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METHOD AND APPARATUS FOR THE REARING OF FISH IN AN ARTIFICIAL ENVIRONMENT

机译:在人工环境中饲养鱼类的方法和装置

摘要

1351519 Fish tanks MARINE PROTEIN INTERNATIONAL CORP 19 April 1971 [5 March 1970] 23347/71 Heading A1A Fish are reared at high density, e.g. over 6 lb/U.S. gallon, in a tank which is continuously supplied with air or oxygen at the bottom to obtain nearly complete saturation, and throughout which the water rises substantially vertically to overflow over the entire periphery of the top of the tank side walls. The water is fed under gravity from a storage tank 18 (Fig. 2 not shown) through the tanks and to a pond in which more fish are reared. Alternatively the water is pumped and the speed varied intermittently. Each tank, Fig. 4, comprises a water space 53 at the bottom of which a conduit 23 discharges from the previous tank and at the top of which water passes through screen 42 into channel 40. The water discharges through outlet 44 and splashes into a cone in the entry funnel 48 of the next conduit 23, the resulting turbulence assisting the loss of carbon dioxide and ammonia to and absorption of oxygen from the atmosphere. The water pours over the edge of the cone into conduit 23 where the flow draws in air through pipe 50. Air or oxygen is pumped into chamber 54 and through porous, e.g. carborundum stone, floor 59 to form bubbles between 0.1mm and 0.5mm diameter in the tank. Alternatively the gas may be pumped through a lattice of nylon mesh tubes. The screen 42 is cleaned with a brush after closing outlet 44 and opening a similar waste outlet so that the dislodged material is washed away. The tanks may be closed over and artificial lighting and temperature control employed.
机译:1351519鱼缸海事蛋白质国际公司1971年4月19日[1970年3月5日] 23347/71标题A1A以高密度饲养鱼,例如:超过6磅/美国加仑,在底部连续向其供应空气或氧气以获得几乎完全饱和的水箱中,水在该水箱中基本上垂直上升,以在水箱侧壁顶部的整个周边上溢流。在重力作用下,水从储罐18(图2未示出)通过储罐被馈送到池塘,在该池塘中饲养更多的鱼。可替代地,水被泵送并且速度间歇地变化。图4中的每个水箱包括水空间53,在水空间53的底部,管道23从前一个水箱排出,在水的顶部,水通过筛网42进入通道40。水通过出口44排出并溅入水箱中。在下一个导管23的入口漏斗48中形成一个圆锥形,由此产生的湍流有助于向大气中损失二氧化碳和氨以及从大气中吸收氧气。水从锥体的边缘倒入导管23,在此处,气流通过管道50吸入空气。空气或氧气被泵入腔室54,并通过多孔的,例如真空的。金刚砂石,底部59,在罐中形成直径在0.1mm至0.5mm之间的气泡。替代地,气体可以被泵送通过尼龙网管的格子。在关闭出口44并打开类似的废物出口之后,用刷子清洁筛网42,以便洗去被除去的材料。可以将水箱关闭并采用人工照明和温度控制。

著录项

  • 公开/公告号JPS5212117B1

    专利类型

  • 公开/公告日1977-04-05

    原文格式PDF

  • 申请/专利权人

    申请/专利号JP19710011586

  • 发明设计人

    申请日1971-03-05

  • 分类号A01K63/00;

  • 国家 JP

  • 入库时间 2022-08-23 01:21:20

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