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    • 3. 发明专利
    • Microorgansim culture system with light irradiation, and method of microorganism culture experiment
    • 具有光照射的微光文化系统和微生物文化实验方法
    • JP2007222089A
    • 2007-09-06
    • JP2006048037
    • 2006-02-24
    • Sumitomo Chemical Co Ltd住友化学株式会社
    • YAMADA SACHIKO
    • C12M1/00C12Q1/02
    • C12M41/20C12M23/48C12M31/02C12M41/10C12M41/14
    • PROBLEM TO BE SOLVED: To provide a microorganism culture system with light irradiation, etc., capable of preventing temperature rise even in case of being irradiated with visible rays and capable of accurately confirming influence by visible rays while extensively securing a culture region with the identical conditions such as for light wavelength and light intensity.
      SOLUTION: The microorganism culture system 1 with light irradiation comprises (1) a culture space 10 for microorganism culture, (2) multiple light sources 11 capable of irradiating the culture space 10 with rays of light, emitting visible rays and controllable in irradiation output independently of each other, and (3) culture shelves 65 arranged in the culture space 10 and having a culture region each where the level of irradiation outputted from the light sources 11 is uniform throughout. In this system, the temperature of the culture space can be controlled by a forced air-circulating means 12.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供具有光照射等的微生物培养系统,即使在被可见光照射的情况下也能够防止温度上升,并且能够准确地确认可见光线的影响,同时广泛确保培养区域 具有相同的条件,例如对于光波长和光强度。 解决方案:具有光照射的微生物培养系统1包括(1)用于微生物培养的培养空间10,(2)能够用光线照射培养空间10的多个光源11,发射可见光并可控制 照射输出彼此独立,以及(3)设置在培养空间10中的培养架65,具有从光源11输出的照射水平一致的培养区域。 在该系统中,培养空间的温度可以通过强制空气循环装置12来控制。版权所有:(C)2007,JPO&INPIT
    • 7. 发明专利
    • Apparatus for cultivating chlorella
    • 用于培养CHLORELLA的装置
    • JPS5917976A
    • 1984-01-30
    • JP11643283
    • 1983-06-28
    • Takashi Mori
    • MORI TAKASHI
    • C12M1/00
    • C12M41/10C12M21/02C12M31/08
    • PURPOSE: The titled apparatus, having two photoconductors equipped with a light receptor end at the focal position of a red and a blue color systems provided in a cultivation tank for chlorella, and capable of effectively cultivating the chlorella.
      CONSTITUTION: An apparatus for cultivating chlorella, having a network material 3 having plural photoconductors 2' at a given interval in a photoconductor cable 2 provided in a cultivation tank 1 for the chlorella with CO
      2 blown from the bottom thereof, and the respective photoconductors 2' having many light leakage parts 2" for radiating sunlight led through the cable 2 to the cultivation tank 1 through the light leakage parts 2" thereinto. The photoconductors 2' are constituted of two or more photoconductors 2
      1 and 2
      2 , and the light receptor end of the light receptor 2
      1 is placed at the position of a focal point of a blue light (B) when the sunlight (L) is converged by a lens 12, and the light receptor end of the photoconductor 2
      2 is placed at the position of a focal point of a red light (R).
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:将具有光接收端的两个光电导体的红色和蓝色系统的焦点位置设置在小球藻的培养槽中并能够有效培养小球藻的标题装置。 构成:一种用于培养小球藻的装置,其具有在设置在用于小球藻的培养槽1中的光电导体电缆2中以给定间隔具有多个光电导体2'的网状材料3,其中从其底部吹送的二氧化碳和各自的感光体2' 通过其中的漏光部分2“将许多用于辐射阳光的漏光部分2”引导通过电缆2到培养槽1。 光电导体2'由两个或更多个感光体21和22构成,并且当太阳光(L)会聚时,光接收器21的光接收端被放置在蓝光(B)的焦点位置处 透镜12,光电导体22的光接收端位于红光(R)的焦点的位置。