Assembly for forming a seal on a pipe

Abstract

The invention relates to an assembly for forming a seal on a pipe. The assembly includes a mold having a plurality of sections that cooperate together to form a cavity that extends around a conduit. The retaining plate is configured to be mounted to the conduit and positioned in contact with the mold. The joint member has a clamshell configuration with a first jaw and a second jaw pivotally connected together by a connection member and movable between an open position and a closed position. A spring clip is positioned between the joint piece and the retaining plate, wherein the spring clip is configured to apply a force to retain the retaining plate in contact with the mold.

Description

Technical Field

[0001] This disclosure generally relates to the field of sealing pipes, and more specifically to components for forming seals on pipes. Background Technology

[0002] Sealant is typically applied around the outside of pipes. For example, it's applied around joints within the pipe to prevent leaks of liquid inside. Another example includes applying sealant to fittings that house electrical wires to prevent corrosion. Yet another example is applying sealant to pipes that extend through walls to maintain the wall's fire resistance rating.

[0003] The application of sealant is typically performed manually by a technician. This process involves the technician initially contacting the pipe to which the sealant will be applied. This may include, but is not limited to, removing any insulation or other material attached to the pipe, or removing any nearby material. Once in contact with the pipe, it is cleaned to allow the sealant to adhere. The sealant is then applied to the pipe.

[0004] Typically, pipes are located in places where sealant is difficult to apply. For example, pipes may extend through walls or partitions. Furthermore, pipes may be located in places where a technician cannot visually confirm that the sealant extends completely around and covers the pipe (e.g., extends completely around the outside of a joint). A concrete example is ensuring that sealant has been applied completely around a pipe when it is located within an opening in a partition, and that one or more sections of the pipe are not visually visible to a technician.

[0005] Another issue is protecting the sealant after it has been applied to the pipe and while it is curing. After sealant application, technicians typically need to avoid working in the area of ​​the pipe to ensure the sealant is not disturbed. For example, a technician might need to apply the sealant to the pipe and then refrain from performing any other work in that area during curing. This can be difficult when multiple different tasks are required in the area, or if other work needs to be done on the pipe. Summary of the Invention

[0006] One aspect relates to an assembly for forming a seal around a pipe. The assembly includes a mold comprising a plurality of segments that cooperate to form a cavity extending around the pipe. A retaining plate is configured to be mounted to the pipe and positioned in contact with the mold. A knuckle includes a clamshell-like construction having a first jaw and a second jaw, the first and second jaws being pivotally connected together by a connector and movable between an open position and a closed position. A spring clip is positioned between the knuckle and the retaining plate, wherein the spring clip is configured to apply force to retain the retaining plate in contact with the mold.

[0007] On the other hand, each of the first jaw claw and the second jaw claw includes an inner edge that is aligned in the closed position to extend around the conduit.

[0008] On the other hand, a retaining clip is connected to one of the first jaw claw and the second jaw claw of the joint, wherein the retaining clip is shaped to engage with a mounting piece on the other of the first jaw claw and the second jaw claw to secure the joint in the closed position.

[0009] On the other hand, the retaining plate includes: a first segment having an outer periphery; a lateral lip extending axially from the outer periphery, wherein the lateral lip is configured to be positioned along the side of the mold to hold the plurality of segments together.

[0010] On the other hand, the lateral lip includes a tapered shape to force the plurality of segments of the mold together when the retaining plate is actuated by the spring clip.

[0011] On the other hand, one or more openings extend through the mold and communicate with the cavity, wherein the one or more openings are positioned along the side of the mold.

[0012] On the other hand, the spring clip includes a wavy shape having one or more curved sections extending across its width.

[0013] One aspect relates to an assembly for forming a seal around a pipe. The assembly includes a mold, a retaining plate, a spring clip, and a joint member in a stacked configuration arranged axially along the pipe. The mold includes multiple segments configured to connect together to extend around the pipe. The retaining plate includes radial segments and a lip extending outwardly from the outer periphery of the radial segments, wherein the lip is configured to extend around the side of the mold. The joint member is configured to move between an open position and a closed position, in which, in the open position, a central opening includes an enlarged dimension to position the joint member at different axial locations along the pipe, and in the closed position, the central opening includes a smaller dimension to lock the joint member at one of the different axial locations.

[0014] On the other hand, the plurality of sections of the mold include a first half section and a second half section, each of the first half section and the second half section being configured to extend around the pipe at different angles.

[0015] On the other hand, each of the mold and the joint includes a central opening configured to receive the pipe and a body configured to extend completely around the pipe.

[0016] On the other hand, the joint includes: a first jaw pawl and a second jaw pawl, both the first jaw pawl and the second jaw pawl including an inner edge and an end; a connector pivotally connecting the first jaw pawl and the second jaw pawl, wherein, in the open position, the ends of the first jaw pawl and the ends of the second jaw pawl are spaced apart to receive the conduit, and in the closed position, the ends of the first jaw pawl and the ends of the second jaw pawl are positioned together, wherein the inner edges are aligned in a central opening.

[0017] On the other hand, the retaining plate includes a central jack with an open section, such that the retaining plate extends around a limited angular section of the conduit.

[0018] On the other hand, the spring clip is axially positioned between the retaining plate and the joint, wherein the spring clip is configured to apply an axial force to the retaining plate.

[0019] On the other hand, the spring clip includes one or more bends along its width.

[0020] One aspect relates to a method of attaching an assembly to a pipe to form a seal around the pipe. The method includes: positioning a mold around the pipe at a first axial position along the pipe; positioning a retaining plate on the pipe on a first axial side of the mold; attaching a joint to the pipe at a second axial position, the second axial position being axially spaced from the first axial position along the pipe, and the retaining plate being positioned between the joint and the mold; compressing a spring clip positioned between the joint and the retaining plate, and forcing the retaining plate against the first axial side of the mold; and injecting a sealant into a cavity in the mold while the spring clip applies a force to the retaining plate.

[0021] In another aspect, the method further includes inserting the spring clip between the joint and the retaining plate after attaching the joint to the conduit.

[0022] On the other hand, positioning the mold around the pipe includes positioning a first section of the mold along a first angular segment of the pipe and a second section of the mold along a second angular segment of the pipe, and abutting the inner edges of the first section and the second section together to form a joint.

[0023] In another aspect, the method further includes bringing the retaining plate against the side of the mold and pushing the first and second sections together while the spring clamp applies force to the retaining plate.

[0024] In another aspect, the method further includes: positioning the joint in an open position, wherein the ends of the first jaw claw and the second jaw claw of the joint are spaced apart; inserting the conduit between the first jaw claw and the second jaw claw; and moving the first jaw claw and the second jaw claw to a closed position extending around the conduit, and locking the first jaw claw and the second jaw claw in the closed position.

[0025] In another aspect, the method further includes removing the mold, the retaining plate, the spring clip, and the joint from the pipe after the sealant has cured.

[0026] The features, functions, and advantages already discussed can be realized independently in each aspect or in combination in other aspects, further details of which can be seen in the following description and figures. Attached Figure Description

[0027] Figure 1 This is a side view of the component connected to the pipe.

[0028] Figure 1A It is formed in Figure 1 A 3D view of the seals on the pipe.

[0029] Figure 2 It is an isometric view of the components connected to the pipe.

[0030] Figure 3 It is an isometric view of the retaining plate positioned along one side of the mold.

[0031] Figure 4 It is an isometric view of the retaining plate positioned along one side of the mold.

[0032] Figure 5 This is a partial cross-sectional view of the cavity formed inside the mold.

[0033] Figure 6 This is an isometric view of the spring clip.

[0034] Figure 7 It is an isometric view of the joint attached to the pipe.

[0035] Figure 8 This is a flowchart of a method for attaching components to a pipe to form a seal around the pipe. Detailed Implementation

[0036] Figure 1 A component 10 connected to a conduit 100 is shown. Component 10 includes a mold having a cavity for receiving sealant to form a seal on the exterior of the conduit 100. Component 10 is configured to remain attached to the conduit 100 as the sealant cures, thereby protecting the sealant and enabling the formation of a seal. Figure 1A A seal 200 formed by cured sealant 210 after component 10 is removed is shown. In some examples, component 10 is installed to pipe 100 adjacent to structural member 110 (such as a wall or partition).

[0037] Figure 2 An assembly 10 connected to a conduit 100 is shown. The assembly 10 is arranged in a stacked configuration extending axially along the conduit 100. The assembly 10 includes a mold 20 for receiving sealant to form a seal. A retaining plate 30 contacts the side of the mold 20. A joint 50 is configured to connect to the conduit 100. A spring clip 40 is positioned between the joint 50 and the retaining plate 30 to apply force to the retaining plate 30. The force on the retaining plate 30 is transmitted to the mold 20 to maintain the mold 20 in position on the conduit 100.

[0038] Mold 20 is configured to receive sealant 210 in liquid form and form seal 200. For example... Figure 3 , Figure 4 and Figure 5 As shown, mold 20 includes a body 22 having an inner cavity 29 for receiving sealant 210. The body 22 and the inner cavity 29 can include various shapes and sizes. In some examples, mold 20 has a central opening for receiving conduit 100, with the cavity 29 extending around the central opening. The cavity 29 is open along the central opening for attaching seal 200 to conduit 100. In some examples, the bottom side of the cavity 29 is also normally open for attaching seal 200 to structural member 110. In other examples, the bottom side is closed by the body 22.

[0039] Mold 20 includes two or more segments 21 that fit together to form cavity 29. Figure 3 In some of the examples shown, mold 20 is formed by two segments 21a and 21b, each extending approximately half of an angular space surrounding pipe 100. Segments 21 include inner edges that abut together to form joint 23. The cross-sectional configuration allows mold 20 to extend around pipe 100 and form a continuous cavity 29.

[0040] Mold 20 is configured to receive sealant 210 in liquid form. One or more openings 24 extend through mold 20 and into cavity 29. When mold 20 is mounted on pipe 100, openings 24 are used to inject sealant into cavity 29. Figure 4 In one example shown, mold 20 includes a top side 26 and a side side 27. An opening 24 is positioned on the side side 27. This positioning makes the opening 24 accessible when the retaining plate 30 contacts the top side 26 of mold 20. In one example, at least one opening 24 is positioned on each segment. This causes the openings 24 to be spaced apart around cavity 29 so that sealant 210 can flow through cavity 29 before curing.

[0041] like Figure 3 As shown, the mold 20 includes one or more lever points 25. The lever points 25 extend radially outward from the side 27. The lever points 25 form mounting elements to apply force to seal the sections 21 when the mold 20 is installed into the pipe 100 and / or to separate the sections during removal of the mold 20 from the pipe 100. Additionally or alternatively, the lever points 25 facilitate manipulation of the mold 20. In some examples, at least one lever point 25 is positioned on each section 21. Figure 3 In a specific example, segment 21a includes lever point 25a, and segment 21b includes lever point 25b. In one example, lever point 25 in different segments is close to connector 23.

[0042] The retaining plate 30 is positioned axially along the assembly 10 at the point of contact with the mold 20. The retaining plate 30 may be composed of one or more segments. In some examples, the retaining plate 30 is composed of multiple segments that combine to form an annular shape extending completely around the periphery of the pipe 100. In other examples, the retaining plate 30 has an open side that allows the retaining plate 30 to be inserted into the pipe 100. In these examples, the retaining plate 30 extends around a limited segment of the periphery of the pipe 100.

[0043] like Figure 4 As shown, the retaining plate 30 includes a top section 31 and a lip 32. The top section 31 is sized to extend above and contact the top side 26 of the mold 20. The lip 32 extends downward around the side 27 of the mold 20. The lip 32 includes a tapered inner edge 28, which is configured to... Figure 4 (In the direction of arrow A) When force is applied to the retaining plate 30, the multiple sections 21 of the mold 20 are pushed together.

[0044] Figure 5 The retaining plate 30 is shown in contact with the mold 20. Specifically, the top section 31 contacts the top side 26 of the mold 20, and the lip 32 contacts the side 27. The cavity 29 within the mold 20 extends around and contacts the pipe 100.

[0045] The spring clip 40 is axially positioned between the retaining plate 30 and the joint member 50 along the assembly 10. The spring clip 40 contacts the top section 31 of the retaining plate 30 and applies force to the retaining plate 30. Figure 6As shown, the spring clip 40 includes a base 41. Finger 42 extends outward from the base 41 and is spaced apart by a gap 43. When installed into the pipe 100, the fingers 42 and 42b are positioned on opposite sides, with the pipe 100 positioned within the gap 43. The base 41 is positioned on one side of the pipe 100 and provides a handle for holding the spring clip 40.

[0046] The spring clip 40 has a wavy shape with one or more bends 44 extending along its width. Figure 6 An example is shown having a first bend along the finger 42 and a second bend along the base 41. Other examples include a single bend as well as three or more bends. During use, the spring clip 40 is compressed between the retaining plate 30 and the joint 50. The bend 44 flattens, allowing the spring clip 40 to apply force to the retaining plate 30. The spring clip 40 can be made of various materials, including but not limited to various metals, plastics, and polymers. In one example, the spring clip 40 is made of carbon fiber reinforced polycarbonate (PC-CF). The PC-CF material causes the spring clip 40 to not permanently deform when compressed within the assembly 10, enabling long-term use. Furthermore, the PC-CF material does not damage other parts of the assembly 10 or the conduit 100. PC-CF also makes it possible to 3D print the spring clip 40.

[0047] The joint 50 is axially positioned on the opposite side of the retaining plate 30, adjacent to the spring clip 40 and adjacent to the assembly 10. The joint 50 has a clamshell construction characterized by a first jaw 51 and a second jaw 52 pivotally connected together at the connector 53. Figure 7 As shown, each of the first jaw 51 and the second jaw 52 has a curved shape that fits together to form an annular shape in the closed position. Jaws 51 and 52 extend around a central opening 54 and form the central opening 54, which is sized to receive the conduit 100. In one example, the central opening 54 has a circular shape that matches the shape of the conduit 100. In some examples, the inner edges of the jaws 51 and 52 may be substantially smooth or threaded to engage with threads on the conduit 100. A retaining clip 55 extending from one of the jaws 51 and 52 engages with a mounting piece 56 on the other segment / other. Figure 7 In the closed position shown, the retainer 55 engages with the mounting member 56 to lock the joint member 50.

[0048] To connect the joint 50 to the pipe 100, the first jaw 51 and the second jaw 52 pivot apart to an open position. The open position includes the ends of the jaws 51 and 52 being spaced apart. The joint 50 moves about the pipe 100 with the pipe 100 positioned in the opening 54. The first jaw 51 and the second jaw 52 then pivot about the connector 53 to a closed position to close the opening 54. The retaining clip 55 then engages with the mounting member 56 to secure the joint 50 to the pipe 100.

[0049] In use, mold 20 is positioned around pipe 100. A retaining plate 30 is positioned along pipe 100 on the top side 26 of mold 20. Additionally, joint 50 is attached to pipe 100 adjacent to retaining plate 30. Spring clip 40 is positioned between retaining plate 30 and joint 50. Spring clip 40 is biased to apply force to retaining plate 30. This force is transmitted to mold 20 to hold section 21 of mold together around pipe 100. Liquid sealant 210 is injected into cavity 29 of mold 20. In some examples, sealant 210 completely fills cavity 29, while other examples involve injecting a smaller amount of sealant 210. During the curing of sealant 210, component 10 remains attached to pipe 100. The curing process can vary over time depending on the type of sealant and the environment. After the sealant has cured, joint 50 is released from pipe 100. Spring clip 40 and retaining plate 30 are then also removed from pipe 100. Remove mold 20, where the resulting seal 200 formed by curing sealant 210 remains on pipe 100.

[0050] The various steps of this process can occur in various sequences. In some examples, the spring clip 40 is positioned at the retaining plate 30, and then the joint 50 is moved axially along the conduit 100 to contact the spring clip 40 and then secured in place. In some examples, during the removal of assembly 10, the spring clip 40 is pulled by a technician via the base 41 before the joint 50 and mold 20 are removed.

[0051] Figure 8 A method for attaching component 10 to pipe 100 to form seal 200 around pipe 100 is illustrated. Mold 20 is positioned around pipe 100 at a first axial position (box 300). Retaining plate 30 is positioned on pipe 100 at a first axial side of mold 20 (box 302). Joint 50 is attached to pipe 100 at a second axial position, axially spaced from the first position along pipe 100, and retaining plate 30 is positioned between joint 50 and mold 20 (box 304). Spring clip 40 positioned between retaining plate 30 and joint 50 is compressed, forcing retaining plate 30 against the first axial side of mold 20 (box 306). While spring clip 40 applies force to retaining plate 30, sealant 210 is injected into cavity 29 in mold 20 (box 308).

[0052] In some examples, the seal 200 is formed along the conduit 100 adjacent to the structural member 110. The structural member 110 may include, but is not limited to, walls, partitions, ceilings, and floors. In other examples, the seal 200 is positioned along the conduit 100 away from any structural member 110.

[0053] Pipe 100 can include various constructions and have various shapes and sizes. Examples of pipe 100 include, but are not limited to, pipes containing fluids and sheaths for wires and / or optical fibers. Figure 5 In the example, pipe 100 includes a pipe having a nut 101 and a washer 102.

[0054] In some examples, the seal 200 includes rounded or chamfered edges to prevent external liquid / moisture collection or pooling by providing a smooth flow path for discharge.

[0055] This disclosure relates to exemplary embodiments defined by the following terms:

[0056] Clause 1. An assembly for forming a seal around a pipe, said assembly comprising:

[0057] Mold 20, the mold 20 includes a plurality of sections 21, the plurality of sections 21 being fitted together to form a cavity 29 extending around the pipe 100;

[0058] A retaining plate 30 is configured to be mounted to the pipe 100 and positioned to contact the mold 20;

[0059] Joint 50, comprising a clamshell-like structure having a first jaw 51 and a second jaw 52, ​​the first jaw 51 and the second jaw 52 being pivotally connected together by a connector 53 and movable between an open position and a closed position; and

[0060] A spring clip 40 is positioned between the joint 50 and the retaining plate 30, and the spring clip 40 is configured to apply force to keep the retaining plate 30 in contact with the mold 20.

[0061] Clause 2. The component according to Clause 1, wherein each of the first jaw 51 and the second jaw 52 includes an inner edge aligned in the closed position to extend around the conduit 100.

[0062] Clause 3. The component according to Clause 2 further includes a retaining clip 55 connected to one of the first jaw 51 and the second jaw 52 of the joint 50, the retaining clip 55 being shaped to engage with a mounting member 56 on the other of the first jaw 51 and the second jaw 52 to secure the joint 50 in the closed position.

[0063] Clause 4. The component according to Clause 1, wherein the retaining plate 30 comprises:

[0064] The first section 31 has an outer perimeter;

[0065] Lateral lip 32 extending axially from the outer periphery; and

[0066] The lateral lip 32 is configured to be positioned along the side 27 of the mold 20 to hold the plurality of segments 21 together.

[0067] Clause 5. The component according to Clause 4, wherein the lateral lip 32 includes a tapered shape to force the plurality of segments 21 of the mold 20 together when the retaining plate 30 is actuated by the spring clip 40.

[0068] Clause 6. The component according to Clause 1 further includes one or more openings 24 extending through the mold 20 and communicating with the cavity 29, the one or more openings 24 being positioned along the side 27 of the mold 20.

[0069] Clause 7. The component according to Clause 1, wherein the spring clip 40 includes a corrugated shape having one or more curved segments 44 extending across the width.

[0070] Clause 8. An assembly for forming a seal around a pipe, said assembly comprising:

[0071] The mold 20, retaining plate 30, spring clip 40 and joint 50 are stacked and arranged axially along the pipe 100;

[0072] The mold 20 includes a plurality of segments 21 configured to be connected together to extend around the pipe 100;

[0073] The retaining plate 30 includes a radial segment 31 and a lip 32 extending outward from the outer periphery of the radial segment, the lip 32 being configured to extend around the side surface 27 of the mold 20; and

[0074] The joint 50 is configured to move between an open position and a closed position. In the open position, the central opening 54 includes an enlarged dimension to position the joint 50 at different axial positions along the conduit 100. In the closed position, the central opening 54 includes a smaller dimension to lock the joint 50 at one of the different axial positions.

[0075] Clause 9. The component according to Clause 8, wherein the plurality of segments 21 of the mold 20 includes a first half segment 21a and a second half segment 21b, each of the first half segment 21a and the second half segment 21b being configured to extend around the conduit 100 at different angles.

[0076] Clause 10. The component according to Clause 8, wherein each of the mold 20 and the joint 50 includes a central opening configured to receive the conduit 100 and a body configured to extend completely around the conduit 100.

[0077] Clause 11. The component according to Clause 8, wherein the joint 50 comprises:

[0078] A first jaw claw 51 and a second jaw claw 52, ​​both of which include an inner edge and an end;

[0079] Connector 53, which pivotally connects the first jaw claw 51 and the second jaw claw 52;

[0080] In the open position, the ends of the first jaw 51 and the second jaw 52 are spaced apart to receive the conduit 100, while in the closed position, the ends of the first jaw 51 and the second jaw 52 are positioned together, wherein the inner edges are aligned in the central opening 54.

[0081] Clause 12. The component according to Clause 8, wherein the retaining plate 30 includes a central jack having an open section, such that the retaining plate 30 extends around a finite angular section of the conduit 100.

[0082] Clause 13. The assembly according to Clause 8, wherein the spring clip 40 is axially positioned between the retaining plate 30 and the joint 50, and the spring clip 40 is configured to apply an axial force to the retaining plate 30.

[0083] Clause 14. The component according to Clause 13, wherein the spring clip 40 includes one or more bends 44 along its width.

[0084] Clause 15. A method of attaching a component to a pipe to form a seal around the pipe 100, the method comprising:

[0085] Position the mold 20 around the pipe 100 at a first axial position along the pipe 100;

[0086] The retaining plate 30 is positioned on the pipe 100 on the first axial side of the mold 20;

[0087] The joint 50 is attached to the pipe 100 at a second axial position, which is axially spaced from the first axial position along the pipe 100, and the retaining plate 30 is positioned between the joint 50 and the mold 20.

[0088] The spring clip 40, positioned between the joint 50 and the retaining plate 30, is compressed, forcing the retaining plate 30 against the first axial side of the mold 20; and

[0089] While the spring clip 40 applies force to the retaining plate 30, sealant 210 is injected into the cavity 29 in the mold 20.

[0090] Clause 16. The method according to Clause 15, the method further comprising inserting the spring clip 40 between the joint 50 and the retaining plate 30 after attaching the joint 50 to the conduit 100.

[0091] Clause 17. The method according to Clause 15, wherein positioning the mold 20 around the pipe 100 includes positioning a first segment 21a of the mold 20 along a first angular segment of the pipe 100 and positioning a second segment 21b of the mold 20 along a second angular segment of the pipe 100, and abutting the inner edges of the first segment 21a and the second segment 21b together to form a joint 23.

[0092] Clause 18. The method according to Clause 17, the method further comprising contacting the retaining plate 30 against the side 27 of the mold 20, and pushing the first segment 21a and the second segment 21b together while the spring clip 40 applies a force to the retaining plate 30.

[0093] Clause 19. The method described in Clause 15, further comprising:

[0094] The joint 50 is positioned in the open position, wherein the ends of the first jaw 51 and the second jaw 52 of the joint 50 are spaced apart.

[0095] Insert the conduit 100 between the first jaw 51 and the second jaw 52; and

[0096] Move the first jaw 51 and the second jaw 52 to a closed position extending around the conduit 100, and lock the first jaw 51 and the second jaw 52 in the closed position.

[0097] Clause 20. The method according to Clause 15, the method further comprising removing the mold 20, the retaining plate 30, the spring clip 40 and the joint 50 from the conduit 100 after the sealant 210 has cured.

[0098] The term “substantially” in relation to a quantity or measurement means that the described characteristic, parameter, or value does not need to be precisely achieved. Instead, deviations or variations (including, for example, tolerances, measurement errors, measurement accuracy limitations, and other factors known to those skilled in the art) may occur in quantities that do not exclude the effects that the characteristic is intended to provide.

[0099] Of course, the invention may be practiced in ways different from those specifically described herein without departing from its essential characteristics. These embodiments are to be considered illustrative rather than restrictive in all respects, and all variations within the meaning and scope of the appended claims are intended to be included in the invention.

Claims

1. An assembly for forming a seal around a pipe, the assembly comprising: The mold (20) includes multiple sections (21) that fit together to form a cavity (29) extending around the pipe (100); A retaining plate (30) is configured to be mounted to the pipe (100) and positioned to contact the mold (20); The joint (50) includes a clamshell structure having a first jaw claw (51) and a second jaw claw (52), the first jaw claw (51) and the second jaw claw (52) being pivotally connected together by a connector (53) and being movable between an open position and a closed position; as well as A spring clip (40) is positioned between the joint (50) and the retaining plate (30), and the spring clip (40) is configured to apply force to keep the retaining plate (30) in contact with the mold (20).

2. The component according to claim 1, wherein, Each of the first jaw claw (51) and the second jaw claw (52) includes an inner edge that is aligned in the closed position to extend around the conduit (100).

3. The component according to claim 2, further comprising a retaining clip (55) connected to one of the first jaw claw (51) and the second jaw claw (52) of the joint (50), the retaining clip (55) being shaped to engage with a mounting member (56) on the other of the first jaw claw (51) and the second jaw claw (52) to secure the joint (50) in the closed position.

4. The component according to claim 1, wherein, The retaining plate (30) includes: The first section (31) has an outer perimeter; Lateral lip (32) extending axially from the outer periphery; and The lateral lip (32) is configured to be positioned along the side (27) of the mold (20) to hold the plurality of segments (21) together.

5. The component according to claim 4, wherein, The lateral lip (32) includes a tapered shape to force the plurality of segments (21) of the mold (20) together when the retaining plate (30) is actuated by the spring clip (40).

6. The component of claim 1, further comprising one or more openings (24) extending through the mold (20) and communicating with the cavity (29), the one or more openings (24) being positioned along a side (27) of the mold (20).

7. The component according to claim 1, wherein, The spring clip (40) includes a wavy shape having one or more curved sections (44) extending across the width.

8. An assembly for forming a seal around a pipe, the assembly comprising: The mold (20), retaining plate (30), spring clip (40) and joint (50) are stacked and arranged axially along the pipe (100); The mold (20) includes a plurality of sections (21) configured to be connected together to extend around the pipe (100); The retaining plate (30) includes a radial segment (31) and a lip (32) extending outward from the outer periphery of the radial segment, the lip (32) being configured to extend around the side surface (27) of the mold (20); and The joint (50) is configured to move between an open position and a closed position, wherein in the open position, the central opening (54) includes an enlarged dimension to position the joint (50) at different axial positions along the conduit (100), and in the closed position, the central opening (54) includes a smaller dimension to lock the joint (50) at one of the different axial positions.

9. The component according to claim 8, wherein, The plurality of sections (21) of the mold (20) include a first half section (21a) and a second half section (21b), each of which is configured to extend around the pipe (100) at different angles.

10. A method of attaching a component to a conduit to form a seal around the conduit (100), the method comprising: Position the mold (20) around the pipe (100) at a first axial position along the pipe (100); Position the retaining plate (30) on the pipe (100) on the first axial side of the mold (20); The joint (50) is attached to the pipe (100) at a second axial position, which is axially spaced from the first axial position along the pipe (100), and the retaining plate (30) is positioned between the joint (50) and the mold (20). The spring clip (40) positioned between the joint (50) and the retaining plate (30) is compressed, forcing the retaining plate (30) against the first axial side of the mold (20); and While the spring clip (40) applies force to the retaining plate (30), sealant (210) is injected into the cavity (29) in the mold (20).

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