Fastening device for semi-submersible barge and pontoon

Abstract

The utility model provides a kind of fastening device for semi-submersible barge and pontoon, belong to fastening device technical field, it includes: semi-submersible barge and pontoon are connected by fastener to form the device of improving semi-submersible barge stability between them, that is, adjacent semi-submersible barge and pontoon are connected by fastener to form the device of improving semi-submersible barge stability between them;Semi-submersible barge and pontoon connected by fastener are respectively semi-submersible barge and pontoon, the edge wall of semi-submersible barge is equipped with the link piece one of fastener, the edge wall of pontoon is equipped with a pair of link piece two of fastener, link piece one is equipped with link port one, a pair of link piece two are all equipped with link port two.Effectively avoid the gap between semi-submersible barge and pontoon in prior art, which is not conducive to the fastening connection of semi-submersible barge and pontoon to form the unified structure of the device for improving the stability of semi-submersible barge, reduce the torsional moment of semi-submersible barge, prevent breakage and load function, crack when torsion is uneven, not conducive to the use of semi-submersible barge.

Description

Technical Field

[0001] This invention belongs to the field of fastening device technology, specifically relating to a fastening device for semi-submersible barges and pontoons. Background Technology

[0002] A semi-submersible barge (also known as a semi-submersible vessel or semi-submersible mother ship) is a special type of vessel that submerges its cargo deck by adjusting its ballast water to carry large floating cargoes (such as drilling platforms, ships, caissons, etc.). Its core characteristics are stability and shallow draft, making it suitable for marine engineering transportation and installation operations.

[0003] In terms of specific applications, as mentioned in the patent publication number "CN202400258U", the semi-submersible barge is fastened to the pontoon to form a device that improves the stability of the semi-submersible barge.

[0004] Specifically, the structure of the device that improves the stability of a semi-submersible barge by fastening the semi-submersible barge and the pontoon is that the semi-submersible barge and the pontoon are fastened together by fasteners. In other words, adjacent semi-submersible barges and pontoons are all fastened together by fasteners. Currently, during the fastening process of the semi-submersible barge and the pontoon, gaps are formed between the semi-submersible barge and the pontoon at the fastening point. These gaps are not conducive to the unified structure of the device that improves the stability of the semi-submersible barge by fastening the semi-submersible barge and the pontoon, reducing the semi-submersible barge's torque resistance, anti-breakage and load-bearing capacity, and can also cause cracks when the torsion between the semi-submersible barge and the pontoon is uneven, which is detrimental to the use of the semi-submersible barge. Summary of the Invention

[0005] To address the shortcomings of existing technologies, this invention provides a fastening device for semi-submersible barges and pontoons. This device effectively avoids the drawbacks of existing technologies where gaps between the semi-submersible barge and pontoons hinder the secure connection between them, resulting in a lack of uniformity in the structure of devices designed to improve the stability of the semi-submersible barge. It also reduces the semi-submersible barge's torque resistance, anti-breakage and load-bearing capacity, and can cause cracks when there is uneven torsion between the semi-submersible barge and pontoons, thus hindering the use of the semi-submersible barge.

[0006] The present invention employs the following technical solution.

[0007] A fastening device for semi-submersible barges and pontoons, comprising:

[0008] The semi-submersible barge and the pontoon are fastened together by fasteners to form a device that improves the stability of the semi-submersible barge. In other words, adjacent semi-submersible barges and pontoons are all fastened together by fasteners.

[0009] The semi-submersible barge and the pontoon, which are fastened together by fasteners, are respectively semi-submersible barge 2 and pontoon 3. The side wall of semi-submersible barge 2 is provided with fastener connecting piece 1 5, and the side wall of pontoon 3 is provided with a pair of fastener connecting pieces 2 4. Connecting piece 1 5 is provided with connecting port 1 25, and both of the pair of connecting pieces 2 4 are provided with connecting port 2 24.

[0010] When the semi-submersible barge 2 is fastened to the pontoon 3, the connecting piece 1 5 is located between a pair of connecting pieces 2 4, and both the connecting port 1 25 and the connecting port 2 24 are columnar and their center lines are aligned. The connecting port 1 25 and the connecting port 2 24 are connected by a columnar rotating bar.

[0011] Each pair of connecting pieces 24 is provided with a connecting part 1, and the two sides of the semi-submersible barge 2 are provided with connecting parts 26. The connecting part 1 includes a connecting piece 31. When the rotating bar rotates in the connecting port 1 25 and the connecting port 24, the connecting pieces 31 of the pair of connecting parts 1 are respectively inserted into the pair of connecting parts 26.

[0012] Connecting part 1 is located on the opposite sidewalls of a pair of connecting pieces 2 4, and connecting part 2 26 is located on a pair of sidewalls of the semi-submersible barge 2. Each pair of opposite sidewalls of the pair of connecting pieces 2 4 is provided with a receiving opening 9, and the pair of sidewalls of the semi-submersible barge 2 is provided with a receiving opening 7. When the semi-submersible barge 2 and the pontoon 3 are fastened together, connecting piece 1 5 is located between the pair of connecting pieces 2 4, the top of connecting piece 2 4 is in contact with the semi-submersible barge 2, the receiving opening 1 9 and the receiving opening 2 7 are connected, the pair of connecting parts 2 26 are respectively located in the pair of receiving openings 2 7, and connecting part 1 1 is located in the receiving opening 1 9.

[0013] After the semi-submersible barge 2 and the pontoon 3 are securely connected, water glass is injected into the inlet 9 and the inlet 7.

[0014] Furthermore, the second connecting part 26 and the third connecting piece 31 have the same shape, both being arched pieces; one end of the second connecting part 26 has an opening for accommodating the third connecting piece 31, and one end and side wall of the second connecting part 26 have a guide port 6, and the guide port 6 has a positioning port 8, and the guide port 6, positioning port 8 and the opening are all connected; when the first connecting part 1 is inserted into the second connecting part 26, the protruding head 292 is inserted into the positioning port 8;

[0015] The structure of the connecting part 1 and the connecting part 2 at the receiving port 9 of the connecting piece 2 4 and the receiving port 7 of the semi-submersible barge 2 is as follows: when the semi-submersible barge 2 and the pontoon 3 are fastened together, the receiving port 9 and the receiving port 7 are connected.

[0016] Furthermore, the connecting part 1 includes a rotating sleeve 27 and a rotating sleeve 21 having the same center line. The rotating sleeve 27 and the rotating sleeve 21 are connected by a rotating roller 32. The rotating sleeve 27 is a ratchet disc.

[0017] Furthermore, both the rotating sleeve 1 27 and the rotating sleeve 21 are provided with columnar through-holes. The through-holes are connected to the connecting port 1 25 and the connecting port 24, and the center lines of the through-holes, the connecting port 1 25 and the connecting port 24 are aligned. The inner thread on the inner wall of the through-hole on the rotating sleeve 21 is connected to the outer thread on the outer wall of the rotating strip. The rotating sleeve 21 and the receiving port 1 9 are connected by the rotating roller 2 23, and the rotating sleeve 21 can rotate on the receiving port 1 9.

[0018] Furthermore, the rotating sleeve 21 is provided with an annular cylindrical opening 28, the inner top of the annular cylindrical opening 28 is flush with the inner top of the rotating sleeve 27, the bottom of the annular cylindrical opening 28 is connected to an annular cylindrical opening 33, the annular cylindrical opening 33 is connected to the rotating sleeve 21, the annular cylindrical opening 28 is provided with an operating rod 29, the operating rod 29 includes a protrusion 292, a protrusion 10 and an operating rod 403; the annular cylindrical opening 28 is provided with a support strip 22, the operating rod 403 protrudes through the support strip 22, and a tension spring 34 is provided between the support strip 22 and the protrusion 292.

[0019] Furthermore, the rotating sleeve 27 is provided with a connecting strip 30, which is connected to the connecting piece 31, and the connecting piece 31 is provided with a force-applying inclined wall.

[0020] Furthermore, a connecting cable is installed through the connection port 25 and the connection port 24. After the cable is connected, pulling the two ends of the cable allows the connecting piece 5 of the semi-submersible barge 2 to penetrate between the two connecting pieces 24 of the pontoon 3, and the connection port 25 and the connection port 24 are connected.

[0021] Next, the cable is pulled out, and the worker screws the rotating bar onto the connecting port 25 and the connecting port 24. The worker stabilizes the rotating sleeve 21 and rotates the rotating bar so that the rotating bar and the rotating sleeve 21 are connected. After the rotating bar enters the connection between the connecting port 25 and the connecting port 24, the worker releases the rotating sleeve 21 and continues to rotate the rotating bar. The rotating bar and the rotating sleeve 21 rotate together. One end of the rotating bar protrudes from the connecting port 25 and the connecting port 24. Simultaneously, the rotating sleeve 21 drives the operating rod 29 to apply force to the rotating sleeve 27, so that the rotating sleeve 27 drives the connecting bar 30 and the connecting piece 31 to rotate together. The connecting piece 31 enters the connecting part 26.

[0022] The beneficial effects of this invention are that, compared with the prior art, this invention can efficiently fasten the semi-submersible barge 2 and the pontoon 3 together, and there are no gaps at the fastening connection between the semi-submersible barge 2 and the pontoon 3, which can improve the reliability of the fastening connection. During the fastening process, only the rotating bar needs to be operated to simultaneously achieve the initial fastening and subsequent fastening, making operation convenient and the fastening connection function excellent, making it more suitable for long-term use of the semi-submersible barge. Attached Figure Description

[0023] Figure 1This is a plan view of the semi-submersible barge and the pontoon that are to be fastened together in this invention.

[0024] Figure 2 This is a plan view of the semi-submersible barge and the pontoon after being fastened together in this invention.

[0025] Figure 3 This is a three-dimensional schematic diagram of the second connecting part in this invention.

[0026] Figure 4 This is a plan view of the receiving port one and receiving port two when the semi-submersible barge and the pontoon are fastened together in this invention.

[0027] Figure 5 This is a vertical planar schematic diagram of the rotating plate and the rotating plate in this invention.

[0028] Figure 6 This is a vertical planar schematic diagram of the rotating plate and the rotating plate when the tension spring is compressed in this invention.

[0029] Figure 7 This is a planar schematic diagram of the second probe protruding into the first rotating plate in this invention.

[0030] Figure 8 This is a planar schematic diagram of the connecting piece three protruding into the connecting part two in this invention.

[0031] Figure 9 This is a planar schematic diagram of the cable in this invention.

[0032] Reference numerals: 1. Connecting part one, 2. Semi-submersible barge, 3. Float box, 4. Connecting piece two, 5. Connecting piece one, 6. Guide port, 7. Receiving port two, 8. Positioning port, 9. Receiving port one, 10. Protruding head two, 21. Rotating sleeve two, 22. Bearing bar, 23. Rotating roller two, 24. Connecting port two, 25. Connecting port one, 26. Connecting part two, 27. Rotating sleeve one, 28. Annular columnar opening one, 29. Control rod, 30. Connecting bar, 31. Connecting piece three, 32. Rotating roller one, 33. Annular columnar opening two, 34. Tension spring, 292. Protruding head one, 403. Control rod. Detailed Implementation

[0033] To make the objectives, technical solutions, and advantages of this invention clearer, the technical solutions of this invention will be clearly and completely described below with reference to the accompanying drawings of the embodiments of this invention. The embodiments described in this application are merely some embodiments of this invention, and not all embodiments. Based on the spirit of this invention, other embodiments obtained by those skilled in the art without creative effort are all within the protection scope of this invention.

[0034] like Figures 1 to 9As shown, the fastening device for a semi-submersible barge and a pontoon according to the present invention includes:

[0035] The semi-submersible barge and the pontoon are fastened together by fasteners to form a device that improves the stability of the semi-submersible barge. In other words, adjacent semi-submersible barges and pontoons are all fastened together by fasteners.

[0036] The semi-submersible barge and the pontoon are fastened together by fasteners, namely semi-submersible barge 2 and pontoon 3. The side wall of semi-submersible barge 2 is provided with fastener connecting piece 1 5, and the side wall of pontoon 3 is provided with a pair of fastener connecting pieces 2 4. Connecting piece 1 5 is provided with connecting port 1 25, and both of the pair of connecting pieces 2 4 are provided with connecting port 2 24.

[0037] In a preferred but non-limiting embodiment of the present invention, when the semi-submersible barge 2 is fastened to the pontoon 3, the connecting piece 1 5 is located between a pair of connecting pieces 2 4, and both the connecting port 1 25 and the connecting port 2 24 are columnar and their center lines are aligned. The connecting port 1 25 and the connecting port 2 24 are connected by a columnar rotating bar.

[0038] In a preferred but non-limiting embodiment of the present invention, each of the pair of connecting pieces 2 4 is provided with a connecting portion 1, and the two sides of the semi-submersible barge 2 are provided with connecting portions 26. The connecting portion 1 includes a connecting piece 31. When the rotating bar rotates within the connecting port 1 25 and the connecting port 2 24, the connecting pieces 31 of the pair of connecting portions 1 are respectively inserted into the pair of connecting portions 26.

[0039] Here, during the rotation of the rotating bar, there are many structures that drive the connecting piece 31 to probe into the connecting part 26. It can be a combined structure of a ratchet disc and a ratchet bar, with the ratchet disc and ratchet bar meshing with each other. When the ratchet disc rotates, it drives the ratchet bar to move vertically so that the ratchet bar probes into the connecting part 26. This structure can also be other existing structures, as long as it can achieve the rotation of the rotating bar and the probe 31 protruding into the connecting part 26.

[0040] In a preferred but non-limiting embodiment of the present invention, the connecting part 1 is disposed on the opposite sidewalls of a pair of connecting pieces 2 4, and the connecting part 2 26 is disposed on a pair of sidewalls of the semi-submersible barge 2. When the semi-submersible barge 2 and the pontoon 3 are tightly connected, the connecting part 1 1 and the connecting part 2 26 remain flush. To ensure the semi-submersible barge is flush, a receiving opening 9 is provided on each pair of opposite sidewalls of the pair of connecting pieces 2 4, and a receiving opening 7 is provided on each pair of sidewalls of the semi-submersible barge 2. When 2 and pontoon 3 are fastened together, connecting piece 1 5 is located between a pair of connecting pieces 2 4, the top of connecting piece 2 4 is in contact with the semi-submersible barge 2, receiving port 1 9 and receiving port 2 7 are connected, a pair of connecting parts 2 26 are respectively located in a pair of receiving ports 2 7, and connecting part 1 1 is located in receiving port 1 9. When the rotating bar rotates, the rotating bar applies force to connecting part 1, causing connecting piece 3 31 to probe into connecting part 2 26, thus achieving the first and second fastening of the semi-submersible barge 2.

[0041] Here, when the semi-submersible barge 2 and the pontoon 3 are fastened together, the connecting piece 5 is located between a pair of connecting pieces 4, and there is no gap between the connecting piece 5 and the pair of connecting pieces 4, so the reliability of the fastening connection between the semi-submersible barge 2 and the pontoon 3 can be ensured.

[0042] In a preferred but non-limiting embodiment of the present invention, after the semi-submersible barge 2 and the pontoon 3 are securely connected, water glass is injected into the first 9 and the second 7 of the receiving port to further seal the first 9 and the second 7 of the receiving port, thus forming a unified and fully secure connection.

[0043] In a preferred but non-limiting embodiment of the present invention, the second connecting part 26 and the third connecting piece 31 have the same shape, both being arched sheet structures; one end of the second connecting part 26 is provided with an opening for accommodating the third connecting piece 31; one end and the side wall of the second connecting part 26 are provided with a guide port 6, and a positioning port 8 is provided on the guide port 6; the guide port 6, the positioning port 8, and the opening are all connected; when the first connecting part 1 is inserted into the second connecting part 26, the first protruding head 292 is inserted into the positioning port 8.

[0044] In a preferred but non-limiting embodiment of the present invention, the structure of the connecting part 1 and the connecting part 26 at the receiving port 9 of the connecting piece 24 and the receiving port 7 of the semi-submersible barge 2 is such that when the semi-submersible barge 2 and the pontoon 3 are fastened together, the receiving port 9 and the receiving port 7 are connected.

[0045] In a preferred but non-limiting embodiment of the present invention, the connecting part 1 includes a cylindrical rotating sleeve 27 and a rotating sleeve 21 with the same center line. The rotating sleeve 27 and the rotating sleeve 21 are connected by a rotating roller 32. The rotating sleeve 27 and the rotating sleeve 21 can rotate independently in a ring. The rotating sleeve 27 is a ratchet disc structure. When one end of the operating rod 29 rotates to the inclined wall for applying force, the other end of the operating rod 29 probes into the ratchet teeth of a pair of adjacent ratchet discs of the rotating sleeve 27.

[0046] In a preferred but non-limiting embodiment of the present invention, both the rotating sleeve 27 and the rotating sleeve 21 are provided with columnar through-holes. The through-holes are connected to the connecting port 25 and the connecting port 24, and the center lines of the through-holes, the connecting port 25 and the connecting port 24 are aligned. The inner thread on the inner wall of the through-hole on the rotating sleeve 21 is connected to the outer thread on the outer wall of the rotating strip. The rotating sleeve 21 and the receiving port 9 are connected by the rotating roller 23, and the rotating sleeve 21 can rotate on the receiving port 9.

[0047] In a preferred but non-limiting embodiment of the present invention, the rotating sleeve 21 is provided with an annular cylindrical opening 28, the inner top of the annular cylindrical opening 28 and the rotating sleeve 27 are flush, the bottom of the annular cylindrical opening 28 is connected to an annular cylindrical opening 33, the annular cylindrical opening 33 and the rotating sleeve 21 are connected, the annular cylindrical opening 28 is provided with an operating rod 29, the operating rod 29 includes a protrusion 292, a protrusion 10 and an operating rod 403; the annular cylindrical opening 28 is provided with a support strip 22, the operating rod 403 protrudes through the support strip 22, and a tension spring 34 is provided between the support strip 22 and the protrusion 292.

[0048] In a preferred but non-limiting embodiment of the present invention, the rotating sleeve 27 is provided with a connecting strip 30, the connecting strip 30 is connected to the connecting piece 31, and the connecting piece 31 is provided with a force-applying inclined wall; the top of the operating rod 29 is flush with the top of the connecting piece 31.

[0049] Rotating sleeve 27 drives connecting bar 30 and connecting piece 31 to rotate, rotating sleeve 21 drives operating rod 29 to rotate. When operating rod 29 rotates to connecting piece 31, the protruding head 292 of operating rod 29 and the force applied by connecting piece 31 are pressed together by the inclined wall. At this time, tension spring 34 is compressed, and protruding head 292, protruding head 10 and operating rod 403 move towards the direction of approaching rotating sleeve 27. Protruding head 10 probes into rotating sleeve 27.

[0050] At this time, when the rotating sleeve 21 rotates, the protruding head 210 can drive the rotating sleeve 27 to rotate together. During the rotation, the connecting strip 30 and the connecting piece 31 rotate together. Finally, the connecting piece 31 enters the connecting part 26. During the entry, the connecting strip 30 runs on the guide port 6. When the protruding head 292 reaches the positioning port 8, under the elastic effect of the tension spring 34, the protruding head 292 enters the positioning port 8, performing a tighter fastening connection. When the connecting piece 31 enters the connecting part 26, the connecting strip 30 and the float 3 are arranged side by side, which can further improve the reliability of the fastening connection.

[0051] In a preferred but non-limiting embodiment of the present invention, a connecting cable passes through the first connection port 25 and the second connection port 24. After the connecting cable is connected, pulling the two ends of the cable allows the connecting piece 5 of the semi-submersible barge 2 to penetrate between a pair of connecting pieces 24 of the pontoon 3, and the first connection port 25 and the second connection port 24 are connected.

[0052] Next, the cable is pulled out, and the worker screws the rotating bar onto the connecting port 25 and the connecting port 24. The worker uses his palm to stabilize the rotating sleeve 21 and rotates the rotating bar so that the rotating bar and the rotating sleeve 21 are connected. After the rotating bar enters the connection between the connecting port 25 and the connecting port 24 (thus achieving the first tight connection), the worker releases the rotating sleeve 21 and continues to rotate the rotating bar. The rotating bar and the rotating sleeve 21 rotate together. One end of the rotating bar protrudes from the connecting port 25 and the connecting port 24. Simultaneously, the rotating sleeve 21 drives the operating rod 29 to apply force to the rotating sleeve 27, so that the rotating sleeve 27 drives the connecting bar 30 and the connecting piece 31 to rotate together. The connecting piece 31 enters the connecting part 26 (thus achieving the second tight connection). The first tight connection and the second tight connection are achieved.

[0053] The rotating bar is tightly connected to one end of the connecting port 1 25 and the connecting port 24, which improves the reliability of the connection of the rotating bar. The rotating bar is connected to the connecting port 1 25 and the connecting port 24 through the external thread on the outer wall of the rotating bar and the internal thread on the inner wall of the connecting port 1 25 and the connecting port 24.

[0054] The beneficial effects of this invention are that, compared with the prior art, this invention can efficiently fasten the semi-submersible barge 2 and the pontoon 3 together, and there are no gaps at the fastening connection between the semi-submersible barge 2 and the pontoon 3, which can improve the reliability of the fastening connection. During the fastening process, only the rotating bar needs to be operated to simultaneously achieve the initial fastening and subsequent fastening, making operation convenient and the fastening connection function excellent, making it more suitable for long-term use of the semi-submersible barge.

[0055] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit it. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art should understand that modifications or equivalent substitutions can still be made to the specific implementation of the present invention without departing from the spirit and scope of the present invention. Any modifications or equivalent substitutions should be covered within the protection scope of the claims of the present invention.

Claims

1. A fastening device for semi-submersible barges and pontoons, characterized in that, include: The semi-submersible barge and the pontoon are fastened together by fasteners to form a device that improves the stability of the semi-submersible barge. In other words, adjacent semi-submersible barges and pontoons are all fastened together by fasteners. The semi-submersible barge and the pontoon are fastened together by fasteners, namely the semi-submersible barge (2) and the pontoon (3). The side wall of the semi-submersible barge (2) is provided with a fastener connecting piece 1 (5), and the side wall of the pontoon (3) is provided with a pair of fastener connecting pieces 2 (4). The connecting piece 1 (5) is provided with a connecting port 1 (25), and the pair of connecting pieces 2 (4) are provided with connecting ports 2 (24). When the semi-submersible barge (2) is fastened to the pontoon (3), the first connecting piece (5) is located between a pair of second connecting pieces (4), and the first connecting port (25) and the second connecting port (24) are both columnar and the center lines of the first connecting port (25) and the second connecting port (24) are aligned. The first connecting port (25) and the second connecting port (24) are connected by a columnar rotating bar. Each of the two connecting pieces (4) is provided with a connecting part (1), and the two sides of the semi-submersible barge (2) are provided with a connecting part (26). The connecting part (1) includes a connecting piece (31). When the rotating bar rotates in the connecting port (25) and the connecting port (24), the connecting piece (31) of the two connecting parts (1) is inserted into the two connecting parts (26) respectively. Connecting part 1 (1) is located on the opposite sidewalls of a pair of connecting pieces 2 (4), and connecting part 2 (26) is located on a pair of sidewalls of the semi-submersible barge (2). A receiving port 1 (9) is provided on the opposite sidewalls of a pair of connecting pieces 2 (4), and a receiving port 2 (7) is provided on a pair of sidewalls of the semi-submersible barge (2). When the semi-submersible barge (2) and the pontoon (3) are fastened together, connecting piece 1 (5) is located between a pair of connecting pieces 2 (4), the top of connecting piece 2 (4) is attached to the semi-submersible barge (2), and receiving port 1 (9) and receiving port 2 (7) are connected. A pair of connecting parts 2 (26) are located in a pair of receiving ports 2 (7), and connecting part 1 (1) is located in receiving port 1 (9). After the semi-submersible barge (2) and the pontoon (3) are securely connected, water glass is injected into the first inlet (9) and the second inlet (7); The second connecting part (26) and the third connecting piece (31) have the same shape, both being arched pieces; one end of the second connecting part (26) has an opening for accommodating the third connecting piece (31); one end and the side wall of the second connecting part (26) have guide openings (6); the guide openings (6) have positioning openings (8); the guide openings (6), positioning openings (8) and the openings are all connected; when the first connecting part (1) is inserted into the second connecting part (26), the first protruding part (292) is inserted into the positioning opening (8); The structure of the connecting part 1 (1) and the connecting part 2 (26) at the receiving port 1 (9) of the connecting piece 2 (4) and the receiving port 2 (7) of the semi-submersible barge (2) is as follows: when the semi-submersible barge (2) and the pontoon (3) are tightly connected, the receiving port 1 (9) and the receiving port 2 (7) are connected.

2. The fastening device for semi-submersible barges and pontoons according to claim 1, characterized in that, The connecting part 1 (1) includes a rotating sleeve 1 (27) and a rotating sleeve 2 (21) having the same center line. The rotating sleeve 1 (27) and the rotating sleeve 2 (21) are connected by a rotating roller 1 (32). The rotating sleeve 1 (27) is a ratchet disc.

3. The fastening device for semi-submersible barges and pontoons according to claim 2, characterized in that, Both rotating sleeve one (27) and rotating sleeve two (21) are provided with columnar through holes. The through holes are connected to connecting port one (25) and connecting port two (24), and the center lines of the through holes, connecting port one (25) and connecting port two (24) are aligned. The inner thread on the inner wall of the through hole on rotating sleeve two (21) and the outer thread on the outer wall of the rotating strip are connected. Rotating sleeve two (21) and receiving port one (9) are connected by rotating roller two (23). Rotating roller two (23) can rotate on receiving port one (9).

4. The fastening device for semi-submersible barges and pontoons according to claim 3, characterized in that, The rotating sleeve 2 (21) is provided with a cylindrical opening 1 (28), the inner top of the cylindrical opening 1 (28) and the rotating sleeve 1 (27) are flush, the bottom of the cylindrical opening 1 (28) is connected to the cylindrical opening 2 (33), the cylindrical opening 2 (33) and the rotating sleeve 2 (21) are connected, the cylindrical opening 1 (28) is provided with an operating rod (29), the operating rod includes a protruding head 1 (292), a protruding head 2 (10) and an operating rod (403); the cylindrical opening 1 (28) is provided with a bearing strip (22), the operating rod (403) protrudes through the bearing strip (22), and a tension spring (34) is provided between the bearing strip (22) and the protruding head 1 (292).

5. The fastening device for semi-submersible barges and pontoons according to claim 4, characterized in that, The rotating sleeve 1 (27) is provided with a connecting strip (30), which is connected to the connecting piece 3 (31). The connecting piece 3 (31) is provided with a force-applying inclined wall.

6. The fastening device for semi-submersible barges and pontoons according to claim 5, characterized in that, A cable is connected through the connection port 1 (25) and the connection port 2 (24). After the cable is connected, the two ends of the cable are pulled so that the connection piece 1 (5) of the semi-submersible barge (2) is inserted between the two connection pieces 2 (4) of the pontoon (3) and the connection port 1 (25) and the connection port 2 (24) are connected. Next, the cable is pulled out, and the worker screws the rotating bar onto the first (25) and the second (24) of the connection. The worker stabilizes the second (21) of the rotating sleeve and rotates the rotating bar so that the rotating bar and the second (21) of the rotating sleeve are connected. After the rotating bar is inserted into the connection between the first (25) and the second (24) of the connection, the worker releases the second (21) of the rotating sleeve and continues to rotate the rotating bar. The rotating bar and the second (21) of the rotating sleeve rotate together. One end of the rotating bar protrudes through the first (25) and the second (24) of the connection. The second (21) of the rotating sleeve drives the control rod (29) to apply force to the first (27) of the rotating sleeve, so that the first (27) of the rotating sleeve drives the connecting bar (30) and the third (31) of the connecting piece to rotate together. The third (31) of the connecting piece inserts into the second (26) of the connection.

Images