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    • 3. 发明专利
    • Underground unit joint structure of metal-made box-shaped basement
    • 金属制造基地的地下单元结构
    • JP2006312853A
    • 2006-11-16
    • JP2005163242
    • 2005-05-07
    • B & L:Kk株式会社ビィアンドエル
    • KIRIYAMA SOICHIMURAKAMI AKINORI
    • E02D29/00
    • PROBLEM TO BE SOLVED: To provide an underground unit joint structure of a metal-made box-shaped basement capable of sufficiently and greatly securing the pressure resistant strength of the whole basement by making rigid joint between both underground units, and finely maintaining the sealing efficiency of a joint section for a long period of time.
      SOLUTION: When a plurality of metal-made underground units 1 arranged in a row are jointly connected to construct the box-shaped basement having a predetermined capacity, a rigid metal plate 12 is made to intervene between webs 4a and 4a opposed to framework core steel frames 4 and 4 of ends of a wall, ceiling and floor structural bodies 6, 7 and 8 in the adjoining underground units 1 and 1, the adjoining underground units 1 and 1 are connected by clamping a high tension bolt 15 and a nut 16 inserting the rigid metal plate 12, and a rubber elastic material-made sealing compound 14 making it intervene in the joint is made to elastically compressively deform by the clamping of the high tension bolt 15 and the nut 16 to elastically be adhered to both webs 4a and 4a to have the watertight joint section.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供一种金属制的箱形基底的地下单元接合结构,能够通过在两个地下单元之间形成刚性接头,足以大大地确保整个地下室的耐压强度,并且精细地保持 长时间连接部分的密封效率。 解决方案:当排列成一行的多个金属制地下单元1共同连接以构造具有预定容量的箱形基底时,制成刚性金属板12以介于与之相对的腹板4a和4a之间 相邻的地下单元1和1中的墙壁,天花板和地板结构体6,7和8的框架框架4和4的相邻的地下单元1和1通过夹紧高压螺栓15和 插入刚性金属板12的螺母16和使其插入接头中的橡胶弹性材料制成的密封化合物14通过高压螺栓15和螺母16的夹紧而弹性压缩变形,以弹性粘附到两者上 腹板4a和4a具有水密接合部分。 版权所有(C)2007,JPO&INPIT
    • 6. 发明专利
    • Unit type box-shaped basement
    • 单位类型BOX形地层
    • JP2005146814A
    • 2005-06-09
    • JP2003417285
    • 2003-11-11
    • B & L:Kk株式会社ビィアンドエル
    • KIRIYAMA SOICHIMURAKAMI AKINORI
    • E02D29/00
    • PROBLEM TO BE SOLVED: To markedly reduce total cost by dispensing with painting for preventing rust and corrosion, simplifying and rationalizing construction work at site, facilitating thermal insulation, saving a thermal insulation material, and reducing amount of use of a metallic material and to improve structural strength and waterproofing, moistureproofing, dew condensation prevention, and thermal insulation properties while ensuring the same or larger effective internal volume as or than conventional effective internal volume.
      SOLUTION: Each structural body 6, 7, 8 of a wall, a ceiling, and a floor in a metallic underground unit 1 having a rigid frame structure manufactured in the step of factory production is constituted by fixing a metallic plate 5 on an inner side of a core material steel frame 4 for framework. A concrete wall body 17 is formed on an outer side of a box-shaped underground skeleton 10 constituted by joining and connecting these underground units 1 so as to realize an integrated composite structure by surrounding the whole outer peripheral region. A thermal insulation layer 21 is formed on an inner face of the metallic plate 5 of each structural body which forms an inner wall face of the box-shaped underground skeleton 10.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:通过喷涂防止生锈和腐蚀,大大降低总成本,简化和合理化现场施工工作,促进隔热,节省隔热材料,减少金属材料的使用量 并提高结构强度和防水性,防潮性,防止结露和保温性能,同时确保与常规有效内部容积相同或更大的有效内部容积。 解决方案:在工厂生产步骤中制造的具有刚性框架结构的金属地下单元1中的墙壁,天花板和地板的每个结构体6,7,8构成为将金属板5固定在 用于框架的芯材钢框架4的内侧。 在通过连接和连接这些地下单元1构成的箱形地下骨架10的外侧形成混凝土壁体17,以通过围绕整个外周区域实现整体复合结构。 在构成箱状地下骨架10的内壁面的各结构体的金属板5的内表面上形成绝热层21.(C)2005,JPO&NCIPI
    • 7. 发明专利
    • Drainage system for basement having dry area
    • 有干旱地区的排水系统
    • JP2007032239A
    • 2007-02-08
    • JP2005238006
    • 2005-07-22
    • B & L:Kk株式会社ビィアンドエル
    • KIRIYAMA SOICHIMURAKAMI AKINORI
    • E02D29/00
    • PROBLEM TO BE SOLVED: To surely demonstrate a specified drainage capacity by alternately operating two pumps in a short cycle even in the normal case while inhibiting the increase of a cost without installing a special operation control panel or the like and by simultaneously operating the two pumps in an emergency case.
      SOLUTION: In a drainage system, a water-storage pit 17 opened to the floor face 16 of a dry area DE is fitted to the dry area DE formed by a connection to a basement by integrally connecting a dry area unit 4 made of steel under the state, in which the dry area unit 4 is projected to the outside at the end section of an underground building frame 10 made of steel, and two submerged pumps 18A and 18B for a drainage are installed in the water-storage pit 17. In the drainage system, a partition wall 21 higher than the starting water levels of the two submerged pumps 18A and 18B for the drainage and lower than a flowing-water opening level 17a at the upper end of the water-storage pit 17 is installed at an intermediate place in the water-storage pit 17. In the drainage system, an overflowing section 22 connecting between the two partitioned water-storage pit sections 17A and 17B is formed in the upper section of the partition wall 21.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:即使在正常情况下,通过交替地在短周期内操作两个泵,同时在不安装特殊操作控制面板等的同时抑制成本增加并通过同时操作来确定地显示指定的排水能力 两个泵在紧急情况下。 解决方案:在排水系统中,向干燥区域DE的地板面16开口的储水坑17装配到通过连接到地下室形成的干燥区域DE,该干燥区域DE通过一体地连接制成的干燥区域单元4 在由钢制成的地下建筑物框架10的端部处将干燥区域单元4投影到外部的状态下的钢,以及用于排水的两个浸没泵18A和18B安装在储水坑 在排水系统中,比用于排水的两个潜水泵18A​​和18B的起始水位高的分隔壁21低于储水坑17的上端处的流水开口水平17a, 安装在储水坑17的中间位置。在排水系统中,在分隔壁21的上部形成有连接在两个分隔的储水坑部分17A和17B之间的溢流部分22。 版权所有(C)2007,JPO&INPIT
    • 8. 发明专利
    • Basement with dry area
    • 干旱地区
    • JP2006299782A
    • 2006-11-02
    • JP2005158012
    • 2005-04-15
    • B & L:Kk株式会社ビィアンドエル
    • KIRIYAMA SOICHIMURAKAMI AKINORI
    • E02D29/00
    • PROBLEM TO BE SOLVED: To secure sufficient resistant strength to earth pressure without deterioration in ventilation performance, lighting performance and openness as a dry area of a basement with maximizing the effective area available for multipurpose application such as gardening, etc. SOLUTION: Three wall structures each consisting of core steel frames 5a with steel plates 6 fixed to their external surfaces are connected in a U-shape in plan in the process of manufacture at a plant. Shape steel (channel) 12 in a top-rail shape with sufficient bending strength to withstand earth pressure is fixed on the upper ends of the wall structure 11A, 11B and 11B made of core steel frames 5a forming the dry area unit 4. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了确保足够的抗地球压力,而不会降低通风性能,照明性能和开放性,作为地下室的干燥区域,从而最大化可用于多用途应用的有效区域,如园艺等。

      解决方案:在工厂的制造过程中,平面地将U形的U型铁芯钢框架5a与其外表面固定的钢板6组成。 在形成干燥区域单元4的铁芯框架5a形成的壁结构11A,11B和11B的上端固定有具有足够的弯曲强度以承受土压力的顶轨形状的钢(通道)12。

      版权所有(C)2007,JPO&INPIT