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    • 3. 发明授权
    • Nematoda cultivating method
    • 线虫培养方法
    • US5694883A
    • 1997-12-09
    • US403879
    • 1996-01-29
    • Mineo TachibanaToshihito UechiNobukazu SuzukiTadaaki Kawasugi
    • Mineo TachibanaToshihito UechiNobukazu SuzukiTadaaki Kawasugi
    • A01K67/033A23K1/165A23K1/18
    • A01K67/033
    • The present invention relates to a method of cultivating, in medium, Steinernema kushidai (hereinafter simply called kushidai) which is one type of Nematoda. Kushidai has a strong insecticidal ability to kill larvae of coliopterous insects, and cultivation of large quantities of kushidai having the strong insecticidal ability requires conditions different from the techniques of cultivating other nematodes parasitic on insects. Kushidai is cultivated in a medium including asteroid. This increases the insecticidal activity with respect to insects harmful to plants such as crops. The medium including asteroid may be adsorbed to a plurality of supports, and then the supports may be stacked with gaps thereamong to form a layer. This enables kushidai to be cultivated efficiently. Further, a liquid medium including asteroid may be prepared, with cultivation carried out while agitating the medium and supplying oxygen thereto. This obtains kushidai having a high multiplication characteristic and high insecticidal activity. The kushidai is used as a biological agrochemical to reduce damage done to crops such as sweet potato by harmful insects.
    • PCT No.PCT / JP94 / 01204 Sec。 371日期1996年1月29日 102(e)日期1996年1月29日PCT 1994年7月21日PCT公布。 公开号WO95 / 02958 日期:1995年2月2日本发明涉及一种培养在一种线虫中的Steinernema kushidai(以下简称为kushidai)的培养方法。 葫芦丹具有很强的杀虫能力,可以杀死同种异体昆虫的幼虫,并且大量具有强杀虫能力的葫芦虫的培养需要与栽培其他寄生于昆虫上的其它线虫的技术不同的条件。 Kushidai在包括小行星的媒体中耕种。 这增加了对植物如农作物有害的昆虫的杀虫活性。 包含小行星的介质可以被吸附到多个支撑体上,然后可以将间隙堆叠在一起形成层。 这使得kushidai能够有效地耕种。 此外,可以制备包括小行星的液体介质,同时在搅拌介质并向其供应氧气的同时进行培养。 这获得具有高倍增特性和高杀虫活性的kushidai。 kushidai被用作生物农业化学品,以减少害虫对作物如甘薯的损害。
    • 6. 发明授权
    • Sludge treating apparatus
    • 污泥处理装置
    • US4388186A
    • 1983-06-14
    • US297257
    • 1981-08-28
    • Tadao FujimotoTadaaki Kawasugi
    • Tadao FujimotoTadaaki Kawasugi
    • C02F1/38C02F3/22C02F3/28C02F11/04
    • C02F3/2873C02F1/385C02F3/226Y02E50/343Y02W10/15
    • A sludge treating apparatus comprises a centrifugal condensing machine for forcedly condensing a raw sludge produced by a waste water treating apparatus. The raw sludge condensed to approximately 94 to 90% in terms of the percentage of moisture content by means of the centrifugal condensing machine is introduced into an anaerobic digestion tank of a deep well type, where the raw sludge undergoes an anaerobic digestion, and a digested sludge obtained from the anaerobic digestion tank is then dewatered by means of a dewatering apparatus such as a belt press, whereupon the dewatered sludge is applied to a post-treatment apparatus. In execution of the anaerobic digestion process, the reactions corresponding to an acid fermentation stage and acid regression stage may be carried out in advance in separate tanks and the reaction corresponding to an alkaline fermentation stage may be mainly performed in an anaerobic digestion tank.
    • 污泥处理装置包括用于强制冷凝由废水处理装置产生的原料污泥的离心冷凝机。 将通过离心冷凝机将水分含量百分比浓缩至约94%至90%的生污泥引入深井型厌氧消化罐中,其中生污泥进行厌氧消化,消化 然后通过脱水装置如带式压榨机将从厌氧消化槽获得的污泥脱水,然后将脱水污泥施加到后处理装置。 在厌氧消化过程的执行中,可以预先在单独的罐中进行与酸发酵阶段和酸回收阶段相对应的反应,并且可以主要在厌氧消化槽中进行对应于碱性发酵阶段的反应。