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    • 11. 发明专利
    • Three-dimensional position measuring instrument
    • 三维位置测量仪器
    • JP2005315850A
    • 2005-11-10
    • JP2005037377
    • 2005-02-15
    • Tomoyoshi ItoKgt IncSukeaki KunugiShinichi SatakeKazuo Sato智義 伊藤信一 佐竹一穂 佐藤資彰 功刀株式会社ケイ・ジー・ティー
    • SATAKE SHINICHIKUNUGI SUKEAKIITO TOMOYOSHISATO KAZUO
    • G01P5/20G01B11/00
    • PROBLEM TO BE SOLVED: To dispense with a plurality of TV cameras for three-dimensional position measurement, and to shorten a measuring processing time.
      SOLUTION: Hologram image data acquired by picking up a hologram image of a tracer particle with the camera are processed in a data processor to measure a three-dimensional position of the tracer particle. This three-dimensional position measuring instrument is provided with a step S1 for inputting the hologram image data into four processors of the data processor, a step S2 for acquiring a three-dimensional image data of the tracer particle by sharing a Z-axis direction by parallel processing of the plurality of processors, and by executing two-dimensional Fourier transformation (within X-Y plane) to the hologram image data, a step S3 for transferring the three-dimensional image data of the tracer particle to a memory with the parallel processing direction divided X-axis-directionally, a step S4 for tracking Z-axis-directionally a brightness value of the three-dimensional image data of the tracer particle by sharing an X-axis direction by parallel processing of the plurality of processors, and a step S5 for settling the three-dimensional position of the tracer particle, based on the brightness value.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了省去用于三维位置测量的多个电视摄像机,并缩短测量处理时间。 解决方案:在数据处理器中处理通过用相机拾取示踪粒子的全息图图像获得的全息图图像数据,以测量示踪粒子的三维位置。 该三维位置测量装置具有步骤S1,用于将全息图图像数据输入到数据处理器的四个处理器中;步骤S2,用于通过共享Z轴方向来获取示踪粒子的三维图像数据 多个处理器的并行处理,以及对全息图像数据进行二维傅立叶变换(XY平面内)的步骤S3,将示踪粒子的三维图像数据传送到具有并行处理方向的存储器 分割为X轴方向的步骤S4,用于通过多个处理器的并行处理共享X轴方向,以Z轴方向跟踪示踪粒子的三维图像数据的亮度值的步骤S4,以及步骤 S5,用于基于亮度值来稳定示踪粒子的三维位置。 版权所有(C)2006,JPO&NCIPI
    • 12. 发明专利
    • Water tank with water temperature control bath using flat heater
    • 水箱与水温控制浴使用平板加热器
    • JP2006288374A
    • 2006-10-26
    • JP2005144674
    • 2005-04-14
    • Kazuo Sato和夫 佐藤
    • SATO KAZUOSATO MAIKO
    • A01K63/06A01G31/00A01K63/04
    • Y02P60/216
    • PROBLEM TO BE SOLVED: To plant water grass or set fishes free in water, to set a terrestrial plant in the upper part of a water tank, to express the world which cannot be expressed by hydroculture, a terrarium, an aquarium, etc., to achieve a fancy water tank harmonized with space and to simultaneously make glass products such as tableware/flower vase which are not prepared as the water tank enjoyable as a unique water tank by excluding a filtration tank, an air hose, a heater, a pipe, etc., installed in the upper part of the water tank or in the water tank from the upper part of the water tank or from the interior of water because cords, etc., hang down therefrom to deteriorate a beautiful sight and further developing a water temperature control bath and a water tank installation table. SOLUTION: A bush material for setting the plant in a pot is provided with an organism filtration ability and air is passed from the pot bottom 1 with a plurality of holes through the interior of the pot to thereby prevent root rot. Water channels 5 and 6 are provided in the bottom of the water tank and the water temperature control bath 12 located under the water tank is installed. A temperature sensor 10 is built therein to control the temperature with a flat heater 16 built in the water tank installation table 17. Thereby, a structure for circulating water by aeration to return the water into the water tank is obtained. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:要在水中种植水草或放置鱼类,在水箱的上部设置一个陆生植物,以表达不能通过水文养殖,水族馆,水族馆, 等等,实现与空间协调的花式水箱,并同时制造玻璃制品,如餐具/花瓶,不能作为独特的水箱,作为水箱,不排除过滤罐,空气软管,加热器 ,管道等,从水箱的上部或水箱的内部安装在水箱的上部或水箱中,因为绳索等从其中垂下来,从而使美丽的景象变得恶化, 进一步开发水温控制浴缸和水箱安装台。 解决方案:用于将植物设置在锅中的衬套材料具有生物体过滤能力,并且空气从罐底部1通过多个孔穿过锅的内部,从而防止根腐烂。 水槽5和6设置在水箱的底部,安装在水箱下方的水温控制槽12。 内置温度传感器10,通过内置在水箱安装台17中的扁平加热器16来控制温度。由此,获得通过曝气使水循环以将水返回到水箱中的结构。 版权所有(C)2007,JPO&INPIT
    • 14. 发明专利
    • Stand for plant pot
    • 植物油罐头
    • JP2010239953A
    • 2010-10-28
    • JP2009107011
    • 2009-04-03
    • Kazuo Sato和夫 佐藤
    • SATO KAZUO
    • A01G9/00A01G7/00A01G9/02A01K63/06A47G7/02
    • PROBLEM TO BE SOLVED: To provide a stand for a plant pot, facilitating miniaturization of a light source, and installation of a light source on a bottom of the stand, in view of the fact that conventionally an aquarium installing a pot on an upper side is restricted and is not installed because illumination in a plant pot or an aquarium is large-sized and generates heat, and saving electricity, preventing root burn, leaf burn, and dryness of plants, and rise of water temperature, installed with a cylinder facilitating water supply management, easy to replace a plant pot, and achieving a bright plant creature appreciating aquarium allowing symbiosis of plant creatures.
      SOLUTION: The stand 1 for a plant pot is configured to include such a structure that a light-emitting diode part 6a illuminating an aquarium is installed on the bottom of the stand 1, and a cylinder 2 for ventilation and water supply is installed in the stand 1. Furthermore, a light source of a plant pot is used by installing a light-emitting diode part 6b on the end of a support 10 standing on an aquarium installation stand 12, and making a pot 8 separately followed by putting it into the stand for a plant pot.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供用于植物盆的支架,便于光源的小型化以及将光源安装在支架的底部上,考虑到传统上将水壶安装在罐上的事实 上侧受到限制,不安装,因为植物盆或水族馆的照明大,发热,节电,防止根部烧伤,叶烧,植物干燥,水温上升,安装 一个气缸,便于供水管理,易于更换植物盆,并实现一个明亮的植物生物欣赏水族馆,允许植物生物的共生。 解决方案:用于植物盆的支架1被配置为包括在支架1的底部上安装照明水族箱的发光二极管部分6a的结构,并且用于通风和供水的气缸2是 此外,通过在站立在水族馆安装台12上的支撑件10的端部上安装发光二极管部分6b,并分别制作盆8,然后放置一个植物盆的光源 它进入一个植物盆的立场。 版权所有(C)2011,JPO&INPIT