The utility model relates to a leaf wheel microalgae wall cultivation device, which comprises a circular plate, a light shading outer tube installed in the periphery of a circular plate, and a light transmissive inner tube installed in the concentric inner concentric of the shading outer cylinder, and a plurality of lighting tubes are installed in the annular space composed of the light shading outer cylinder and the light transmittance inner cylinder, and the lamp tube is illuminated. It is powered by a voltage regulating transformer installed in the annular space. The input wire of the voltage regulating transformer is connected with the external power supply, and the middle part of the circular plate is embedded with bearings. The shaft is erected vertically with the rotating shaft of the inner sleeve of the bearing, and the cylindrical shaft sleeve of the rotating shaft is fixed on the outside of the rotating shaft, and the rotating shaft is in the rotating shaft. A plurality of longitudinal slots are evenly distributed on the side elevation of the outer side of the coat, and a wall attachment culture plate is inserted in the longitudinal slot. The utility model adopts a circular design to configure the attached wall culture plate, which can maximize the use of space and light, and is suitable for the cultivation of microalgae, such as spirulina, Vitis alga, and other microalgae.
【技术实现步骤摘要】
一种叶轮式微藻贴壁培养装置
本技术属于微藻培养设备
,尤其是一种叶轮式微藻贴壁培养装置。
技术介绍
实际生产中许多微藻需要贴壁培养,而传统的单层和多层插板式贴壁培养装置对光能和空间的利用效率偏低,而且装置固定后一般不可调节,微藻产率难以进一步提高,因此需要一种能够灵活调节光照而且可以提高光能利用效率的贴壁微藻培养装置。
技术实现思路
本技术的目的在于克服现有技术的不足,尤其是提供一种叶轮式微藻贴壁培养装置。本技术解决其技术问题是采取以下技术方案实现的:一种叶轮式微藻贴壁培养装置,其特征在于:包括圆形底板,在圆形底板的周边向上安装有遮光外筒,在遮光外筒内部同心安装有透光内筒,在遮光外筒与透光内筒构成的环形空间内匀距间隔安装有多个照明灯管,照明灯管由安装在环形空间内的调压变压器供电,调压变压器的输入导线穿出遮光外筒与外部电源连接,在圆形底板的中部嵌装有轴承,在轴承上竖直安装有随轴承内套旋转的转轴,在转轴外侧固装随转轴转动的柱状转轴外套,在转轴外套侧立面上均分角度制有多条纵向插槽,在纵向插槽内插装有贴壁培养板。而且,所述转轴的上端高于遮光外筒及透光内筒的上开口边缘。而 ...
【技术保护点】
一种叶轮式微藻贴壁培养装置,其特征在于:包括圆形底板,在圆形底板的周边向上安装有遮光外筒,在遮光外筒内部同心安装有透光内筒,在遮光外筒与透光内筒构成的环形空间内匀距间隔安装有多个照明灯管,照明灯管由安装在环形空间内的调压变压器供电,调压变压器的输入导线穿出遮光外筒与外部电源连接,在圆形底板的中部嵌装有轴承,在轴承上竖直安装有随轴承内套旋转的转轴,在转轴外侧固装随转轴转动的柱状转轴外套,在转轴外套侧立面上均分角度制有多条纵向插槽,在纵向插槽内插装有贴壁培养板。
【技术特征摘要】
1.一种叶轮式微藻贴壁培养装置,其特征在于:包括圆形底板,在圆形底板的周边向上安装有遮光外筒,在遮光外筒内部同心安装有透光内筒,在遮光外筒与透光内筒构成的环形空间内匀距间隔安装有多个照明灯管,照明灯管由安装在环形空间内的调压变压器供电,调压变压器的输入导线穿出遮光外筒与外部电源连接,在圆形底板的中部嵌装有轴承,在轴承上竖直安装有随轴承内套旋转的转轴,在转轴外侧固装随转轴转动的柱状转轴外...
【专利技术属性】
技术研发人员:窦勇,张文慧,于士国,姜智飞,周文礼,高金伟,贾旭颖,邵蓬,孙金辉,王庆奎,陈丽梅,陈成勋,
申请(专利权)人:天津蕴华农业科技发展有限公司,
类型:新型
国别省市:天津,12
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