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    • 5. 发明专利
    • Energy supply system, control terminal for constituting the same and program for controlling control terminal
    • 能源供应系统,控制终端以及其控制终端的控制终端
    • JP2005040698A
    • 2005-02-17
    • JP2003202393
    • 2003-07-28
    • Taisei CorpYamaichi Technos Kkヤマイチテクノス株式会社大成建設株式会社
    • KANEKO SEIJIEBIHARA MASAAKITERAYAMA HISAO
    • B09B3/00B09B5/00
    • Y02E50/30Y02T50/678
    • PROBLEM TO BE SOLVED: To provide an energy supply system not requiring a large-scaled fuel keeping place and suitable for stably supplying a necessary amount of fuel having necessary characteristics to the energy center, a control terminal for fuel data, a control terminal for energy data, a control terminal for energy consumption data and a control program for controlling these control terminals.
      SOLUTION: The energy supply system 1 is constituted so as to include a plurality of waste collecting places 10, a plurality of fuel producing facilities 11, energy producing facilities 12 and energy consuming facilities 13. The control terminals 11c for the fuel data provided to the fuel producing facilities 11 and the control terminal 12b for the energy data provided to the energy producing facilities 12 are connected so as to be made communicable with each other while the control terminal 12b for the energy data and the control terminal 13a for the energy consumption data provided to the energy consuming facilities 13 are connected in a mutually communicable manner.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供一种不需要大型燃料保持场所的能量供应系统,适用于向能量中心稳定地供应必要量的具有必要特性的燃料,用于燃料数据的控制终端,控制 用于能量数据的终端,用于能量消耗数据的控制终端和用于控制这些控制终端的控制程序。 解决方案:能量供应系统1构成为包括多个废物收集位置10,多个燃料生产设备11,能量产生设备12和能量消耗设施13.用于燃料数据的控制终端11c 提供给燃料生产设备11和用于提供给能量产生设备12的能量数据的控制终端12b被连接成能够彼此通信,而用于能量数据的控制终端12b和用于 提供给能量消耗设施13的能量消耗数据以相互可通信的方式连接。 版权所有(C)2005,JPO&NCIPI
    • 8. 发明专利
    • Salt content judging method of aggregate, etc. for concrete
    • 聚合物的盐含量判定方法等 混凝土
    • JPS6193957A
    • 1986-05-12
    • JP21439584
    • 1984-10-15
    • Taisei Corp
    • TAKAHARA SEIKICHIKANEKO SEIJIMATSUOKA YASUNORI
    • G01N31/00G01N31/22G01N33/38
    • G01N33/383G01N31/22
    • PURPOSE:To check simply the presence or absence of the salt contents of the aggregate for concrete, etc. by mixing a fixed quantity of a sample into the prescribed quantity of purified water and by detecting the discoloration based on a chemical reaction with charging the reagent of a potassium chromate having the prescribed rate, etc. CONSTITUTION:50g (Japan Society of Civil Engineers standard) or 125g (Architectural Institute of Japan standard) of dried sea sand is weighed and the sample is mixed with 500ml purified water and with standing still after its shaking the supernatant 100ml is collected in the transparent container 5 of a polystyrene, etc. The reagent liquid A and B consisting of 5% potassium chromate solution or silver nitrate regulated by 1/58.44 are prepared in advance and when the ampoule containing 1ml judging liquid is charged into the container 6 with its cover opened, the test liquid is discolored in yellow. The ampoule containing 10ml judging liquid is similarly charged and stirred 4 well. In case of the test liquid is discolored in red the salt contents are less than the standard value. In case the whole test liquid becomes turbid as in yellow the salt classification of more than the standard value is shown.
    • 目的:通过将固定数量的样品混合到规定量的纯水中,并通过检测基于化学反应的变色来测定混凝土等的骨料的盐含量的存在或不存在 的规定速率的铬酸钾等。构成:将50g(日本土木工程师协会标准)或125g(日本建筑研究所标准)的干燥海砂称重,并将样品与500ml纯水混合并静置 摇匀后,将上清液100ml收集在聚苯乙烯等的透明容器5中。预先制备由5%的铬酸钾溶液或硝酸银组成的试剂液体A和B,调节剂为1 / 58.44,当安瓿含有1ml 判断液体被打开时将其装入容器6中,测试液体变黄。 加入含有10ml液体的安瓿瓶同样充电并搅拌4次。 在测试液体变红的情况下,盐含量小于标准值。 如果整个测试液体如黄色变得浑浊,则显示超过标准值的盐分类。