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DEVICE FOR INCUBATION cystitis crustacean Artemia salina

机译:孵育装置甲壳类甲壳类卤虫

摘要

The utility model aims to increase the number of nauplii produced crustacean Artemia salina by increasing the percentage hatching of the cysts.; Said technical result is achieved in that in the "Device for the incubation of the cysts crustacean Artemia salina» containing conical vessel with cranes incubation, the compressor with hoses for supplying air into the container receptacle, a sieve with a mesh size of 0.15 mm, has the following differences: a frame fixed to a lower surface thereof and daylight lamp located at its lateral surfaces systems attachment thereto for incubation containers, box with reflective coating.; Technical Solution "Apparatus for incubating the cysts crustacean Artemia salina» operates as follows. The container is filled with saline solution and placed cysts crustacean Artemia salina. The compressor delivers air through the hoses to the bottom of containers for incubation, providing oxygen saturation and realizing uniform mixing of the crustacean Artemia salina cysts with the solution. Lamp mounted on the underside of the frame, covers the container of incubated with the crustacean Artemia salina cysts from above. Reflective box reflects the light from the lamp and illuminates the incubation container with the crustacean Artemia salina cysts on the sides and bottom of ensuring their uniform illumination. After 24 hours of incubation, the air supply stops and hatched nauplii crustacean Artemia salina for 10 minutes deposited on the bottom. Dismantled reflective box. Then the tap is opened at the bottom of the container for incubation and nauplii merge with the water in a sieve which passes water receptacle, but delays nauplii.
机译:本实用新型的目的是通过增加囊肿的孵化率来增加无节幼体产生的甲壳类卤虫盐沼的数量。达到上述技术结果的原因是,在“用起重机进行孵化的装有锥形容器的甲壳类Artemia salina卵囊的孵化装置”中,使用了将软管向容器接收器中供应空气的软管压缩机,网眼尺寸为0.15 mm的筛子,具有以下区别:固定在其下表面的框架和位于其侧面的日光灯,用于附接用于孵化容器的附件,带有反射涂层的盒子;技术解决方案“用于孵化甲壳类甲壳动物卤虫的设备”的操作如下。容器中装有盐溶液,并放置了甲壳类卤虫藻。压缩机通过软管将空气输送到容器底部进行孵化,从而使氧气饱和并实现甲壳类卤虫藻囊与溶液的均匀混合。安装在框架底侧的灯从上方覆盖了与甲壳类卤虫藻囊肿一起孵育的容器。反光盒反射灯发出的光,并照亮孵化容器,其侧面和底部均带有甲壳类卤虫藻囊,以确保其均匀照明。孵育24小时后,空气供应停止,未孵化的甲壳类甲壳类卤虫盐沼沉积在底部10分钟。拆卸反光箱。然后,将水龙头在容器底部打开进行孵化,无节幼体在通过水容器的筛子中与水合并,但会延迟无节幼体。

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