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    • 1. 发明专利
    • Method for amending bottom sediment and structure for amending bottom sediment
    • 修补底部沉积物和结构修补底部沉积物的方法
    • JP2013085987A
    • 2013-05-13
    • JP2011226141
    • 2011-10-13
    • Kajima Corp鹿島建設株式会社Yoneyama Kagaku Kogyo Kk米山化学工業株式会社Nippon Mikuniya Kk日本ミクニヤ株式会社
    • SAKUSE NOBUOKOSHIMURA YOSHITAKANAKAMURA HANAKOBANDO HIROZOSHIMOKAWA TSUNEJIMIZUKI NAOHIDEMURAMOTO SEIJIIWAI KATSUMIICHIMURA YASUSHI
    • C02F11/00E02B3/00
    • PROBLEM TO BE SOLVED: To provide a means for surely and uniformly amending bottom sediment in an objective water area by using bottom sediment amendments in a closed or semi-closed water area.SOLUTION: A method for amending bottom sediment is provided which includes a step of laying a bottom sediment amendment structure A' provided with at least a support member 1 and solid amendments 2 attached to the support member 1' at predetermined intervals and containing bottom sediment amendment components. Solid amendments 2 containing bottom sediment amendment components are attached at predetermined intervals to a support member 1 in a linear, screen-like, net-like, nearly lattice-like, or like form. The formed bottom sediment amendment structure A' is laid in a closed or semi-closed water area such as a harbor, a lake, a marsh, a tideland, a canal, or a moat. The solid amendments 2 can thus be supplied into bottom mud S1 while kept definitely distant from each other, so that bottom sediment amendment can be uniformly performed. Further, because the solid amendments 2 are fixed on the support member 1, it becomes possible to adjust the amount of the solid amendments 2 supplied into the objective water area and to eliminate the risk that the solid amendments 2 are carried away by waves, a tide, or the like or that the solid amendments 2 are moved upon e.g., digging-up.
    • 要解决的问题:通过在封闭或半封闭的水域中使用底部沉积物修补,提供一种在客观水域中确定和均匀地修补底部沉积物的手段。 解决方案:提供了一种用于修正底部沉积物的方法,其包括以预定间隔铺设设置有至少一个支撑构件1和固体修正件2的底部沉积物修正结构A'并包含 底部沉积物修正组件。 含有底部沉积物修正部件的固体修正物2以预定间隔以直线状,网状,网状,几乎格子状或类似形式附接到支撑构件1。 形成的底部沉积物修复结构A'被放置在封闭或半封闭的水域,例如港口,湖泊,沼泽地,海岸线,运河或护城河。 因此,可以将固体修正体2供给到底泥S1中,同时保持彼此远离,从而可以均匀地进行底部沉降修正。 此外,由于固体修正体2固定在支撑构件1上,因此可以调节供给到目标水域的固体修正物2的量,并且消除固体修正物2被波浪带走的风险, 潮汐等,或固体修正2移动到例如挖掘。 版权所有(C)2013,JPO&INPIT
    • 2. 发明专利
    • 生物捕捉器具、並びに生物生息状況モニタリング方法
    • 有机捕获实施和有机生活状况监测方法
    • JP2015057046A
    • 2015-03-26
    • JP2014033613
    • 2014-02-25
    • 鹿島建設株式会社Kajima Corp
    • SAKUSE NOBUONAKAMURA HANAKOMOCHIOKA NORITAKAFURUKAWA KEITAKASUYA MASAAKIFUSHIMI NAOKIKOTEGAWA SHOJIICHIMURA YASUSHI
    • A01K69/06
    • 【課題】簡易かつ多様な場所に設置可能な生物捕捉手段の提供、並びに生物の分布状況を簡易かつ正確に把握できる手段の提供。【解決手段】水域又は陸域に設置する生物捕捉器具Aであって、対象生物の通行可能な大きさの目合いが形成された網状部材11により略籠状に形成され、前記籠内に中詰材12が充填された籠状体1、及び、籠状体1の側面全周14を被覆することが可能な袋状体2を備え、設置時には、袋状体2が畳まれることにより籠状体の側面全周14が露出した状態にされ、生物を捕捉する際には、袋状体2を拡げることにより籠状体1の全周側面14が被覆された状態にされる構成である生物捕捉器具Aとする。【選択図】図1
    • 要解决的问题:提供能够以简单和多样的位置安装的生物体捕获装置,并提供能够容易且准确地获取生物体的分布情况的装置。解决方案:安装在水域中的生物捕获装置A 或者包括:由网状部件11形成的呈篮状的篮状体1,网状部件11形成有允许目标生物体通过的尺寸的网格,并且在篮内填充有填充材料12; 以及能够覆盖篮状体1的整个侧壁圆周14的袋状体2.将生物体捕获器具A置于篮状体的整个侧面圆周14被露出的状态 在安装时折叠袋状体2,并且当捕获生物体时,使得筐状体1的整个周向侧面14被膨胀而覆盖bg状体2的状态。
    • 4. 发明专利
    • Structure for growing coral and revetment method
    • 用于生长CORAL和REVETMENT方法的结构
    • JP2013165693A
    • 2013-08-29
    • JP2012031861
    • 2012-02-16
    • Kajima Corp鹿島建設株式会社Nippon Mikuniya Kk日本ミクニヤ株式会社
    • SAKUSE NOBUOAKIYAMA SADAYUKIIWAMURA HIDEYOFUJINO KENICHIKODAMA TOSHINORINAKAMURA HANAKOKOSHIMURA YOSHITAKAICHIMURA YASUSHI
    • A01K61/00
    • Y02A10/27Y02A40/81Y02A40/83Y02A40/838
    • PROBLEM TO BE SOLVED: To provide novel means for regenerating and creating a coral reef.SOLUTION: A coral growing structure A is provided that is a basket 1 formed with a high durability network member 11, of which whole surface is substantially closed, and in which a coral lime rock 21 is contained. If sand dusts etc. in the sea deposit on a coral, photosynthesis of zooxanthella in the coral is inhibited and growth of the coral is also stunted. On the other hand, when the coral growing structure A is installed in the sea, the network member 11 is moderately bent and vibrated by ocean waves and water streams, etc. Thus, the deposition of sand dusts on the coral adhered and established on the network member 11 can be prevented, and thus the coral can grow and develop. Furthermore, containing the coral lime rock 21 in the basket 1 allows to provide calcium components and carbonate ions from the coral lime rock 21 to the coral adhered and established on the network member 11 in comparatively high concentration, promoting the growth and development of the coral.
    • 要解决的问题:提供用于再生和形成珊瑚礁的新颖手段。解决方案:提供一种珊瑚生长结构A,其是形成有高耐久性网状构件11的篮1,整个表面基本上封闭, 其中包含珊瑚石灰岩21。 如果海中沙尘等沉积在珊瑚上,珊瑚中的珊瑚礁的光合作用被抑制,珊瑚的生长也发育迟缓。 另一方面,当珊瑚生长结构A安装在海中时,网络构件11被海浪和水流等适度地弯曲和振动。因此,将沉积在珊瑚上的珊瑚沉积在 可以防止网络构件11,从而珊瑚可以生长和发展。 此外,在篮子1中容纳珊瑚石灰岩21允许从珊瑚石灰岩21提供钙成分和碳酸根离子,以相对较高的浓度粘附并建立在网状构件11上的珊瑚,促进珊瑚的生长和发育 。