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    • 4. 发明专利
    • Existing pipe lining method
    • 现有管道衬管方法
    • JP2006029561A
    • 2006-02-02
    • JP2004213348
    • 2004-07-21
    • Kubota Ci KkKubota Construction Co LtdOsaka Bosui Constr Co Ltdクボタシーアイ株式会社株式会社クボタ建設株式会社大阪防水建設社
    • MURAKAMI KEISHIHORI TOMOAKIYOSHINO DAISUKESUZUKI KOSUKEMATSUO HIROSHIYANAGAWA MASAKAZUOHINATA MASAAKIMIURA HITOSHI
    • F16L1/00B29C63/30B29L23/00
    • PROBLEM TO BE SOLVED: To provide an existing pipe lining method for easily and inexpensively regenerating an existing pipe into a shape approximate to the sectional shape of the existing pipe while restricting a reduction in the cross section of a pipeline.
      SOLUTION: The lining method for the existing pipe 10 comprises using an anchor 56 for mounting strips 12 on the inner face of the existing pipe 10, connecting the strips 12 in their longitudinal directions thereto with connection members, arranging flexible joiners 16 at the corners of the existing pipe 10, and joining the strips in their cross directions thereto with joiners 14 and the flexible joiners 16. Finally, the inner face of the existing pipe 10 is covered with the strips 12 and a filler 58 is filled between the inner face of the existing pipe 10 and the strip 12. Flexible deformation portions 46 of the flexible joiners 16 are expanded to adjust spaces between the strips 12 neighboring each other in the cross directions so that the flexible joiners 16 can be arranged at the corners of the existing pipe 10. Thus, the flexible deformation portions 46 are bent corresponding to the corners of the existing pipe 10 to restrict a reduction in the cross section of the existing pipe 10 when regenerated, preventing the capacity degradation of waste water flowing down in the existing pipe 10.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种现有的管道衬套方法,用于容易且廉价地将现有管道再生成近似于现有管道的截面形状的形状,同时限制了管道的横截面的减小。 解决方案:现有管道10的衬套方法包括使用锚固件56将条带12安装在现有管道10的内表面上,将条带12沿其纵向方向连接到连接构件上,将柔性连接器16布置在 现有管道10的角部,并且在其横向上将条带与其连接件14和柔性连接器16接合。最后,现有管道10的内表面被条带12覆盖,填料58填充在 现有管10的内表面和条带12.柔性连接器16的柔性变形部分46被膨胀以调节在横向彼此相邻的条12之间的空间,使得柔性连接器16可以布置在 因此,柔性变形部分46对应于现有管道10的角部弯曲,以限制现有管道的横截面的减小 10,当再生时,防止在现有管道10中向下流动的废水的容量降低。版权所有(C)2006,JPO&NCIPI
    • 5. 发明专利
    • Lining method and apparatus for the method
    • 方法的线性方法和装置
    • JP2006035596A
    • 2006-02-09
    • JP2004217675
    • 2004-07-26
    • Intes Co LtdKubota Ci KkKubota Construction Co LtdOsaka Bosui Constr Co Ltdクボタシーアイ株式会社有限会社インテス株式会社クボタ建設株式会社大阪防水建設社
    • HARADA TAKATOMOMURAKAMI KEISHIHORI TOMOAKISUZUKI KOSUKEMATSUO HIROSHIYANAGAWA MASAKAZUOHINATA MASAAKIMIURA HITOSHIKAMIIDE AKIRA
    • B29C63/32B29L9/00B29L23/00F16L1/00
    • PROBLEM TO BE SOLVED: To provide a lining method which is applicable to a non-circular existing pipe while holding a cross-sectional reduction percentage by lining to be small and an apparatus for the method.
      SOLUTION: The lining apparatus 10 has a guide frame 36 arranged along the cross section of the existing pipe 12, and a conveyance unit 48 and an engagement unit 50 are fitted movably to the guide frame 36. The conveyance unit 48, while moving on the guide frame 36, holds a strip 14 by two feed rollers 88, forcively delivers the strip 14, and pushes the strip 14 at a prescribed acute angle against the inner surface of the existing pipe 12. The engagement unit 50, while moving on the guide frame 36, holds a joiner 24 against the strip 14 pushed by a joining roller 102 to engage the joiner 24. Since the strip 14 is pushed and stuck against the inner surface of the existing pipe 12 by the conveyance unit 48 and the engagement unit 50, the cross-sectional reduction percentage by the lining is held to be small so that the strip can be pipe-made independent of the cross-sectional shape of the existing pipe 12.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种适用于非圆形现有管道的衬里方法,同时通过衬里将截面减小百分比保持较小并且该方法的装置。 解决方案:衬里装置10具有沿着现有管12的横截面布置的引导框架36,并且输送单元48和接合单元50可移动地装配到引导框架36.输送单元48同时 在引导框架36上移动,通过两个进给辊88保持条带14,强制地输送条带14,并以预定的锐角将条带14推压到现有管道12的内表面上。接合单元50在移动 在引导框架36上,将接合器24保持抵靠由连接辊102推动的条带14以接合接合件24.由于条带14被传送单元48推压并粘附在现有管道12的内表面上,并且 接合单元50,通过衬里的横截面减小百分比被保持为小,使得带可以独立于现有管12的横截面形状而被管道制造。(C)2006, JPO&NCIPI
    • 6. 发明专利
    • Connection member of band form with rib, and regeneration pipe using the same
    • 带有RIB的带状连接构件和使用其的再生管
    • JP2012026494A
    • 2012-02-09
    • JP2010164468
    • 2010-07-22
    • Kubota Koken:KkKubota-Ci CoOsaka Bosui Constr Co Ltdクボタシーアイ株式会社株式会社クボタ工建株式会社大阪防水建設社
    • BAI HIDEKIOCHI SATOSHITANIGAWA SHINICHISUZUKI KOSUKEMURAKAMI KEISHIMIURA HITOSHIMIYAGAWA TSUNEO
    • F16L55/16B29C63/32
    • PROBLEM TO BE SOLVED: To provide a new connection member of band forms with ribs and a new regeneration pipe using the connection member.SOLUTION: The connection member 10 of band forms with ribs includes insertion members 60, 62 and a retention member 64, and connects the band forms (12) with ribs for forming a regeneration pipe (200) with each other in the longitudinal direction. The insertion members 60, 62 are made of metal and are respectively inserted in between ribs (22, 24) of each of the band forms (12) with ribs, which are formed in groove shapes and have end parts in the longitudinal direction, which are respectively connected. The retention member 64 is made of a synthetic resin, and is configured such that the first main surface (92) of a plate-like body (90) constitutes a part of an internal surface of the regeneration pipe (200) and retains the center part, in the longitudinal direction, of the insertion members 60, 62 on the second main surface (94) side of the body (90). The insertion member is formed using metal, and therefore, it is possible to resist the load when winding, bending and deforming the band forms with ribs, and it is possible to properly connect the band forms with ribs in the longitudinal direction, without breakage upon pipe manufacture.
    • 要解决的问题:使用连接构件提供具有肋的带状的新的连接构件和新的再生管。 解决方案:带肋形成带的连接构件10包括插入构件60,62和保持构件64,并且将带状构件(12)与用于形成再生管(200)的肋形成在纵向上彼此彼此连接 方向。 插入构件60,62由金属制成,并且分别插入到每个带状(12)的肋(22,24)之间,肋条形成为凹槽形状并具有沿纵向方向的端部, 分别连接。 保持构件64由合成树脂制成,并且构造成使得板状体(90)的第一主面(92)构成再生管(200)的内表面的一部分,并保持中心 在主体(90)的第二主表面(94)侧上的插入构件60,62的纵向方向的一部分。 使用金属形成插入部件,因此能够在使用带状的带状卷绕,弯曲变形时抵抗负载,并且可以在长度方向上适当地连接条带与肋,而不会破坏 管道制造。 版权所有(C)2012,JPO&INPIT
    • 7. 发明专利
    • Pipe end sealing device
    • 管端密封装置
    • JP2012207677A
    • 2012-10-25
    • JP2011071502
    • 2011-03-29
    • Kubota-Ci CoOsaka Bosui Constr Co Ltdクボタシーアイ株式会社株式会社大阪防水建設社
    • MURAKAMI KEISHIOCHI SATOSHIOMURO HIDEKIGOTO YUICHIROOZEKI NAOYATANIMURO HIROHISAYAMANOCHI TOMOYUKI
    • F16L55/00F16L33/10
    • PROBLEM TO BE SOLVED: To provide a pipe end sealing device which provides excellent workability and can appropriately seal the pipe end of a regeneration pipe.SOLUTION: The pipe end sealing device 10 is used to seal a pipe end 102 of a regeneration pipe 100, and includes a plug member 12 to be inserted into the pipe end 102 of the regeneration pipe 100 and a fastening member 14 for fastening the pipe end 102 from the outer surface side of the regeneration pipe 100. The plug member 12 is formed columnar, and has a grooved recessed part (18) formed throughout the outer peripheral surface in a circumferential direction. The fastening member 14 includes a wire member 28 and a pressing member 30, and is provided on the position of the recessed part (18) while the plug member 12 is inserted in the pipe end 102. The wire member 28 passes around the regeneration pipe 100, and the both ends extend upward to pass through openings 44 of the pressing member 30 respectively. Moreover, nut members 48 are screwed in the respective threads 34 of both ends of the wire member 28, the ends projecting to the upper side of the pressing member 30 through the openings 44.
    • 要解决的问题:提供一种提供优异的可加工性并能够适当地密封再生管的管端的管端密封装置。 解决方案:管端密封装置10用于密封再生管100的管端102,并且包括插入到再生管100的管端102中的塞构件12和用于 将管端102从再生管100的外表面侧紧固。塞构件12形成为柱状,并且在圆周方向上在整个外周面形成有开槽的凹部(18)。 紧固构件14包括线构件28和按压构件30,并且在插头构件12插入管端102的同时设置在凹部(18)的位置。线构件28绕再生管 100,并且两端向上延伸以分别穿过按压构件30的开口44。 此外,螺母构件48旋入线构件28的两端的各螺纹34,端部通过开口44突出到按压构件30的上侧。(C)2013,JPO和INPIT
    • 8. 发明专利
    • Device for measuring heating softening temperature of pipe rehabilitation member, and heating apparatus equipped with the same
    • 用于测量管道恢复构件的加热温度的装置以及装有该加热装置的加热装置
    • JP2012193753A
    • 2012-10-11
    • JP2011056114
    • 2011-03-15
    • Kubota-Ci CoOsaka Bosui Constr Co Ltdクボタシーアイ株式会社株式会社大阪防水建設社
    • MURAKAMI KEISHIOCHI SATOSHIOMURO HIDEKIGOTO YUICHIROOZEKI NAOYATANIMURO HIROHISAYAMANOCHI TOMOYUKI
    • F16L1/00F27B17/00F27D19/00
    • PROBLEM TO BE SOLVED: To enable a pipe rehabilitation member to be heated until a hardly heatable part of the pipe rehabilitation member is sufficiently softened, because a softened state of the hardly heatable part thereof can be grasped from the result of measurement of a thermometer, and to prevent fuel and time from being wasted by excessively heating the pipe rehabilitation member.SOLUTION: A heating apparatus 10 for heating and softening the pipe rehabilitation member 100 includes a heating chamber 12 for housing the pipe rehabilitation member 100, and a heating softening temperature measuring device 14 that is mounted in the heating chamber 12. The heating softening temperature measuring device 14 includes a solid body (54) that is made of the same synthetic resin material as a synthetic resin material for the pipe rehabilitation member 100, and the thermometer (56) that is provided inside the solid body (54). In the heating softening temperature measuring device 14, the shortest distance from an outer surface of the solid body (54) to a temperature measuring element (56a) of the thermometer (56) is set in correlation with the thickness of the pipe rehabilitation member 100, and an environment closely akin to the hardly heatable part (108) of the pipe rehabilitation member 100 is created around the thermometer (56).
    • 要解决的问题:为了使管道修复构件能够被加热,直到管道修复构件的难以加热的部分被充分软化,因为可以从其测量结果中掌握几乎可加热部分的软化状态 温度计,并且通过过度加热管道修复构件来防止燃料和时间浪费。 解决方案:用于加热和软化管道修复构件100的加热装置10包括用于容纳管道修复构件100的加热室12和安装在加热室12中的加热软化温度测量装置14.加热 软化温度测量装置14包括由与管道修复构件100的合成树脂材料相同的合成树脂材料制成的固体(54)和设置在固体(54)内部的温度计(56)。 在加热软化温度测定装置14中,从固体(54)的外表面到温度计(56)的温度测量元件(56a)的最短距离与管道修复构件100的厚度相关联 并且在温度计(56)周围形成与管道修复构件100的难加热部(108)密切相似的环境。 版权所有(C)2013,JPO&INPIT