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    • 12. 发明公开
    • Branch pipe liner bag and pipe lining method
    • 支管衬里袋和管衬方法
    • EP0908661A2
    • 1999-04-14
    • EP98308135.7
    • 1998-10-06
    • SHONAN GOSEI - JUSHI SEISAKUSHO K.K.YOKOSHIMA & COMPANYGet Inc.Oar Company
    • Kamiyama, Takao
    • F16L55/16F16L55/165
    • F16L55/179
    • An economical branch pipe liner bag (1) is provided which allows for a reduction in manufacturing cost, stabilized quality, and mass-production, and does not have any portion to be wasted when used. One end of a tubular resin absorbent material (3) impregnated with an unhardened hardenable resin is outwardly folded and pressed to form an extension (3a) which is sandwiched between separate flange forming members (4,5) to form a flange (6) at the one end of the tubular resin absorbent material, thus constructing the branch pipe liner bag. Since the branch pipe liner bag has the flange (6) formed at one end by integrally coupling the flange forming members (4,5), which are members separate from the tubular resin absorbent material (3), the flange forming members can be mechanically mass-produced independently of the tubular resin absorbent material, with the result that the manufacturing cost of these flange forming members is reduced, and consequently the manufacturing cost of the branch pipe liner bag is reduced.
    • 提供经济的支管衬里袋(1),其允许降低制造成本,稳定质量和批量生产,并且在使用时不会有任何部分被浪费。 用未固化的可硬化树脂浸渍的管状树脂吸收材料(3)的一端向外折叠并压制以形成夹在分开的凸缘形成构件(4,5)之间以形成凸缘(6)的延伸部(3a) 管状树脂吸收材料的一端,从而构成支管衬里袋。 由于支管衬里袋具有通过整体联接作为与管状树脂吸收材料(3)分离的构件的凸缘形成构件(4,5)而在一端形成的凸缘(6),所以凸缘形成构件可以机械地 与管状树脂吸收材料独立地大量生产,结果,这些凸缘形成构件的制造成本降低,并且因此支管衬里袋的制造成本降低。
    • 15. 发明公开
    • Method of manufacturing a branch pipe liner bag
    • 制造一衬袋要支线的方法。
    • EP0640464A3
    • 1995-11-29
    • EP94305284.5
    • 1994-07-19
    • SHONAN GOSEI - JUSHI SEISAKUSHO K.K.YOKOSHIMA & COMPANYGET Inc.
    • Kamiyama, TakaoYokoshima, YasuhiroEndoh, Shigeru
    • B29C57/00F16L55/165
    • B29C57/00B29C2793/0081F16L55/1651F16L55/179
    • A method is provided for manufacturing a branch pipe liner bag (11) which can be integrally joined with a main pipe liner bag so that water is prevented from penetrating through a joining portion between them. A tubular unwoven fabric member (1) having its outer surface covered with a highly sealable film (2) is prepared, and a portion of the film covering one end portion (1a) of the tubular unwoven fabric member is torn off. Then, a plurality of slits (b) are cut into the end portion (1a) of the tubular unwoven fabric member, from which the film (2) has been removed, in the longitudinal direction thereof. The end portion (1a) of the tubular unwoven fabric member is folded out, and is mounted on a first unwoven fabric sheet (4) for forming a flange which has previously been set on a frame (3) having the same shape as the inner wall of a main pipe. A second unwoven fabric sheet (6) for forming a flange is then placed on the folded-out end portion (1a) of the tubular unwoven fabric member such that the end portion is sandwiched by the first and second unwoven fabric sheets (4, 6). A liquid hardenable resin is impregnated into the end portion (1a) of the tubular unwoven fabric member and the first and second unwoven fabric sheets (4, 6). After the liquid hardenable resin impregnated in them is hardened, a hardenable resin (10) is also impregnated into a remaining portion of the tubular unwoven fabric member (1), thus completing the desired branch pipe liner bag (11).
    • 16. 发明公开
    • Method of manufacturing a branch pipe liner bag
    • 制造支管衬里袋的方法
    • EP0640464A2
    • 1995-03-01
    • EP94305284.5
    • 1994-07-19
    • SHONAN GOSEI - JUSHI SEISAKUSHO K.K.YOKOSHIMA & COMPANYGET Inc.
    • Kamiyama, TakaoYokoshima, YasuhiroEndoh, Shigeru
    • B29C57/00F16L55/165
    • B29C57/00B29C2793/0081F16L55/1651F16L55/179
    • A method is provided for manufacturing a branch pipe liner bag (11) which can be integrally joined with a main pipe liner bag so that water is prevented from penetrating through a joining portion between them. A tubular unwoven fabric member (1) having its outer surface covered with a highly sealable film (2) is prepared, and a portion of the film covering one end portion (1a) of the tubular unwoven fabric member is torn off. Then, a plurality of slits (b) are cut into the end portion (1a) of the tubular unwoven fabric member, from which the film (2) has been removed, in the longitudinal direction thereof. The end portion (1a) of the tubular unwoven fabric member is folded out, and is mounted on a first unwoven fabric sheet (4) for forming a flange which has previously been set on a frame (3) having the same shape as the inner wall of a main pipe. A second unwoven fabric sheet (6) for forming a flange is then placed on the folded-out end portion (1a) of the tubular unwoven fabric member such that the end portion is sandwiched by the first and second unwoven fabric sheets (4, 6). A liquid hardenable resin is impregnated into the end portion (1a) of the tubular unwoven fabric member and the first and second unwoven fabric sheets (4, 6). After the liquid hardenable resin impregnated in them is hardened, a hardenable resin (10) is also impregnated into a remaining portion of the tubular unwoven fabric member (1), thus completing the desired branch pipe liner bag (11).
    • 本发明提供了一种用于制造支管衬里袋(11)的方法,所述支管衬里袋能够与主管衬里袋一体地接合,从而防止水穿过它们之间的接合部分。 准备外表面被高密度膜(2)覆盖的筒状的无纺布构件(1),剥离覆盖筒状无纺布构件的一端部(1a)的膜的一部分。 然后,在管状无纺布构件的端部(1a)中沿着其纵向从其中已经去除了膜(2)的位置切下多个狭缝(b)。 管状无纺布构件的端部(1a)被折叠出来,并且被安装在用于形成预先设置在具有与内部形状相同的形状的框架(3)上的凸缘的第一无纺织物片材(4) 主管道的墙壁。 然后将第二片用于形成凸缘的无纺织物片材(6)放置在管状无纺布构件的折叠端部(1a)上,使得该端部被第一和第二无纺织物片材(4,6 )。 液态硬化树脂浸渍在管状无纺布构件和第一和第二无纺织物片材(4,6)的端部(1a)中。 浸渍在其中的液态可硬化树脂硬化后,可硬化树脂(10)也浸渍到管状无纺布构件(1)的其余部分中,从而完成所需的支管衬里袋(11)。
    • 17. 发明公开
    • Method of injecting resin into a pipe liner bag and method of repairing pipelines
    • 树脂注入的方法成管路内衬材料和方法用于修复管道。
    • EP0624749A1
    • 1994-11-17
    • EP94302366.3
    • 1994-03-31
    • SHONAN GOSEI - JUSHI SEISAKUSHO K.K.YOKOSHIMA & COMPANY
    • Yokoshima, Yasuhiro
    • F16L55/165
    • F16L55/1651
    • A resin injection method and a pipeline repair method are provided for smoothly and rapidly performing setting of an open liner and for completing works such as eversion and insertion of the open liner even for a steeply inclined pipeline. An end portion of an open liner (2) is everted such that the end is attached to one end of a pipe liner bag (1) which has been introduced into a pipeline (4) to be repaired. A resin (5) is injected into the open liner (2) from the other end thereof while the pipe liner bag (1) is evacuated, thus injecting the resin into the pipe liner bag through the open liner. After the resin (5) has been injected into the pipe liner bag (1) in the above-mentioned method, the open liner (2) is everted by fluid pressure to be inserted into the pipe liner bag, whereby the resin is impregnated into the pipe liner bag. Then, the pipe liner bag 1) is pressed against the inner wall of the pipeline (4), in which state the resin impregnated in the pipe liner bag is cured to repair the pipeline. This pipe repair method allows the pot life of the resin to be shortened, so that the work time required for the repair operations can be reduced.
    • 提供了用于顺利且迅速地进行一个开放的衬垫的设置和完成作品的树脂注入方法和管线修复方法:如外翻和打开衬垫的插入,即使是陡峭倾斜的管道。 外翻检查开放的衬垫(2)的端部并在一端附接至管内衬材料(1)其中已导入到管线(4)要修复的一端。 的树脂(5)被注入到从其而管内衬材料(1)被抽空,通过打开的衬垫THUS注入树脂到管内衬材料的另一端开口衬垫(2)。 树脂(5)已注入在上述方法中的管内衬材料(1)后,将开衬垫(2)由流体压力外翻到被插入到管内衬材料,由此将树脂浸渍到 管衬袋。 然后,将管内衬材料1)被压在管道(4),在该状态在管内衬材料浸渍的树脂固化修复管道的内壁。 此管修理方法允许树脂的适用期缩短,所以也用于修复操作所需的工作时间可被​​减少。
    • 18. 发明公开
    • A method for repairing a tubular conduit
    • Reparaturverfahrenfüreine Rohrleitung。
    • EP0620103A2
    • 1994-10-19
    • EP94302267.3
    • 1994-03-29
    • SHONAN GOSEI - JUSHI SEISAKUSHO K.K.YOKOSHIMA & COMPANYGET Inc.
    • Kamiyama, TakaoYokoshima, YasuhiroEndoh, Shigeru
    • B29C63/36F16L55/165
    • B29C63/34B29C63/0069F16L55/1651
    • A method for repairing a tubular conduit (1) by lining the inner wall of the tubular conduit with a tubular liner bag (2) impregnated with thermosetting liquid resin, comprising the steps of; (a) everting the tubular liner bag in the tubular conduit; (b) closing the open end of the tubular liner bag with a stationary lid (3b) thereby forming a closed space (S) inside the tubular liner bag and the lid; (c) inserting a heat-resistive hose (7) into the closed space through the lid; (d) inflating the tubular liner bag by charging a pressurized fluid into the closed space; and (e) supplying hot water via the heat-resistive hose to thereby heat and harden the liner bag; wherein the heat-resistive hose is slidably inserted through the lid, and is connected to the lid via a flexible inflatable sealing device such that when the pressurized fluid is charged into the closed space the sealing device is pressed to inflate externally from the lid thereby forcing the heat-resistive hose to slide externally.
    • 一种用管道导管(1)修补管道导管的内壁的方法,该管状导管用浸渍有热固性液体树脂的管状衬垫袋(2),包括以下步骤: (a)将管状衬里袋放在管状导管中; (b)用固定盖(3b)封闭管状衬垫袋的开口端,从而在管状衬里袋和盖子内形成封闭空间(S); (c)通过盖将绝热软管(7)插入封闭空间; (d)通过将加压流体充入封闭空间来使管状衬垫袋膨胀; 和(e)通过耐热软管供应热水,从而加热和硬化衬里袋; 其中所述耐热软管可滑动地插入所述盖中,并且通过柔性的可充气密封装置连接到所述盖,使得当所述加压流体被装入所述封闭空间中时,所述密封装置被挤压以从所述盖向外膨胀,从而迫使 耐热软管从外部滑动。
    • 20. 发明公开
    • Segment for a rehabilitation pipe, and pipe rehabilitation method
    • 段,用于修复管道和方法,用于一个管的补救
    • EP2716956A2
    • 2014-04-09
    • EP13186705.3
    • 2013-09-30
    • Shonan Gosei-Jushi Seisakusho K.K.
    • Kamiyama, TakaoKaneta, KojiFujii, KenjiIshida, Makoto
    • F16L55/1645F16L55/163F16L55/18
    • F16L55/18F16L55/163F16L55/16455
    • A segment for a rehabilitation pipe comprises an inner surface plate (101) constituting an inner circumferential surface, and side plates (102, 103) and end plates (104, 105) provided upright on a peripheral edge of the inner surface plate (101). The inner surface plate (101), the side plates (102, 103), and the end plates (104, 105) are formed integrally from a plastic material and the segments (1) are linked in a circumferential direction and in a pipe-length direction to install a segmental rehabilitation pipe (40) inside an existing pipe (21). Each of the side plates (102, 103) is provided at an end in the vicinity of the end plate (104, 105) with an opening (102b, 103b) used for a linking operation of the segments (1) in the circumferential direction. The opening (102b, 103b) formed in the side plate (102, 103) is formed so that the filler material (30) injected into the space between the existing pipe (21) and the segmental rehabilitation pipe (40) flows in or out through the opening (102b, 103b).
    • 一种用于康复管段包括构成在内表面板(101)内周面,和侧板(102,103)和端板(104,105)上的内表面板的周缘立设(101) , 的内表面板(101),所述侧板(102,103),和端板(104,105)由塑料材料整体地形成,并且所述部分(1)在圆周方向上和在管道中被链接 长度方向到现有的配管(21)的内部安装一个节段性康复配管(40)。 侧板(102,103)中的每一个在沿圆周方向用于连接操作的段(1)的开口(102B,103B)设置于端在端板(104,105)与附近 , 在侧板(102,103)形成的开口(102B,103B)形成这样做(30)注入到已铺设管(21)和节段性康复配管(40)之间的空间中的填充材料或缩小流 通过开口(102B,103B)。