The invention discloses a spatial microgravity biological experiment effective load device, method and system, and the device comprises a sensing assembly which detects spatial microgravity multi-index environment parameters, and automatically collects biological security environment data with a time sequence at preset time intervals; the biological reaction assembly is provided with a culture cavity, and biological cells are cultured through the culture cavity; the light source imaging assembly comprises a light source module and an imaging module, and the light source module is used for providing wavelength-adjustable exciting light at different culture stages and irradiating the biological cells in the cavity through the culture cavity; the imaging module is used for shooting biological cells in the culture cavity and recording in-orbit culture observation data of the biological cells in the culture cavity; the communication component is used for receiving instructions and transmitting data; and the processing unit is used for carrying out in-orbit identification based on a deep learning algorithm, recording in-orbit culture observation data of the biological cells and synchronously updating the space scientific experiment database. According to the invention, the load research and development cost can be reduced through standard interface modular setting.

    本发明公开了一种空间微重力生物实验有效载荷装置、方法及系统,包括传感组件,检测空间微重力多指标环境参数,且每隔预设时间自动采集带有时间序列的生物保障环境数据;生物反应组件,设有培养腔,通过培养腔进行生物细胞培养;光源成像组件,包括光源模块以及成像模块,光源模块用于在不同培养阶段下提供波长可调的激发光,并透过培养腔,照射腔内的生物细胞;成像模块用于拍摄培养腔内的生物细胞,记录培养腔内的生物细胞的在轨培养观测数据;通信组件,用于接收指令及传输数据;处理单元,基于深度学习算法在轨识别、记录生物细胞的在轨培养观测数据,同步更新空间科学实验数据库。本发明能够通过标准接口模块化设置,降低载荷研发成本。


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    Title :

    Effective load device, method and system for space microgravity biological experiment


    Additional title:

    一种空间微重力生物实验有效载荷装置、方法及系统


    Contributors:
    YIN XIAOYU (author) / LI TIANMIN (author) / ZHUANG FENGYUAN (author) / YAN WEIXIN (author) / WANG RUIJING (author) / TIAN YANLEI (author) / CHENG WEI (author) / YANG CHAO (author) / WAN MEI (author) / SHI BO (author)

    Publication date :

    2022-07-12


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS / C12M APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY , Vorrichtungen für Enzymologie oder Mikrobiologie




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