TW201309932A - Pipe clamp ring removing tool - Google Patents

Abstract

The present invention is a pipe clamp ring removing tool, which comprises a controller, a detent device, and a connection wire. The connection wire has an end connected to the controller. The other end of the connection wire is connected to the detent device. The controller controls the detent device to operate via the connection wire. The controller comprises a curved piece, a bent piece, and a pivot. The curved piece and the bent piece are pivoted to each other by the pivot at the middle portions thereof. The detent device comprises a base and a slide cover. The slide cover is pivoted to the base. The slide cover is provided with a first detent section and a fourth detent section. The base has an end forming a second detent section and a third detent section. The first detent section opposes the second detent section, and the third detent section opposes the fourth detent section. The first detent section and the fourth detent section are respectively connected to an outer end of the base. The second detent section and the fourth detent section are made in the form of an insertion plate. The first detent section and the third detent section respectively form a slope surface. The slope surface forms a notch in a middle portion thereof for carrying out mounting/removing operation of a pipe clamp ring. The connection wire comprises a steel cable on which a wire jacket is axially and rotatably mounted so that the controller may control the base and the slide cover to proceed with relative sliding.

Description

Pipe bundle ring disassembly tool

The invention relates to a special tool for a tube bundle loop, in particular, a disassembly tool for a tube bundle loop for mounting or disassembling a distal tube bundle ring.

Pipe systems such as gas pipelines and liquid oil pipelines often connect flexible pipe fittings with various transfer pipes (such as: tee pipe and bent pipe), or pipe fittings to various types of containers or valves. At the joint, in order to make the sleeve and the transfer tube or the pipe fitting and the pipe joint securely and not loose, the pipe collar is tightly bundled around the outer periphery of the pipe end to prevent the pipe joint from the transfer pipe or the pipe joint. Loosen and avoid leakage of tubing.

The first picture is a tube bundle ring which is developed by the French company CAILLAU and used for the bundle of soft pipe fittings. It is commonly used in the industry to refer to the CLIC. The pipe bundle ring is formed by forming a metal sheet body, and the pipe fitting is obtained. The bundle ring has an arc shape similar to a closed loop, and the tube bundle ring forms a hook stop portion (1) at one end of the arc shape, and forms a snap portion (2) adjacent to the other end, the hook portion ( 1) in the shape of a hook, according to which a recessed space is formed in the inner edge of the hook portion (1), and the outer edge of the hook portion (1) is embossed by a reinforcing flange (3). The card portion (2) is a sheet-like portion that is protruded from the outer edge.

When the tube bundle bundle is to be sleeved on the outside of the pipe member, the pipe bundle ring sleeve is first sleeved on the outer circumference of the pipe member, and then the hook block portion (1) and the card insertion portion are relatively clamped by a special disassembly tool. The insertion portion (2) is embedded in the accommodating space formed at the inner edge of the hook portion (1) by the elasticity of the metal material, and the hook portion (1) is fastened to the card portion (2) The two ends of the tube bundle ring are combined into a closed ring shape, so that the tube bundle bundle sleeve is sleeved on the outer circumference of the tube member; when the tube bundle ring is released from the tube member, the special tool is used for the same clamping. The hooking portion (1) and the engaging portion (2) enable the engaging portion (2) to come out of the hook portion (1), and the arc ends of the tube bundle ring are separated, thereby releasing the hook portion (1) The bundle of tube bundles to the tube.

As shown in the second figure, the disassembly and assembly pliers dedicated to disassembling the conventional tube collars mainly include a first caliper arm (4), a second caliper arm (5), a pivot (6) and a a spring (7), wherein each of the caliper arms (4) (5) overlaps each other and pivots the pivots (6) at the overlap so that each of the caliper arms (4) (5) according to the pivot (6) For the heart to open/cooperate with each other, the spring (7) is disposed between the first and second caliper arms (4) (5), and the spring (7) is wound by a metal spring wire. a torsion spring, and a spring (not shown) is formed in the center of the spring (7), the pivot (6) pivots through a coil at the center of the spring (7), and the spring ends of the spring (7) Each of the caliper arms (4) (5) is extended and positioned by the spring (7), and the reset spring force of each of the caliper arms (4) (5) is actuated to make the tong arms (4) (5) normal. Keeping the outer shape; the end of the disassembly and assembly pliers is the handle end, and the other end is the jaw end, and each of the pliers arms (4) (5) is respectively covered with a handle made of plastic material (8) The first caliper arm (4) has a first swaying portion (402) protruding from the nipple end, and the second caliper arm (5) has a second cocking portion (502) protruding from the jaw end. The swaying portions (402) (502) are opposite to each other The first swaying portion (402) forms a slope (404) adjacent to an end surface of the second cocking portion (502), and the slope (404) defines a groove (406) in the central portion, the second portion The swaying portion (502) is formed in a tab shape.

The hook portion (1) is coupled to the card portion (2) by using the disassembling tongs, and the first and second flap portions (402) (502) are used when the tube bundle is wrapped around the tube member. The shank ends of the detachable tongs are respectively disposed on the outer edges of the hooking portions (1) and the engaging portions (2), so that the cocking portions (402) (502) are relatively pinched to the hook portions. (1) The card insertion portion (2) is pushed into the hook portion (1) by the second flap portion (502) and is restricted by the hook portion (1) When the operation of the bundle sleeve member is completed, and the joint state of the hook portion (1) and the insertion portion (2) is to be released, the first and second flap portions (402) (502) are respectively placed The latching portion (2) and the outer edge of the hooking portion (1) operate the grip end such that each of the tilting portions (402) (502) relatively clamps the engaging portion (2), the hook portion (1) At this time, the hook portion (1) is obliquely pushed by the inclined surface (404), so that the hook portion (1) can be released from the card portion (2). In the limit state, when the user loosens the nip operation of each of the tong arms (4) (5), the card engaging portion (2) and the hook portion (1) are elasticized by the material of the tube bundle ring (1) ) can be self-bounced and separated Releasing operation is completed the tube bundle ring.

Although the conventional tube-and-loop disassembly and assembly pliers can be used to disassemble and install the conventional tube-shaped bundle ring conveniently, the clamp arms of the conventional disassembly and assembly pliers are hard and long-shaped parts integrally formed of a metal material, and the respective clamp arms are respectively It is not capable of bending and deforming as it is. In many cases where piping is provided, there are often other piping or various types of equipment around the collar, and for the operator, the collar is at a lower position or At a higher position, in this case, in order to enable the respective armrests of the disassembly and assembly jaws to be brought close to the looper, and the respective tilting portions can be placed on the hooking and engaging portions of the looper to facilitate the disassembly and assembly of the looper The operation can be carried out, and the operator often needs to turn the wrist or the elbow to change the phase angle of each of the moving parts in the space to cooperate with the collar. This is not only inconvenient in operation, but also slightly inadvertent, the elbow joint and the wrist joint of the operator. Waiting, may even be injured due to abnormal twisting and bending.

Furthermore, when a plurality of pipe fittings are arranged in the space, the pipe fittings may be staggered, and the pipe collars bundled at the ends of the pipe fittings may be located deeper inside the machine or in a narrow space (for example, a car) The engine room), the operator is not easy to use the aforementioned disassembly and assembly tongs to remove or install the pipe collar at the distal end.

In view of this, the inventor of the present case actively engaged in the research and development, and the present invention, which is innovative and highly industrial, was produced.

The main object of the present invention is to provide a disassembly tool for a tube bundle ring for mounting or disassembling a distal tube bundle ring and improving work convenience.

In order to meet the foregoing objectives, the present invention is a disassembly tool for a tube bundle ring, comprising a controller, a brake, and a connecting wire, wherein one end of the connecting wire is connected to the controller, and the other end of the connecting wire is The actuator is connected to the controller, and the controller controls the actuator to be actuated by the connecting line; the controller comprises a bending member, a turning member and a pivot, wherein the bending member and the turning member are borrowed at the middle portion The pivoting member is pivoted such that one end of the bending member is a holding portion, and the other end is a limiting portion. One end of the turning member is a grip portion, and the other end is a threading portion, and the holding portion and the limiting portion are located in the grip portion. And a region between the threading section, the holding section is adjacent to the grip section, the limiting section is adjacent to the threading section; the actuator comprises a body and a sliding sleeve, wherein the seat system has a long rectangular frame body, The sliding sleeve is axially sleeved on the frame body of the seat body, and the sliding sleeve is reciprocally slidable along the axial direction of the seat body; the connecting line is mainly composed of a steel cable outer axially pivoting a wire sleeve, the steel cable two The ends extend respectively outside the sleeve, and one end of the cable is sequentially pivoted a line segment and the limiting portion are connected to the end portion and a first head is abutted against the limiting portion, and the other end of the cable is pivoted through the seat body, and a second head is sleeved at the end to abut the seat body. One end of the sleeve is pivotally connected to the threading section, and the other end is pivotally connected to the sliding sleeve, so that the threading section and the limiting section pull the cable to slide relative to the sleeve, and the base body and the sliding sleeve are relatively slipped. The sliding sleeve is provided with a first swaying portion and a fourth swaying portion, the base body is provided with a second cocking portion and a third cocking portion at one end, the first cocking portion and the second cocking portion The third swaying portion and the fourth swaying portion are opposite to each other, and the first swaying portion and the fourth swaying portion are respectively respectively connected to the outer end of the seat body, the second 掣The moving portion and the fourth swaying portion respectively form a tab shape, and the first swaying portion forms a slanting surface adjacent to an end surface of the second swaying portion, the slanting surface defines a groove in the central portion, the third portion The slanting portion forms a slope on the end surface adjacent to the fourth swaying portion, and the slanting surface defines a groove in the central portion for mounting/removing the truss tube bundle ring

The disassembly tool of the tube bundle ring as described above, wherein the controller is provided with a return spring between the bending member and the turning member for providing a returning elastic force after the bending member and the turning member are relatively actuated .

The disassembly tool of the pipe bundle ring as described above, wherein the seat system is mainly composed of an end plate, two side plates and a baffle, and the two sides of the end plate are respectively connected to one ends of the side plates. The two sides of the baffle are respectively connected to the other end of the side plate, and the baffle is parallel to the end plate. One end of the sliding sleeve is radially provided with a positioning plate, and the positioning plate extends to the end plate and the block. The baffle is formed between the plates to form a stop for the positioning plate, so as to improve the reliability of the pivotal connection between the seat and the sliding sleeve.

The disassembly tool of the tube bundle ring as described above, wherein the cable axially passes through a spring, the spring end abuts against the end plate, and the other end abuts against the positioning plate.

The disassembly tool of the tube bundle ring as described above, wherein one end of the sleeve is pivotally connected to the positioning plate.

The disassembly tool of the tube bundle ring as described above, wherein the positioning plate extends through a through hole, and the end of the sleeve is pivoted to a second connecting tube, the second connecting tube pivots to the connecting hole, and the radial locking a second buckle, the wire sleeve is pivotally connected to the sliding sleeve.

The disassembly tool of the tube bundle ring as described above, wherein the threading section penetrates a pivot hole at an adjacent end, the one end of the sleeve is pivoted to the first joint, and the first joint shaft is pivoted to the pivot hole. And a first buckle is radially buckled, and the wire sleeve is pivotally connected to the threading section.

In order to achieve a further understanding and recognition of the features of the invention and the objects and advantages thereof, the embodiments of the present invention are described in the accompanying drawings.

The third drawing is a perspective view of a preferred embodiment of the present invention.

The fourth figure is an exploded perspective view of the controller portion of the preferred embodiment of the present invention.

Fig. 5 is an exploded perspective view of the actuator portion of the preferred embodiment of the present invention.

Figure 6 is a side cross-sectional view of the actuator of the preferred embodiment of the present invention.

As shown in the third figure, a preferred embodiment of the disassembly tool for the tube bundle of the present invention comprises a controller (10), a actuator (20) and a connecting line (30), wherein the connecting line ( 30) one end is connected to the controller (10), and the other end of the connecting line (30) is connected to the detent (20), so that the controller (10) controls the detent by the connecting line (30) (20) Actuating; as shown in the third and fourth figures, the controller (10) comprises a bending member (12), a turning member (14) and a pivot (16), wherein the bending member (10) 12) and the pivoting member (14) is pivotally connected to the pivot portion (16) at the middle portion, and the bending member (12) and the turning member (14) are pivoted with the pivot shaft (16) as an axis The bending member (12) has a holding portion (122) at one end and a limiting portion (124) at the other end. The turning member (14) has a grip portion (142) at one end and a threading portion (144) at the other end. And the holding section (122) and the limiting section (124) are located between the grip section (142) and the threading section (144), the holding section (122) is adjacent to the grip section (142) The limiting section (124) is adjacent to the threading section (144), and the threading section (144) extends through a pivot hole (146) at an adjacent end, the limiting section (1) 24) extending through the consistent hole (126) at the end of the adjacent; the connecting line (30) is mainly composed of a flexible cable (32) externally axially sleeved with a wire sleeve (34), the cable (32) two The ends of the cable (32) are respectively connected to the outside of the wire sleeve (34), and one end of the cable (32) is connected to the actuator (20), and the other end of the cable (32) is sequentially pivoted through the pivot hole (146) and the through hole. (126) and a first head (322) is attached to the end, the first head (322) abuts the limiting section (124), and one end of the sleeve (34) and the actuator (20) The first end of the sleeve (34) pivots a first joint (342), the first joint (342) pivots to the pivot hole (146), and a first buckle is radially inserted (344). The wire sleeve (34) is pivotally connected to the threading section (144), and the threading section (144) and the limiting section (124) are controlled when the holding section (122) and the grip section (142) are According to the reverse yaw of the pivot (16), the cable (32) and the sleeve (34) are pulled to form a relative sliding along the axial direction of the connecting line (30) for the controller (10). Controlling the actuator (20) by the connecting line (30); the controller (10) is provided with a return spring (19) between the bending member (12) and the turning member (14), the complex Spring (19) for providing cause the bending member (12) and the turning member (14) for the return spring force relative to the actuator.

Please refer to the third, fifth and sixth figures. The squeezing device (20) comprises a body (22) and a sliding sleeve (24), wherein the seat body (22) is mainly composed of an end plate ( 221), a long rectangular frame formed by two side plates (222) and a baffle plate (223), the two ends of the end plate (221) are respectively connected to one ends of the side plates (222), and the baffles (223) are respectively The sides are respectively connected to the other ends of the side plates (222), and the baffles (223) are parallel to the end plates (221), and the side plates (222) are parallel to each other, thereby forming the seat body (22). a threading hole (224) is formed in the center of the end plate (221), and a through hole (225) is penetrated in the center of the baffle plate (223); the sliding sleeve (24) is sleeved on the seat body (22) The frame body is configured to reciprocally slide the sliding sleeve (24) along the axial direction of the seat body (22). One end of the sliding sleeve (24) is provided with a positioning plate (242), and the positioning plate (242) extends to the end plate. (221) and the baffle (223), the baffle (223) forms a stop for the positioning plate (242), thereby relatively restricting the sliding sleeve (24) to prevent the sliding sleeve (24) from coming off The base body (22) is configured to improve the reliability of pivoting the seat body (22) and the sliding sleeve (24), and the center of the positioning plate (242) extends through a through hole (244). Through hole (225), which threaded bore (224) and said contact hole (244) formed coaxially.

The wire sleeve (34) pivots a second connector (346) at an end of the baffle (20), and the second connector (346) passes through the via (223) of the baffle (223) The positioning plate (242) is pivotally connected, and the second connecting tube (346) is pivoted to the receiving hole (244), and a second buckle (348) is radially engaged, so that the wire sleeve (34) is The sliding sleeve (24) is pivotally connected, and the cable (32) extends through the threading hole (221) of the end plate (211) at an end of the connecting rod (20) to pass through the seat body (22), the steel cable (32) and a second head (324) is disposed at the end to abut against the outer end surface of the end plate (211) to assemble the base body (22) and the sliding sleeve by the connecting line (30) (24), when the controller (10) is caused to pull the connecting line (30), the sliding sleeve (24) and the seat body are respectively used by the second connecting tube (346) and the second head (324). (22) forming a relative force to cause the sliding sleeve (24) to slide axially along the seat body (22), according to the first turbulent structure (26) and the second turbulent structure (28) The moving tube member collar; further, the cable (32) axially passes through a spring (33), the spring (33) has one end abutting against the end plate (221) and the other end abutting against the positioning plate (242) .

The sliding sleeve (24) is provided with a first swaying portion (26), and the second body swaying portion (27) is connected to the end plate (221) at one end of the sliding body (22). The portion (26) and the second swaying portion (27) are opposite to each other, and the first swaying portion (26) forms a slope (262) adjacent to an end surface of the second cocking portion (27), the slope ( 262) a recess (264) is formed in the central portion, and the second tilting portion (27) is formed into a tab shape, so that the first tilting portion (26) and the second tilting portion (27) are opposite The hooking portion and the engaging portion of the pipe bundle loop are clamped for the installation/disassembly operation of the pipe bundle collar; the seat body (22) is provided with a third moving portion (28) and the end plate at one end (221) The sliding sleeve (24) is provided with a fourth swaying portion (29), and the third swaying portion (28) and the fourth swaying portion (29) are opposite to each other, the third swaying portion ( 28) forming a slope (not shown) adjacent to the end surface of the fourth tilting portion (29), the slope opening a groove (not shown) in the central portion, the fourth tilting portion ( 29) forming a tab shape, and the specific configuration of the third flap portion (28) is the same as the first flap portion (26), and the specific configuration of the fourth flap portion (29) and the second flap The portion (27) is the same, and the third swaying portion (28) and the fourth swaying portion (29) are opposite to the hooking portion and the engaging portion of the shackle of the tubular member, and the ferrule is installed / Disassembly work.

Since the controller (30) and the damper (20) are connected by the connecting line (30), the damper (20) can be paired with a pipe collar that is located deep inside the machine or in a narrow space. The mounting or dismounting operation is performed; at this time, the retainer (20) is first moved closer to the tubular collar, and the retainer (20) is adjusted by the connecting line (30).

When the tube bundle sleeve is to be mounted on the tube, the first flap portion (26) is placed on the outer edge of the hook portion of the tube bundle ring, and the second tilt portion (27) is placed on the tube member. The outer edge of the engaging portion of the collar, and then the grip portion (122) and the grip portion (142) of the controller (10) are gripped relative to each other to make the bending member (12) and the turning member ( 14) The pivoting of the pivot (16) is performed, and the end of the limiting section (124) and the end of the threading section (144) are away from each other, so that the cable (32) and the sleeve (34) are opposite to each other. Displacement, such that the seat body (10) and the sliding sleeve (20) are relatively slid, thereby causing the first swaying portion (26) and the second swaying portion (27) to move relative to each other. And clamping the hook portion and the engaging portion relative to each other, the engaging portion is pushed into the hook portion by the second tilting portion (27) and is restricted by the hook portion to complete the operation of the bundle sleeve member. .

When the joint state of the hook portion and the card portion is to be released, the first flap portion (26) is placed on the outer edge of the clip portion, and the second tilt portion (27) is placed The outer edge of the hooking portion is operated to control the controller (10) to clamp the first clamping portion (26) and the second protruding portion (27) relative to the engaging portion and the hook portion. The inclined surface (262) forms an oblique pushing action on the hooking portion, thereby releasing the stopper restricting state of the hooking portion to the engaging portion.

Furthermore, since the third swaying portion (28) has the same configuration as the first cocking portion (26), the fourth cocking portion (29) has the same configuration as the second cocking portion (27). If the tube bundle ring is to be attached to the tube member or the tube member bundle ring to be attached to the tube member is to be released, the third flange portion (28) and the fourth flap portion (29) may be selected for the installation of the tube bundle ring. /Removing the work, further, the worker may select to use the first swaying portion (26) to engage the second swaying portion (27) to perform the installation operation of the pipe bundle ring according to the limitation of the working environment, and use the first The third swaying portion (28) cooperates with the fourth swaying portion (29) to perform the lifting operation of the tube bundle ring, and vice versa; for example, the first cocking portion (26) is used to cooperate with the second cocking portion (27) After the tube bundle ring is released, it is not necessary to reverse the two ends of the actuator (20), and the actuator (20) is controlled according to the rotation connection line (30) by controlling the connection line (30) Rotating the axis, the third swaying portion (28) and the fourth swaying portion (29) are opposite to the tube bundle ring, and the third swaying portion (28) can be used to cooperate with the fourth cocking portion. (29) Execution pipe collar Installation, accordingly improve the convenience of the tube bundle ring mounting / releasing operation.

In summary, the present invention achieves the intended purpose and efficacy by the initial composition and spatial form, and is more progressive than the learner. The same person is not disclosed before the application, and the invention patent is in accordance with the invention. The essentials are to apply in accordance with the law, and pray for the early grant of patents as a prayer.

(1). . . Hook stop

(2). . . Embedded card

(3). . . Reinforcement flange

(4). . . First caliper arm

(402). . . First movement

(404). . . Bevel

(406). . . Groove

(5). . . Second caliper arm

(502). . . Second movement

(6). . . Pivot

(7). . . spring

(8). . . Handle sleeve

(10). . . Controller

(12). . . Curved piece

(122). . . Grip segment

(124). . . Limit period

(126). . . Through hole

(14). . . Turning parts

(142). . . Grip segment

(144). . . Threading section

(146). . . Pivot hole

(16). . . Pivot

(19). . . Reset spring

(20). . . Squeezing

(twenty two). . . Seat

(221). . . End plate

(222). . . Side panel

(223). . . Baffle

(224). . . needle

(225). . . Via

(twenty four). . . Sleeve

(242). . . Positioning plate

(244). . . Hole

(26). . . First movement

(262). . . Bevel

(264). . . Groove

(27). . . Second movement

(28). . . Third movement

(29). . . Fourth mobilization department

(30). . . Cable

(32). . . Steel cable

(322). . . First head

(324). . . Second head

(33). . . spring

(34). . . Thread sleeve

(342). . . First takeover

(344). . . First buckle

(346). . . Second takeover

(348). . . Second buckle

The first figure is a front view of a conventional tube bundle loop.

The second figure is a perspective view of a conventional pipe fittings detachable tongs.

The third drawing is a perspective view of a preferred embodiment of the present invention.

The fourth figure is an exploded perspective view of the controller portion of the preferred embodiment of the present invention.

Fig. 5 is an exploded perspective view of the actuator portion of the preferred embodiment of the present invention.

Figure 6 is a side cross-sectional view of the actuator of the preferred embodiment of the present invention.

(10). . . Controller

(12). . . Curved piece

(122). . . Grip segment

(124). . . Limit period

(126). . . Through hole

(14). . . Turning parts

(142). . . Grip segment

(144). . . Threading section

(16). . . Pivot

(19). . . Reset spring

(20). . . Squeezing

(twenty two). . . Seat

(221). . . End plate

(222). . . Side panel

(twenty four). . . Sleeve

(26). . . First movement

(262). . . Bevel

(264). . . Groove

(27). . . Second movement

(28). . . Third movement

(29). . . Fourth mobilization department

(30). . . Cable

(32). . . Steel cable

(322). . . First head

(324). . . Second head

(33). . . spring

(34). . . Thread sleeve

(342). . . First takeover

(344). . . First buckle

Claims (7)

A disassembly tool for a pipe bundle ring includes a controller, a brake, and a connecting wire, wherein one end of the connecting wire is connected to the controller, and the other end of the connecting wire is connected to the bucking device, the controller Controlling the actuator by the connecting line; the controller comprises a bending member, a turning member and a pivot, wherein the bending member and the turning member are pivotally connected by the pivot at the middle portion, so that the bending member One end is a holding section, and the other end is a limiting section, one end of the turning part is a grip section, and the other end is a threading section, and the holding section and the limiting section are located between the grip section and the threading section, a gripping section is adjacent to the grip section, the restricting section is adjacent to the threading section; the actuator comprises a body and a sliding sleeve, wherein the seat system has a long rectangular frame, and the sliding sleeve is axially sleeved on The frame body of the base body is configured to reciprocally slide the sliding sleeve along the axial direction of the seat body; the connecting line is mainly composed of a wire sleeve externally pivoting a wire sleeve, and the two ends of the wire rope respectively extend outside the wire sleeve. One end of the cable is sequentially pivoted through the threading section and the limiting section and connected at the end The first head is abutted against the limiting section, and the other end of the cable is pivoted through the base body, and a second head is sleeved at the end to abut the seat body, and one end of the wire sleeve is pivotally connected to the threading section, and One end is pivotally connected to the sliding sleeve, and the threading section and the limiting section are caused to pull the steel cable to slide relative to the wire sleeve, and the sliding body is relatively slipped with the sliding sleeve; the sliding sleeve is provided with a first moving portion And a fourth swaying portion, the base body is provided with a second cocking portion and a third cocking portion at one end, the first cocking portion and the second cocking portion are opposite to each other, the third cocking portion The first swaying portion and the fourth swaying portion are respectively in contact with the outer end of the seat body, and the second cocking portion and the fourth cocking portion are respectively formed In the form of a tab, the first slanting portion forms a slanting surface adjacent to the end surface of the second swaying portion, the slanting surface defines a groove in the central portion, and the third swaying portion is adjacent to the fourth swaying portion The end surface of the portion forms a sloped surface, and the slope surface defines a groove in the central portion for mounting/removing the tubular bundle ring. The disassembly tool of the tube bundle ring according to the first aspect of the invention, wherein the controller is provided with a return spring between the bending member and the turning member for providing the bending member and the turning member Reset elastic force after actuation. According to the disassembly tool of the pipe bundle ring according to the first aspect of the invention, wherein the seat system is mainly composed of an end plate, two side plates and a baffle, and the two sides of the end plate are respectively One end of the side plate is connected to each other, and the two sides of the baffle are respectively connected to the other end of the side plate, and the baffle is parallel to the end plate, and one end of the sliding sleeve is radially provided with a positioning plate, and the positioning plate extends The baffle and the baffle form a stop for the positioning plate by the baffle to improve the reliability of the pivotal connection between the seat and the sliding sleeve. The disassembly tool of the tube bundle ring according to the third aspect of the invention, wherein the cable axially passes through a spring, the spring end abuts against the end plate, and the other end abuts against the positioning plate. The disassembly tool of the tube bundle ring according to claim 3, wherein one end of the sleeve is pivotally connected to the positioning plate. According to the disassembly tool of the tube bundle ring according to the fifth aspect of the invention, wherein the positioning plate extends through a through hole, the one end of the sleeve is pivoted to the second joint, and the second joint shaft is pivoted to the joint. And a second buckle is radially buckled, and the wire sleeve is pivotally connected to the sliding sleeve. According to the disassembly tool of the tube bundle ring according to the first aspect of the invention, wherein the threading section penetrates a pivot hole at an adjacent end, the one end of the sleeve is pivoted by a first joint, and the first joint pivot The first hole is inserted into the pivot hole, and the wire sleeve is pivotally connected to the threading portion.