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WO2002002985A1 - Instrument combine a bande permettant d'empecher les fuites - Google Patents

Instrument combine a bande permettant d'empecher les fuites Download PDF

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Publication number
WO2002002985A1
WO2002002985A1 PCT/CN2001/000128 CN0100128W WO0202985A1 WO 2002002985 A1 WO2002002985 A1 WO 2002002985A1 CN 0100128 W CN0100128 W CN 0100128W WO 0202985 A1 WO0202985 A1 WO 0202985A1
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WO
WIPO (PCT)
Prior art keywords
plugging
pressure plate
pressure
shaped
fork
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2001/000128
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English (en)
French (fr)
Inventor
Baofeng Jin
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Individual
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Individual
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Application filed by Individual filed Critical Individual
Priority to AU2001237202A priority Critical patent/AU2001237202A1/en
Publication of WO2002002985A1 publication Critical patent/WO2002002985A1/zh
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Ceased legal-status Critical Current

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
    • F16L55/00—Devices or appurtenances for use in, or in connection with, pipes or pipe systems
    • F16L55/10—Means for stopping flow in pipes or hoses

Definitions

  • the invention belongs to a pressure vessel leak plugging device, and particularly relates to a pressure leak plugging combined tool. Background technique
  • the object of the present invention is to provide a combined pressure and leak plugging tool capable of performing various combinations and plugging various pressure equipment.
  • a combined plugging tool with pressure which includes a belt pressurized plugging device, which is further characterized by a top pressure plugging device, a pressure plate plugging device, and a circular plugging device;
  • the flange top pressure leakage plugging component is symmetrically arranged with a fork, which is adjusted and fixed through a bracket through a nut or a screw, with a fork at the lower end of the fork rod, and a square head screw between the two fork rods;
  • the pressure plate leak plugging component is fixed by a belt pressurized leak plugging component or fixed by a wire rope, and the pressure plate has screw holes;
  • the circular leak plugging component is composed of two arcs of large and small segments, one end is hinged, and the other end is bolted.
  • the larger arc part is evenly arranged to cooperate with the bolt. Screw holes.
  • the moving top pressure leak plugging component is a symmetrically arranged translational fork 22 that passes through the translational bracket 20 and is adjusted and fixed by a nut 18. There is a translational fork 21 at the lower end of the translational fork. There are square head screws 19.
  • the symmetrically arranged rotating fork rod 26 passes through the rotating bracket.
  • a rotating fork 23 is provided at the lower end of the rotating fork rod, and a square head screw 19 is provided between the two rotating fork rods.
  • the said elongated pressure plate plugging member has an elongated pressure plate.
  • One end of the pressure plate 30 has a raised end portion 31, and both the raised end portion and the pressure plate have screw holes 32.
  • the platen 33 is arc-shaped, and one end 34 of the arc-shaped platen has a warp 34, and a screw hole 35 is formed at the warped portion.
  • the cross-brace pressure-blocking member of the cross-brace, the cross-brace 36 is a rectangular bar body, with an arc-shaped groove 37 on both ends of the cross-brace, a screw hole 38 in the middle, and a T Slot 39, the elongated nut 40 is connected to the inverted L-shaped slider by the screw 41, and the bottom of the inverted L-shaped slider is an inverted T-shaped structure, so that the elongated nut 40 can slide in the T-shaped groove 39 to make the inverted L-shaped
  • the slider 42 is fixed at any position along the T-shaped groove 39.
  • the porous pressure plate plugging component is composed of a ⁇ -shaped pressure plate 55.
  • the surface of the pressure plate has a plurality of screw holes 52 and 53 fitted with bolts, and the end of the porous pressure plate has a hole 51 through which a wire rope is passed. ⁇ 54 ⁇ Screw hole 54.
  • the single-hole pressure plate plugging component is composed of a ⁇ -shaped pressure plate 56. On the surface of the pressure plate, there are single screw holes 57 and 58 that cooperate with bolts, which are the lead angles of the single-hole pressure plate.
  • the circular leak plugging component is composed of two large and small arcs 44 and 45 in a circular shape, one end of which is hinged, and the other end of which is bolted.
  • the larger arc portion is evenly arranged. Screw holes for mating with bolts.
  • Figure 1 is a top view of a belt pressurized plugging component
  • Figure 2 is a front view of a belt pressurized plugging component
  • FIG. 3 is a cross-sectional view of a moving top pressure plugging component
  • FIG. 4 is a cross-sectional view taken along A_A in FIG. 3;
  • FIG. 5 is a cross-sectional view of a movable top pressure plugging component
  • FIG. 6 is a front view of a long pressure plate plugging component
  • Figure 7 is a top view of Figure 6;
  • Figure 8 is a front view of the arc-shaped platen plugging component
  • FIG. 9 is a top view of FIG. 8;
  • FIG. 10 is a cross-sectional view of a plug member of a cross brace pressure plate
  • FIG. 11 is a view in the direction of arrow B in FIG. 10;
  • FIG. 12 is a front view of an inverted L-shaped supporting member
  • Figure 13 is a side view of Figure 12;
  • FIG. 14 is a top view of FIG. 10;
  • FIG. 15 is a C-view of FIG. 10;
  • FIG. 16 is a front view of a circular plugging member
  • Fig. 17 is a sectional view taken along the line D-D in Fig. 16
  • FIG. 18 is a top view of a porous platen blocking member
  • FIG. 19 is a cross-sectional view taken along A-A of FIG. 18;
  • 20 is a front view of a single-hole pressure plate plugging component
  • 21 is a top view of a single-hole pressure plate plugging component
  • Figure 22 is a side view of a single-hole pressure plate plugging component. The best way to implement the invention
  • the belt-type pressurized plugging parts are fixed to the handle 1 and the handle base 3, the handle base 3 is threaded to the double-headed screw 2, the bearing 4 is matched to the double-headed screw 2, and the ball 4 and the bearing 4 are inside the bearing 4.
  • the bow body 5 slides, 8 is the transition section of the double-headed screw
  • 9 is the steel belt penetration entrance
  • the pulley handle 11 is fixedly connected to the pulley 13 through the shaft 12; according to actual needs when using
  • the length of the steel belt is bent by about 30mm at one end and caught in the steel belt buckle.
  • the other end is also inserted into the steel belt buckle after being bound around the object for a week.
  • a section of the steel belt buckle is inserted into the belt pressure plug.
  • press the pulley handle 11 to lock the steel belt, and then rotate the handle 1 to tighten the steel belt. After tightening, press the back screw on the steel belt buckle to fix the steel belt.
  • steel strips can be bundled with long plugging plugs, arc-shaped plugging plugging units, single-hole plugging plugging units, cross-bracing plate plugging plugging units, porous platen plugging plugging units, and single-hole plugging plugging units.
  • the moving top pressure plugging components are shown in Figures 3 and 4.
  • the symmetrically arranged translation fork rods 22 pass through the translation support.
  • the frame 20 is adjusted and fixed by a nut 18, a translation fork 21 is located at the lower end of the translation fork rod, and a square head screw 19 is located between the two translation fork rods; when in use, the translation fork is clamped on the bolt of the flange, Move the translation fork according to the thickness of the flange, and then turn the nut 18 to fix the translation fork 21. Apply a piece of plugging glue on a plugging plate and fix the plugging plate with plugging glue to the leak by turning the square-head screw 19 Parts, after the glue is solidified, the mobile top pressure plugging parts can be removed.
  • the rotary top pressure plugging part is shown in FIG. 5.
  • the symmetrically arranged rotating fork rod 26 passes through the rotating bracket 24. It is adjusted and fixed by fastening screws 27 and limit screws 28.
  • the rotating fork is clamped on the screw of the flange, and the fork body 23 is rotated according to different parts of the bolt on the flange, and then the fastening screw 27 and the limit screw 28 are adjusted to fix the rotating fork 23, and other uses with the translation fork
  • the method is the same.
  • the pressure plate is long, at one end of the pressure plate 30 has a raised end 31, the raised end and the platen have screw holes 32; plugging packing
  • the belt pressurized plugging component to fix the long platen plugging component to the end of the packing, and then lift the screw hole on the end to lift the plugging plate coated with the plugging glue on the packing.
  • Leak point remove the plugging tool after the adhesive has solidified. Leaks from other pipe locations can also be plugged through holes in the bar.
  • the arc-shaped platen plugging part is arc-shaped, and one end of the arc-shaped platen has a raised 34 and a screw hole 35 at the raised part; Repair of cracks in tanks and leaks at joints between pipelines and storage tanks.
  • the T-shaped threaded ejector rod is installed in the threaded hole of the arc-shaped pressure plate. Quickly tighten the T-bolt top end, so that the attachment plate is tightly pressed on the leak point. After the glue is cured, remove the steel belt and the pressure plate.
  • the horizontal struts are used to block the leakage.
  • the horizontal struts 36 are rectangular rods with arc-shaped grooves 37 on both ends of the horizontal struts.
  • the hole 38 is provided with T-shaped grooves 39 at the lower ends of the two ends of the cross brace.
  • the long nut 40 is connected to the inverted L-shaped slider by the screw 41.
  • the bottom of the inverted L-shaped slider is an inverted T-shaped structure, so that the long nut 40 can Slide in the T-shaped groove 39 to fix the inverted L-shaped slider 42 at any position along the T-shaped groove 39. It is mainly used for plugging leak points such as dots, honeycombs and cracks in horizontal tanks.
  • the cross brace plugging component can be tied and fixed with a steel belt or a steel wire rope.
  • the circular plugging components are composed of two large and small arcs 44, 45, and one end is hinged by a shaft 46 and an inner hinge 47. The other end is connected by a nut 48 and a bolt 50. ⁇ The inner hinge 49 is fixed, and the bolts are evenly arranged on the larger arc part.
  • the three screw holes 23 combined are mainly used for the radial and axial plugging of the pipeline. When using, loosen the nuts 48 and bolts 50 and fasten them on the pipeline with nuts and bolts. Screw three screws in the screw holes 23 Two bolts, close the glued attachment plate to the end of the bolt, quickly tighten the bolts, so that the attachment plate is tightly pressed on the leak point, and the circular plugging component is removed after the glue is cured.
  • the porous platen plugging component is composed of a ⁇ -shaped platen.
  • At the end of the perforated platen there is a hole 51 through which a wire rope passes, and a screw hole 54 for fastening the wire rope.
  • It is mainly used for the repair of leaks in pipelines, valve bodies, and various parts of valves. It can also be used to repair leak points on the surface of regular equipment.
  • the steel wire rope passes through the holes 51 on both sides of the pressure plate, so that it is stuck on the device. Tighten and fix the steel wire rope with two screws through the hole 54.
  • the middle of the pressure plate is the leakage part, and the pressure plate is lifted by the bolts on the screw holes 52 on both sides. Align the middle threaded hole 53 with the leak point, hold the glued attached plate close to the end of the bolt, and quickly tighten the bolt to tightly press the attached plate to the leak point. After the glue is cured, remove the porous plugging part.
  • the pressure plate can also be fixed with a belt pressurized plugging component.
  • the single-hole pressure plate plugging component is composed of a ⁇ -shaped pressure plate 56.
  • On the surface of the pressure plate there are single screw holes 57 and 58 that cooperate with bolts as the lead angle of the single-hole pressure plate. It is mainly used for plugging leak points such as dots, honeycombs, and cracks in horizontal tanks. When in use, place them parallel to the surface of the leak point, align the center screw hole with the leak point, and press the belt.
  • the plugging component tightens the steel strips at both ends of the cross brace plugging component, and screwes on the bolts that fix the ejector rod.
  • the present invention can have various combinations, and is suitable for point, line, and honeycomb leaks in various tanks, pipes, flanges, packings, valves, etc., which can be repaired while leaking under conditions of temperature and pressure. No fire and no electricity operation, as long as the leakage equipment temperature is -70 ° C-+ 250 ° C, the leakage pressure can be used within the range of-1. 0 ⁇ 2. 5Mpa, and the tool can be removed after repair.
  • the invention has the characteristics of simple combination, intuitiveness, convenient operation, etc., and is suitable for use in industries such as electric power, chemical industry, petroleum, metallurgy, fire protection, etc., and can replace foreign imported products.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Basic Packing Technique (AREA)
  • Press Drives And Press Lines (AREA)

Description

带压堵漏組合工具 技术领域
本发明属于压力容器堵漏用器具， 具体涉及一种带压堵漏组合工 具。 背景技术
目前， 带压堵漏的工具大多价格昂贵， 组合性差， 使用起来不方便。 发明的公开
本发明的目的是提供一种能进行多种组合、 能对各种带压设备进行 堵漏的带压堵漏组合工具。
带压堵漏组合工具， 包括带式加压堵漏部件， 其特征在于还包括顶 压堵漏部件、 压板堵漏部件、 圆形堵漏部件；
所述的法兰顶压堵漏部件， 对称布置有叉， 穿过支架通过螺母或螺 钉调整固定， 在叉杆的下端有叉， 在两叉杆之间有方头螺杆；
所述的压板堵漏部件， 通过带式加压堵漏部件固定或通过钢丝绳固 定， 压板上有螺孔；
所述的圆形堵漏部件， 由大、 小不等的两部分圆弧组成一个圆形， 一端为铰接， 另一端为螺栓固定， 在较大的圆弧部分上均匀的布置有与 螺栓配合的螺孔。
所述的移动顶压堵漏部件， 对称布置的平动叉杆 22 穿过平动支架 20通过螺母 18调整固定， 在平动叉杆的下端有平动叉 21， 在两平动叉 杆之间有方头螺杆 19。
所述的转动顶压堵漏部件， 对称布置的转动叉杆 26 穿过转动支架
24通过螺钉 27、 28调整固定， 在转动叉杆的下端有转动叉 23， 在两转 动叉杆之间有方头螺杆 19。
所述的长形压板堵漏部件， 其压板为长形， 在压板 30 的一端有一 翘起的端部 31， 在翘起的端部和压板上均有螺孔 32。
所述的弧形压板堵漏部件， 其压板 33 为弧形， 在弧形压板的一端 有一翘起 34， 在翘起的部位有螺孔 35。 所述的横撑杆压板堵漏部件， 其横撑杆 36 为一长方形杆体， 在横 撑杆两端的上面有一弧形凹槽 37， 中间有螺孔 38， 在横撑杆两端的下 部有 T形槽 39， 长形螺母 40通过螺杆 41与倒 L形滑块连接， 倒 L形 滑块的底部为倒 T形结构， 使长形螺母 40能在 T形槽 39内滑动， 使倒 L形滑块 42沿 T形槽 39任意位置固定。
所述的多孔压板堵漏部件由 Π形压板 55 组成， 在压板的面上有与 螺栓配合的多个螺孔 52、 53， 在多孔压板的端部有穿钢丝绳的孔 51， 紧固钢丝绳的螺孔 54。
所述的单孔压板堵漏部件由 Π形压板 56 组成， 在压板的面上有与 螺栓配合的单个螺孔 57， 58为单孔压板的导角。
所述的圆形堵漏部件， 由大、 小不等的两部分圆弧 44、 45 组成一 个圆形， 一端为铰接， 另一端为螺栓固定， 在较大的圆弧部分上均匀的 布置有与螺栓配合的螺孔。 附图的简要说明 本发明的实施例参见下列各图：
图 1为带式加压堵漏部件的俯视图；
图 2为带式加压堵漏部件的主视图；
图 3为移动顶压堵漏部件的剖视图；
图 4为图 3的 A_A剖视图；
图 5为活动顶压堵漏部件的剖视图；
图 6为长形压板堵漏部件的主视图；
图 7为图 6的俯视图；
图 8为弧形压板堵漏部件的主视图；
图 9为图 8的俯视图；
图 10为横撑杆压板堵漏部件的剖视图；
图 11为图 10的 B向视图；
图 12为倒 L形支撑部件的主视图；
图 13为图 12的侧视图；
图 14为图 10的俯视图； 图 15为图 10的 C向视图；
图 16为圆形堵漏部件的主视图；
图 17为图 16的 D— D剖视图
图 18为多孔压板堵禰部件的俯视图；
图 19为图 18的 A— A剖视图；
图 20为单孔压板堵漏部件的主视图；
图 21为单孔压板堵漏部件的俯视图；
图 22为单孔压板堵漏部件的侧视图。 实现本发明的最佳方式
下面结合附图对本发明的实施例作进一步说明：
带式加压堵漏部件如图 1、 2所示， 手柄 1与手柄座 3固定， 手柄 座 3与双头螺杆 2螺紋配合， 轴承 4与双头螺杆 2配合， 轴承 4内有滚 珠 7和滚珠座 6， 弓体 5—端与双头螺杆 2螺纹配合， 另一端固定剪截 刀 17， 剪截刀 17与剪截刀手柄 15固定连接， 与双头螺杆 2连接固定 的滑块 10沿弓体 5滑动， 8为双头螺杆的过渡段， 9为钢带穿入口， 在 滑块 10上有挚轮 13， 挚轮手柄 11通过轴 12与挚轮 13固定连接； 使 用时根据实际需要的钢带长度， 将一端约 30mm折弯， 卡在钢带扣中， , 将另一端绕捆绑物体一周后也插入钢带扣中， 将穿出钢带扣的一段卡进 带式加压堵漏部件的钢带槽 16中， 按下挚轮手柄 11锁住钢带， 然后旋 转手柄 1收紧钢带，收紧后按紧钢带扣上的止退螺钉，使其固定住钢带， 最后扳动剪截刀手柄 15切断钢带。 钢带内可以捆扎长形堵漏部件、 弧 形压板堵漏部件、 单孔压板堵漏部件、 横撑杆压板堵漏部件、 多孔压板 堵漏部件、 单孔压板堵漏部件。
移动顶压堵漏部件如图 3、 4， 对称布置的平动叉杆 22穿过平动支
•架 20通过螺母 18调整固定， 在平动叉杆的下端有平动叉 21， 在两平 动叉杆之间有方头螺杆 19 ; 使用时将平动叉卡在法兰的螺栓上， 根据 法兰的厚度移动平动叉， 然后旋转螺母 18， 使平动叉 21固定， 在一块 堵漏板上涂抹堵漏胶通过旋转方头螺杆 19 将带堵漏胶的堵漏板固定在 泄漏部位， 待胶凝固后即可拆除移动顶压堵漏部件。
转动顶压堵漏部件如图 5，对称布置的转动叉杆 26穿过转动支架 24 通过紧固螺钉 27、 限位螺钉 28调整固定， 在转动叉杆的下端有转动叉 23 , 在两转动叉杆之间有方头螺杆 19， 25为方头螺杆支架体， 29为垫 片； 使用时将转动叉卡在法兰的螺杆上， 根据法兰上螺栓的不同部位转 动叉体 23， 然后旋转紧固螺钉 27、 限位螺钉 28调整固定转动叉 23， 其它与平动叉的使用方法相同。
长形压板堵漏部件如图 6、 7， 其压板为长形， 在压板 30的一端有 一翘起的端部 31， 在翘起的端部和压板上均有螺孔 32; 堵漏盘根时， 先用带式加压堵漏部件将长形压板堵漏部件固定在盘根泄漏的一端， 然 后通过翘起端部上的螺孔将涂抹好堵漏胶的堵漏板顶在盘根泄漏点， 带 胶凝固后拆除堵漏工具。 其它管道部位的泄漏也可以通过直板上的孔堵 漏。
弧形压板堵漏部件如图 8、 9所示， 其压板 33为弧形， 在弧形压板 的一端有一翘起 34， 在翘起的部位有螺孔 35; 该弧形压板堵漏部件适 合于罐体裂紋、 管线与贮罐连接处泄漏的修理。 使用时将 T形螺纹顶杆 装在弧形压板螺纹孔中， 弧形压板两端用带式加压堵漏部件锁紧， 使其 固定在贮罐表面， 把涂好胶的附板紧靠 T形螺栓顶杆端部， 迅速拧紧， 使附板紧紧压在泄漏点上， 待胶固化后拆除钢带和压板。
横撑杆压板堵漏部件如图 10、 11、 12、 13、 14、 15 所示， 其横撑 杆 36为一长方形杆体， 在横撑杆两端的上面有一弧形凹槽 37， 中间有 螺孔 38， 在横撑杆两端的下部有 T形槽 39， 长形螺母 40通过螺杆 41 与倒 L形滑块连接， 倒 L形滑块的底部为倒 T形结构， 使长形螺母 40 能在 T形槽 39内滑动， 使倒 L形滑块 42沿 T形槽 39任意位置固定； 主要用于卧式罐体的点状、 蜂窝状和裂纹等泄漏点的堵漏， 使用时将其 平行地放于泄漏点表面， 并使中心螺孔对准泄漏点， 用带式加压堵漏部 件收紧横撑杆堵漏部件两端的的钢带， 并旋上固定顶杆的螺栓， 把涂好 胶的附板紧靠螺栓顶杆端部， 迅速拧紧顶杆螺栓， 使附板紧紧压在泄漏 点上， 待胶固化后拆除钢带和横撑杆堵漏部件。 该横撑杆堵漏部件即可 以用钢带又可以用钢丝绳绑扎固定。
圆形堵漏部件如图 16、 17所示， 由大、 小不等的两部分圆弧 44、 45组成一个圆形，一端通过轴 46、 内铰链 47铰接， 另一端通过螺母 48、 螺栓 50、 内铰链 49固定， 在较大的圆弧部分上均匀的布置有与螺栓配 合的三个螺孔 23;主要用于管道径向、轴向的堵漏，使用时松开螺母 48、 螺栓 50后扣在管线上用螺母、 螺栓锁紧， 在螺孔 23内拧上三个螺栓， 把涂好胶的附板紧靠螺栓端部， 迅速拧紧螺栓， 使附板紧紧压在泄漏点 上， 待胶固化后拆除圆形堵漏部件。
多孔压板堵漏部件如图 18、 19 所示， 由 Π形压板组成， 在压板的 面上有与螺栓配合的多个螺孔 52、 53。 在多孔压板的端部有穿钢丝绳 的孔 51， 紧固钢丝绳的螺孔 54。 主要用于管线、 阀体、 阀门各部位的 泄漏修复， 也可用于规则设备表面泄漏点的修复。 使用时钢丝绳穿过压 板两侧的孔 51， 使其梆在设备上， 用两个螺丝通过孔 54拧紧固定钢丝 绳， 压板的中间为泄漏部位， 通过两侧螺紋孔 52 上的螺栓顶起压板， 并使中间螺紋孔 53对准泄漏点， 把涂好胶的附板紧靠螺栓端部， 迅速 拧紧螺栓， 使附板紧紧压在泄漏点上， 待胶固化后拆除多孔堵漏部件。 本压板还可以用带式加压堵漏部件固定。
单孔压板堵漏部件如图 20、 21、 22所示， 由 Π形压板 56组成， 在 压板的面上有与螺栓配合的单个螺孔 57， 58 为单孔压板的导角。 主要 用于卧式罐体的点状、 蜂窝状和裂纹等泄漏点的堵漏， 使用时将其平行^ 地放于泄漏点表面， 并使中心螺孔对准泄漏点， 用带式加压堵漏部件收 紧横撑杆堵漏部件两端的钢带， 并旋上固定顶杆的螺栓， 把涂好胶的附 板紧靠螺栓顶杆端部， 迅速拧紧顶杆螺栓， 使附板紧紧压在泄漏点上， 待胶固化后拆除钢带和单孔压板堵漏部件。 工业应用性
本发明具有以下优点：
本发明可以有多种组合， 适合于各种罐体、 管道、 法兰、 盘根、 阀 门等点状、 线状、 蜂窝状的泄漏， 均可在带温、 带压条件下边漏边修， 无火无电操作， 只要泄漏设备温度在 - 70°C— +250°C， 泄漏压力在- 1. 0 →2. 5Mpa 范围内均可使用， 修复后即可拆除工具。 本发明使用组合简 单、 直观、 操作方便等特点， 适合于电力、 化工、 石油、 冶金、 消防等 行业使用， 可以替代国外进口产品。

Claims

权利要求
1.带压堵漏组合工具， 包括带式加压堵漏部件， 其特征在于还包括顶 压堵漏部件、 压板堵漏部件、 圆形堵漏部件；
所述的顶压堵漏部件， 对称布置有叉， 穿过支架通过螺母或螺钉调整 固定， 在叉杆的下端有叉， 在两叉杆之间有方头螺杆；
所述的压板堵漏部件， 通过带式加压堵漏部件固定或通过钢丝绳固 定， 压板上有螺孔；
所述的圆形堵漏部件， 由大、 小不等的两部分圆弧组成一个圆形， 一 端为铰接， 另一端为螺栓固定， 在较大的圆弧部分上均匀的布置有与螺栓 配合的螺孔。
2.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的移动 顶压堵漏部件， 对称布置的平动叉杆 (22)穿过平动支架 (20)通过螺母（18) 调整固定， 在平动叉杆的下端有平动叉 (21)， 在两平动叉杆之间有方头螺 杆（19)。
3.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的转动 顶压堵漏部件， 对称布置的转动叉杆 (26)穿过转动支架 (24)通过螺钉 (27、 28)调整固定， 在转动叉杆的下端有转动叉 (23)， 在两转动叉杆之间有方 头螺杆 (19)。
4.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的长形 压板堵漏部件， 其压板为长形， 在压板 (30)的一端有一翘起的端部 (31)， 在翘起的端部和压板上均有螺孔 (32)。
5.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的弧 ¾ 压板堵漏部件， 其压板 (33)为弧形， 在弧形压板的一端有一翘起 (34)， ¾ 翘起的部位有螺孔（35)。
6. 根据权利要求 1 所述的带压堵漏组合工具， 其特征在于所述的椤 撑杆压板堵漏部件， 其横撑杆 (36)为一长方形杆体， 在横撑杆两端的上預 有一弧形凹槽 (37)， 中间有螺孔 (38)，在横撑杆两端的下部有 T形槽 (39) : 长形螺母 (40)通过螺杆 (41)与倒 L形滑块连接， 倒 L形滑块的底部为倒 ' 形结构， 使长形螺母 (40)能在 T形槽 (39)内滑动， 使倒 L形滑块 (42)沿' 形槽 (39)任意位置固定。
7.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的多孔 压板堵漏部件由 Π形压板（55)组成， 在压板的面上有与螺栓配合的多个螺 孔 (52、 53) , 在多孔压板的端部有穿钢丝绳的孔 (51)， 紧固钢丝绳的螺孔 (54)。
8.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的单孔 压板堵漏部件由 Π形压板 (56)组成， 在压板的面上有与螺栓配合的单个螺 孔 (57)， 单孔压板的导角（58)。
9.根据权利要求 1所述的带压堵漏组合工具， 其特征在于所述的圆形 堵漏部件， 由大、 小不等的两部分圆弧 (44、 45)组成一个圆形， 一端为铰 接， 另一端为螺栓固定， 在较大的圆弧部分上均匀的布置有与螺栓配合的 螺孔。
PCT/CN2001/000128 2000-07-06 2001-02-19 Instrument combine a bande permettant d'empecher les fuites Ceased WO2002002985A1 (fr)

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CN109114351A (zh) * 2018-10-29 2019-01-01 公安部上海消防研究所 一种带压容器堵漏装置及其堵漏方法
CN116753390A (zh) * 2023-05-16 2023-09-15 山东博汇纸业股份有限公司 污水微正压管道点腐泄漏后正常输送带压堵漏的方法

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CN101066723B (zh) * 2007-04-07 2010-07-28 兰州中顺石化产品销售有限公司 罐体成膜注胶堵漏方法
CN101922593B (zh) * 2009-06-15 2012-02-22 金雹峰 堵漏工具的双螺旋推进装置
KR101171571B1 (ko) * 2010-08-09 2012-08-06 한국수력원자력 주식회사 밸브 패킹의 설치 및 제거를 위한 장치 및 그 방법
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