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    • 3. 发明专利
    • Bag body for natural ground reinforcement
    • 用于自然地基加固的袋体
    • JP2013117096A
    • 2013-06-13
    • JP2011263962
    • 2011-12-01
    • Ohbayashi Corp株式会社大林組Sanshin Corp三信建設工業株式会社Osaka Bosui Constr Co Ltd株式会社大阪防水建設社Ashimori Ind Co Ltd芦森工業株式会社Moriya Koki Kk守谷鋼機株式会社
    • YAMAMOTO AKIRAINAGAWA YUSENTAKITA YASUYUKIYAMAZAKI JUNICHITANIMURO HIROHISAKARASAKI KAZUTAKAKURATA MASAHIRONASU ATSUSHISHIMIZU NOBUTOSHI
    • E02D17/20E02D5/80
    • PROBLEM TO BE SOLVED: To prevent leakage of a grout material from an end of a bag body even when inner pressure of the bag body increases.SOLUTION: An inventive bag body 41 for natural ground reinforcement includes: a body 3 through which a core material 2 is inserted and arranged; and fixing members 6a, 6b which are attached to ends of the body, respectively. The fixing member 6a is constituted of a bag-side sleeve 14a of which outer peripheral surface is abutted with one end peripheral edge 13a of the body 3 and a caulking member 15a with the one end peripheral edge being held between the caulking member 15a and the bag-side sleeve 14a. A female screw 16a screwed with a male screw 12a formed on one end of a core-member-side sleeve 11a is formed on the inner peripheral surface of the bag-side sleeve 14a, and the fixing member 6d is constituted of a bag-side sleeve 14d of which outer peripheral surface is abutted with the other end peripheral edge 13d of the body 3 and a caulking member 15d with the other end peripheral edge being held between the caulking member 15d and the bag-side sleeve 14d. The bag body 41 for natural ground reinforcement is provided with a movement restriction member 17 which is screwed with a male screw 12b formed on the outer peripheral surface of one end of a core-member-side sleeve 11b.
    • 要解决的问题:即使当袋体的内部压力增加时,也可防止水泥浆材料从袋体的端部泄漏。 解决方案:用于自然地面加固的发明性袋体41包括:主体3,芯体2插入并布置在该主体3中; 以及固定件6a,6b,它们分别附接到主体的端部。 固定部件6a由外周面与主体3的一端周缘13a抵接的袋侧套筒14a和铆接部件15a构成,其一端周缘保持在铆接部件15a和 袋侧套筒14a。 在袋侧套筒14a的内周面形成有与形成在芯构件侧套筒11a的一端上的外螺纹12a螺合的内螺纹16a,固定构件6d由袋侧 套筒14d的外周面与本体3的另一端周缘13d抵接,铆接构件15d的另一端周边保持在铆接构件15d和袋侧套筒14d之间。 用于自然地面加固的袋体41设置有移动限制构件17,该移动限制构件17与形成在芯构件侧套筒11b的一端的外周表面上的外螺纹12b螺纹连接。 版权所有(C)2013,JPO&INPIT
    • 4. 发明专利
    • Grout pipe for ground reinforcement and designing method therefor
    • GROUT管接地加固及其设计方法
    • JP2013011091A
    • 2013-01-17
    • JP2011143884
    • 2011-06-29
    • Ohbayashi Corp株式会社大林組Sanshin Corp三信建設工業株式会社Osaka Bosui Constr Co Ltd株式会社大阪防水建設社Ashimori Ind Co Ltd芦森工業株式会社Moriya Koki Kk守谷鋼機株式会社
    • YAMAMOTO AKIRAINAGAWA YUSENTAKITA YASUYUKIYAMAZAKI JUNICHITANIMURO HIROHISAKARASAKI KAZUTAKAKURATA MASAHIRONASU ATSUSHISHIMIZU NOBUTOSHI
    • E02D5/80E02D17/20
    • PROBLEM TO BE SOLVED: To maintain operability without spoiling economical efficiency even when an overall length is large.SOLUTION: A grout pipe 1 for ground reinforcement includes five pipe bodies 2a-2e and four joint members 4 which connect them to one another in a column shape. The joint members 4 are each substantially in a sleeve shape, and have a cylindrical recessed part 5 formed at one end and a cylindrical recessed part 6 at the other end, a female screw being cut in an inner surface of each of the cylindrical recessed parts. The pipe bodies 2a, 2b can be connected to each other by threadably engaging a male screw formed in an end part 8 of the pipe body 2a with the female screw at the cylindrical recessed part 5, and a male screw formed in an end part 8 of the pipe body 2b with the female screw of the cylindrical recessed part 6. Each of the joint parts 4 has a through space, extending from a bottom surface of the cylindrical recessed part 5 to a bottom surface of the cylindrical recessed part 6, formed as a communication path 9 connecting with the ends, and is provided with a discharge port 12 in a peripheral wall 11 surrounding the communication path so that a hollow space of the communication path communicates with the outside.
    • 要解决的问题:即使在总长度大的情况下,也可以保持操作性而不会损害经济效益。 解决方案:用于地面加固的灌浆管1包括五个管体2a-2e和四个连接构件4,它们彼此以柱形连接。 接头构件4大致为套筒形状,并且在一端形成有圆筒状的凹部5,另一端形成有圆筒状的凹部6,在每个圆筒形凹部的内表面上切割阴螺纹 。 管体2a,2b可以通过将形成在管体2a的端部8中的外螺纹与内圆筒形凹部5处的内螺纹螺纹接合而彼此连接,并且形成在端部8中的外螺纹 管体2b与圆筒形凹部6的内螺纹形成。每个接合部4具有从圆筒形凹部5的底面延伸到圆筒形凹部6的底面的贯通空间,形成 作为与端部连接的连通路径9,并且在围绕连通路径的周壁11中设置有排出口12,使得连通路径的中空空间与外部连通。 版权所有(C)2013,JPO&INPIT
    • 6. 发明专利
    • Bag body fastener
    • 袋身体紧固件
    • JP2013117095A
    • 2013-06-13
    • JP2011263914
    • 2011-12-01
    • Ohbayashi Corp株式会社大林組Sanshin Corp三信建設工業株式会社Osaka Bosui Constr Co Ltd株式会社大阪防水建設社Ashimori Ind Co Ltd芦森工業株式会社Moriya Koki Kk守谷鋼機株式会社
    • YAMAMOTO AKIRAINAGAWA YUSENTAKITA YASUYUKIYAMAZAKI JUNICHITANIMURO HIROHISAKARASAKI KAZUTAKAKURATA MASAHIRONASU ATSUSHISHIMIZU NOBUTOSHI
    • E02D17/20E02D5/80E02D17/18
    • PROBLEM TO BE SOLVED: To prevent leakage of a grout material from an end of a bag body even when inner pressure of the bag body increases.SOLUTION: An inventive bag body fastener 1 includes: an inner sleeve 6 through which a core material 4 is inserted and is fastened to the core material; and an outer sleeve 8 which is arranged coaxially with the inner sleeve and inserts an end peripheral edge 7 of a bag body 2 between the outer sleeve 8 and the inner sleeve 6. The inner sleeve 6 is constituted of an inner sleeve body 9 fastened to the core material 4 and a press-holding part 10 extended from the inner sleeve body 9 outward of a radial direction on the side arranged with the bag body 2. A contact surface 22 to which an end opening 21 of the outer sleeve 8 is abutted through an end peripheral edge 7 of the bag body 2 is formed on the press-holding part 10. The bag body fastener 1 is provided with a movement restriction member 23 which is detachably attached to the outer peripheral surface of the inner sleeve body 9 on the side opposite to the side arranged with the bag body 2. A contact surface 25 to which an end opening 24 of the outer sleeve 8 is abutted through the end peripheral edge 7 of the bag body 2 is formed on the movement restriction member.
    • 要解决的问题:即使当袋体的内部压力增加时,也可防止水泥浆材料从袋体的端部泄漏。 解决方案:本发明的袋体紧固件1包括:内套筒6,芯材4插入并固定到芯材上; 以及外套筒8,其与内套筒同轴配置,并将袋体2的端部周缘7插入在外套筒8和内套筒6之间。内套筒6由内套筒体9 芯材4和压力保持部10从内筒体9向径向外侧延伸设置在袋体2的一侧。外套筒8的端部开口21抵接的接触面22 通过袋体2的端部周缘7形成在压力保持部10上。袋体紧固件1设置有移动限制构件23,该移动限制构件23可拆卸地附接到内侧袖体9的外周面上 与袋体2的一侧相反的一侧。外套筒8的端部开口24通过袋主体2的端部周缘7抵接的接触面25形成在移动限制部件上。 版权所有(C)2013,JPO&INPIT
    • 10. 发明专利
    • Creating method for solidified body, burying method for steel pipe pile using the same, and burying structure for steel pipe pile
    • 用于固体的创造方法,使用其的钢管桩的混合方法和钢管桩的混凝土结构
    • JP2014134009A
    • 2014-07-24
    • JP2013002153
    • 2013-01-09
    • Ohbayashi Corp株式会社大林組
    • YAMAMOTO AKIRAWATANABE KOJIINAGAWA YUSENKASUYA YUKI
    • E02D5/34E02D5/30E02D5/44
    • PROBLEM TO BE SOLVED: To provide a creating method for a solidified body that can prevent the solidified body from decreasing in strength as excavation sediment produced during enlargement in diameter is mixed with the solidified body.SOLUTION: In a creating method for a solidified body, a region spreading right above a bottom surface of a drilled hole 4 is not enlarged in diameter and left as a diameter-unenlarged region 31, a hole wall thereabove is cut with an expansion blade bit 8 to form a diameter-enlarged region 32, and sediment 33 produced by the cutting is not discharged, but dropped into the diameter-unenlarged region 31 to form a deposited layer 34. Then cement milk as a first solidification material is filled in the deposited layer 34 and solidified to create a first solidified body having substantially the same strength with the peripheral ground at the deepest part in the drilled hole 4. Then mortar as a second solidification material is cast and solidified in a non-deposition space between a top end of the deposited layer 34 and an upper edge of the diameter-enlarged region 32 so as to create a second solidified body stacked on the first solidified body.
    • 要解决的问题:提供一种凝固体的制造方法,其能够防止凝固体的强度降低,因为在扩大期间产生的开挖沉积物与固化体混合。解决方案:在凝固体的制造方法中, 在钻孔4的底面的正上方扩展的区域的直径不扩大,作为直径未放大区域31而留下,用扩张刀片8切割上方的孔壁,形成直径扩大区域32, 通过切割而产生的沉淀物33不会排出,而是下降到直径未放大区域31中以形成沉积层34.然后将作为第一凝固材料的水泥乳填充在沉积层34中并固化以形成第一凝固体,其具有 与钻孔4中最深部分处的周边地面基本相同的强度。然后作为第二固化材料的砂浆在非沉积物中铸造和固化 沉积层34的顶端和直径扩大区域32的上边缘之间的间隙空间,以便产生堆叠在第一凝固体上的第二凝固体。