 mm or more 17%, 5 mm or more 5%, 7 mm or more 5%, a long-term effect can be expected.
加えて播種した農作物の発芽育成に関しては、相互の絡合空隙より容易に成長が可能であるばかりか、該竹繊維チョップドストランドには、原始時に抗菌性を有するものであるため、育成とともに着果するイチゴやウリ、スイカ、カボチヤ等は悪性土壌菌や土壌病害虫も忌避されつつ育成がなされる。 In addition, regarding the germination and growth of the sown crops, the bamboo fiber chopped strands have antibacterial properties at the beginning, so that the fruit can be grown together with the growth. Strawberries, cucumbers, watermelons, cabotillas, etc. that grow are cultivated while avoiding malignant soil fungi and soil pests.
孟宗竹を予め略20乃至50cm程度に破砕のうえ、その内部圧力が50Kgcm2の加圧押出装置を用いて混練のうえ、その繊維長が2乃至20cm程度にカッターで裁断のうえ先端の多孔なノズルより大気中に吐出させ膨潤拡散させてなる竹繊維チョップドストランドである。[実施例1] After crushing 孟 mune bamboo to about 20 to 50 cm in advance, kneading it using a pressure extruder with an internal pressure of 50 kgg2, and cutting it with a cutter to a fiber length of about 2 to 20 cm, using a porous nozzle at the tip It is a bamboo fiber chopped strand which is discharged into the atmosphere and swelled and diffused. [Example 1]
以下に本発明実施例を図とともに詳細に説明すれば、農作物の発芽育成に関しては、相互の絡合空隙より容易に成長が可能であるばかりか、該竹繊維チョップドストランドには、原始時に抗菌性を有するものであるため、育成とともに着果するキノコ類の中でも特に椎茸は悪性土壌菌や土壌病害虫も忌避されつつ育成がなされる。
育成のスピードが早くなり、わき芽、分欠が増加する。In the following, the embodiment of the present invention will be described in detail with reference to the drawings. Regarding the germination and growth of agricultural products, the bamboo fiber chopped strands are not only antibacterial at the primitive time, but also can be easily grown from the entangled voids. Therefore, shiitake mushrooms are grown while avoiding malignant soil fungi and soil pests.
The speed of cultivation increases, and side buds and fractions increase.
放線菌、乳酸菌、リン溶解菌等の作用で土壌の肥沃度が上がり、微生物が糖分やミネラルを餌として増殖する。アミノ酸や糖分を多く含んでいるので土着の乳酸菌が増殖する。
また作物体内の硝酸態窒素の減少で硝酸イオン濃度が30〜40%程度低くなるので作物が美味しくなる。The soil fertility is increased by the action of actinomycetes, lactic acid bacteria, phosphorus-lytic bacteria, etc., and the microorganisms grow by using sugar and minerals as feed. Because it contains a lot of amino acids and sugars, native lactic acid bacteria grow.
Moreover, since nitrate nitrate concentration is lowered by about 30 to 40% due to reduction of nitrate nitrogen in the crop body, the crop becomes delicious.
かくしてなる素材用件を具備するは勿論のこと、本発明は農業の如き広大な培地面積に使用されること並びに収穫後には培地に混耕し腐食分解のうえ培地と同化させるものであるから、コスト的に極めて安価であることが絶対用件とされる。 Of course, the present invention has a material requirement, and since the present invention is used for a large medium area such as agriculture, and after harvesting, it is mixed with the medium and subjected to corrosion decomposition and assimilation with the medium. It is an absolute requirement that it is extremely inexpensive.
かくしてなる本発明竹粉での菌床培地の手段としては、いくつかの手段が提案されるが簡便で能率的且安定した品質で形成する方法として図1に示す。 Several methods have been proposed as means for the fungus bed medium with the bamboo powder of the present invention thus formed, and FIG. 1 shows a simple, efficient and stable formation method.
かくしてなる本発明竹粉での菌床培地の手段としては、いくつかの手段が提案されるが簡便で能率的且安定した品質で形成する方法で栽培した椎茸の成分を示す。
放線菌、乳酸菌、リン溶解菌等の作用で土壌の肥沃度が上がり、微生物が糖分やミネラルを餌として増殖する。アミノ酸や糖分を多く含んでいるので土着の乳酸菌が増殖するため、作物体内の硝酸態窒素の減少で硝酸イオン濃度が30〜40%程度低くなるので作物が美味しくなる。As means for the fungus bed medium with the bamboo powder of the present invention thus formed, several means have been proposed, but the ingredients of shiitake mushrooms cultivated by a method of forming with simple, efficient and stable quality are shown.
The soil fertility is increased by the action of actinomycetes, lactic acid bacteria, phosphorus-lytic bacteria, etc., and the microorganisms grow by using sugar and minerals as feed. Since it contains a lot of amino acids and sugars, native lactic acid bacteria grow, and the nitrate ion concentration is lowered by about 30 to 40% due to the decrease of nitrate nitrogen in the crop body, so the crop becomes delicious.
菌床基材は、「木質基材」「栄養源」「水」と本発明の「竹粉」である。栽培過程で「混合撹拌」「充填」「滅菌」「放冷」「種菌接菌」「育成」「子実体発生」「収穫」の工程中一番注意を払わなければならない点は害虫と害菌である。
感染源は、人、加湿用の水の汚染、滅菌失敗、種菌の汚染、虫の侵入など理由はさまざまで、虫は基材に直接の影響を与えるだけでなく、同時に持ち込むいろいろな菌により「菌糸体」「子実体」にも影響を与える。定温高湿環境は、有害菌にとって最適の環境であり影響を極力排除するため、本発明の「竹粉」が重要な働きを行う。
天然物である竹本来の持っている殺菌性及び抗菌性を菌床基材に導入することにより、栽培過程の各過程で竹本来の持っている殺菌性及び抗菌性をフルに発揮し感染源を寄せ付けない働きを行う。The fungus bed base material is “wood base material”, “nutrient source”, “water” and “bamboo powder” of the present invention. The most important points to be paid to during the cultivation process are “mixing and stirring”, “filling”, “sterilization”, “cooling”, “inoculation with bacteria”, “nurturing”, “fruit body generation” and “harvest”. It is.
The source of infection is various for humans, humidification water contamination, sterilization failure, inoculum contamination, insect infestation, etc., and the insects not only have a direct effect on the substrate, but also by the various bacteria brought in at the same time It also affects mycelium and fruit bodies. The constant temperature and high humidity environment is an optimal environment for harmful bacteria, and the “bamboo flour” of the present invention plays an important role in order to eliminate the influence as much as possible.
By introducing the bactericidal and antibacterial properties inherent to bamboo, which is a natural product, to the fungus bed base material, the bactericidal properties and antibacterial properties inherent to bamboo are fully demonstrated in each stage of the cultivation process. It works to keep it away.
かくして形成された竹繊維チョップドストランドを図1に示すように、約40m3容積の下部コンクリート、木質壁面の堆肥化育成場所で絡合包被厚さが3m乃至5mで絡合包被重量が10,000Kg乃至15,000Kgの範囲で、水分・温度管理及び竹繊維チョップ合包被重量が10,000Kg乃至15,000Kgの範囲で、水分・温度管理及び竹繊維チョップドストランドを絡合包被を繰り返し腐食分解同化させることを特徴とした竹粉での菌床培地である。 As shown in FIG. 1, the bamboo fiber chopped strand thus formed has an intertwined covering thickness of 3 to 5 m and an intertwined covering weight of 10, Moisture / temperature control and bamboo fiber chopped covering weight in the range of 10,000Kg to 15,000Kg in the range of 000Kg to 15,000Kg, repeatedly eroding the entangled covering of the moisture / temperature control and bamboo fiber chopped strands It is a fungus bed culture medium with bamboo powder characterized by decomposition and assimilation.
育成農作物の竹粉での菌床培地は、所要の絡合包被厚さと絡合包被重量に散布包被敷設させることで実用使用できる。 Bacteria bed culture medium with bamboo powder of the cultivated crop can be put to practical use by spreading and covering the required entanglement covering thickness and entanglement covering weight.
1 竹粉
2 樹種(しい、くぬぎ、なら)
3 粒度(ザラメ大2 ザラメ小5 オガ3)
4 添加剤:ふすま(日清製粉)
5 添加剤:バイデル(北研)
6 種菌:おが菌607−S(北研)1 Bamboo powder 2 Tree species (Shi, Kunugi, Nara)
3 Grain size (large grain 2
4 Additives: bran (Nisshin Flour Milling)
5 Additive: Bidel (Hokkaido Lab.)
6 inoculum: Oga bacteria 607-S (Hokkaido Lab.)
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