A linked anchoring structure for a suspended flexible slope support system

Abstract

The application discloses a linking anchoring structure for a suspended flexible slope supporting system, which comprises a main beam hoop 1, a ground anchor pipe 2, an open anchor pad plate 3, a transverse anchor beam hook 4, an anchor hole 5, an anchor hole opening 6, a transverse anchor beam 7, a main anchor beam 8, a ground anchor cable 9, an anchor pad plate opening 10, a beam hoop opening 11, a locking main anchor cable 12, a perforated main anchor cable 13, a suspension type anchor beam 14, a vertical anchor beam 15, an end anchor plate 16 and an end locking main anchor cable 17. The main anchor beam 8, the transverse anchor beam 7 and the ground anchor cable 9 are linked together by implementing the linking anchoring structure for the suspended flexible slope supporting system in stages, and efficient and reliable connection is realized.

Description

Technical Field

[0001] This utility model belongs to the field of geotechnical engineering and relates to a slope anchoring structure, specifically a link anchoring structure for a suspended flexible slope support system. Background Technology

[0002] Flexible slope protection nets, prestressed anchor cable frames, and anti-slide piles are widely used. Among them, flexible slope protection nets are used for the reinforcement and protection of soil or rock slopes with potential geological hazards such as collapse, landslide, shallow sliding, and rockfall. They are mainly used in engineering fields such as deep slope sliding, large landslides, and slope protection.

[0003] Suspended flexible protection technology has the advantages of short construction and installation cycle, fast construction speed, no need for shoveling, applicability to various complex terrains, and integration of the entire slope into a whole.

[0004] The small concrete area on the slope makes slope greening easy to achieve.

[0005] 2. Slope frame construction is easy and fast, making it particularly suitable for emergency rescue or temporary projects.

[0006] 3. It is suitable for rapid and large-scale construction, making it very convenient to carry out mechanized or semi-mechanized construction.

[0007] 4. The entire frame system is a whole, and there is no need for expansion joints to separate the frames. As a result, if a local collapse occurs, the nearby frames will play a joint anti-slip role.

[0008] 5. The connection between the anchor beam, anchor cable, and anchor rod still cannot effectively convert the tension of the prestressed anchor cable and anchor beam into anti-slip force.

[0009] However, there are no efficient and reliable connecting components for suspension anchor beams, vertical anchor beams, super anchor cables, and transverse anchor beams.

[0010] Therefore, a new solution is needed to address the above problems. Utility Model Content

[0011] To achieve the above objectives, this utility model relates to a connection and anchoring structure for a suspended flexible slope protection system, the details of which are as follows:

[0012] A linking and anchoring structure for a suspended flexible slope support system includes a main beam hoop 1, a ground anchor pipe 2, an open anchor plate 3, a transverse anchor beam hook 4, an anchor hole 5, an anchor hole opening 6, a transverse anchor beam 7, a main anchor beam 8, a ground anchor cable 9, an anchor plate opening 10, a beam hoop opening 11, a locking main anchor cable 12, a perforated main anchor cable 13, a suspension type anchor beam 14, a vertical anchor beam 15, an end anchor plate 16, and an end locking main anchor cable 17.

[0013] Its features are: the anchor pipe 2 passes through the upper side of the main beam hoop 1 from the lower side and is welded to the outer side of the main beam hoop 1; the transverse anchor hook 4 is mechanically connected to the lower side of the main beam hoop 1; and the open anchor plate 3 is connected to the main beam hoop 1 by a ring welding method.

[0014] The main beam hoop 1 has a hoop opening 11 on each side, and an anchor plate opening 10 is provided at the position where the opening 11 of the hoop 1 connects with the opening anchor plate 3.

[0015] The open anchor plate 3 is provided with anchor holes 5, and a locking main anchor cable 12 is fixed to the anchor holes 5 by steel strand clamps;

[0016] The main beam hoop 1 has perforated main anchor cables 13 installed on both sides of the anchor pipe 2 in the internal space of the space.

[0017] After the perforated main anchor cable 13 is installed inside the main beam hoop 1, the opening 11 of the beam hoop and the opening 10 of the anchor plate are sealed by welding or mechanical connection.

[0018] The open anchor plate 3 is provided with anchor holes 5, and each anchor hole 5 is provided with an anchor hole opening 6. A locking main anchor cable 12 is fixed to the anchor hole 5 by steel strand clamps. After the locking main anchor cable 12 is installed in place, the anchor hole opening 6 is closed by welding. The end anchor plate 16 is placed at the end of the main beam hoop 1. The end anchor plate 16 is provided with anchor holes 5, and each anchor hole 5 is provided with an anchor hole opening 6. An end locking main anchor cable 17 is fixed to the anchor hole 5 by steel strand clamps. After the end locking main anchor cable 17 is installed in place, the anchor hole opening 6 is closed by welding.

[0019] The end-locking main anchor cable 17 is part of the perforated main anchor cable 13.

[0020] This utility model is a connection and anchoring structure for a suspended flexible slope support system, comprising: main beam hoop 1, ground anchor pipe 2, open anchor plate 3, transverse anchor beam hook 4, anchor hole 5, anchor hole opening 6, transverse anchor beam 7, main anchor beam 8, ground anchor cable 9, anchor plate opening 10, beam hoop opening 11, locking main anchor cable 12, perforated main anchor cable 13, suspension type anchor beam 14, vertical anchor beam 15, end anchor plate 16, and end locking main anchor cable 17.

[0021] The advantage of this utility model is that it links the main anchor beam 8, the transverse anchor beam 7, and the ground anchor cable 9 together by implementing a linking and anchoring structure for a suspended flexible slope support system in stages.

[0022] Its basic principle is as follows: There are beam hoop openings 11 on both sides of the main beam hoop 1. Part of the steel strand of the main anchor beam 8 is perforated by the main anchor cable 13 and enters into both sides of the anchor pipe 2 inside the main beam hoop 1 through the beam hoop opening 11. After the perforated main anchor cable 13 is installed, the beam hoop opening 11 and the anchor plate opening 10 are closed by welding or mechanical connection.

[0023] The open anchor plate 3 is connected to the main beam hoop 1 by a ring welding method;

[0024] An anchor hole 5 is provided on the open anchor plate 3, and each anchor hole 5 is provided with an anchor hole opening 6. The main anchor cable 12 is installed and locked through the anchor hole opening 6. The main anchor cable 12 is fixed and locked by the anchor clamp. After the main anchor cable 12 is installed in place, the anchor hole opening 6 is closed by welding.

[0025] The end anchor plate 16 is placed at the end of the main beam hoop 1. The end anchor plate 16 is provided with anchor holes 5, and each anchor hole 5 is provided with an anchor hole opening 6. The end locking main anchor cable 17 is fixed to the anchor hole 5 by steel strand clamps. After the end locking main anchor cable 17 is installed in place, the anchor hole opening 6 is closed by welding. Since the height of the end anchor plate 16 is greater than the diameter of the main beam hoop 1, the locking of the end locking main anchor cable 17 on the end anchor plate 16 further prevents the relative movement of the main beam hoop 1 on the main anchor beam 8.

[0026] During construction, the main anchor cable 12 is first tensioned and locked, and then the ground anchor cable 9 passes upward through the ground anchor pipe 2 and is tensioned and locked with the anchor.

[0027] When the link anchoring structure is applied to the vertical anchor beam 15, the vertical anchor beam 15 replaces the main anchor beam 8, and the horizontal anchor beam 7 is connected to the vertical anchor beam 15 through the horizontal anchor beam hook 4. When the link anchoring structure is applied to the suspension type anchor beam 14, the suspension type anchor beam 14 replaces the main anchor beam 8, and the vertical anchor beam 15 replaces the ground anchor cable 9. Attached Figure Description

[0028] Figure 1 This is a cross-sectional view of the present invention after the cable has been threaded through it;

[0029] Figure 2 This is a cross-sectional and sectional schematic diagram of the present invention;

[0030] Figure 3 This is a side view of the present invention;

[0031] Figure 4 This utility model is applied to the cross-sectional layout of a suspended flexible slope support system.

[0032] Figure 5 This utility model is applied to the plan layout of a suspended flexible slope support system;

[0033] In the diagram: 1. Main beam hoop, 2. Ground anchor pipe, 3. Open anchor plate, 4. Horizontal anchor beam hook, 5. Anchor hole, 6. Anchor hole opening, 7. Horizontal anchor beam, 8. Main anchor beam, 9. Ground anchor cable, 10. Anchor plate opening, 11. Beam hoop opening, 12. Locking main anchor cable, 13. Perforated main anchor cable, 14. Suspension type anchor beam, 15. Vertical anchor beam, 16. End anchor plate, 17. End locking main anchor cable. Detailed Implementation

[0034] Example 1

[0035] like Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 As shown, an application case of a link anchoring structure for a suspended flexible slope support system is presented. Part of the main beam hoop 1 is set on the suspension anchor beam 14. The main beam hoop 1 has hoop openings 11 on both sides. Part of the steel strand perforated main anchor cable 13 of the suspension anchor beam 14 enters the two sides of the anchor pipe 2 inside the main beam hoop 1 through the hoop opening 11. After the perforated main anchor cable 13 is installed, the hoop opening 11 is closed by welding, and then the anchor plate opening 10 is closed by welding.

[0036] An anchor hole 5 is provided on the open anchor plate 3, and each anchor hole 5 is provided with an anchor hole opening 6. The main anchor cable 12 is installed and locked through the anchor hole opening 6, and the main anchor cable 12 is fixed and locked by the anchor clamp.

[0037] First, the main anchor cable 12 is tensioned and locked. Then, the vertical anchor beam 15 passes through the ground anchor pipe 2 from bottom to top, and then is tensioned and locked with the anchor.

[0038] Part of the main beam hoop 1 is set in the vertical anchor beam 15. The main beam hoop 1 has hoop openings 11 on both sides. Part of the steel strand of the vertical anchor beam 15 is perforated main anchor cable 13 and enters the two sides of the anchor pipe 2 inside the main beam hoop 1 through the hoop opening 11. After the perforated main anchor cable 13 is installed, the hoop opening 11 is closed by welding, and then the anchor plate opening 10 is closed by welding.

[0039] The open anchor plate 3 is connected to the main beam hoop 1 by a ring welding method;

[0040] An anchor hole 5 is provided on the open anchor plate 3, and each anchor hole 5 is provided with an anchor hole opening 6. The main anchor cable 12 is installed and locked through the anchor hole opening 6. The main anchor cable 12 is fixed and locked by the anchor clamp. After the main anchor cable 12 is installed in place, the anchor hole opening 6 is closed by welding.

[0041] The end anchor plate 16 is placed at the end of the main beam hoop 1. The end anchor plate 16 is provided with anchor holes 5, and each anchor hole 5 is provided with an anchor hole opening 6. The end locking main anchor cable 17 is fixed to the anchor hole 5 by steel strand clamps. After the end locking main anchor cable 17 is installed in place, the anchor hole opening 6 is closed by welding. Since the height of the end anchor plate 16 is greater than the diameter of the main beam hoop 1, the locking of the end locking main anchor cable 17 on the end anchor plate 16 further prevents the relative movement of the main beam hoop 1 on the main anchor beam 8.

[0042] First, the main anchor cable 12 is tensioned and locked. Then, the ground anchor cable 9 passes through the ground anchor pipe 2 from bottom to top, and then is tensioned and locked with the anchor.

[0043] The horizontal anchor beam 7 is connected to the vertical anchor beam via the horizontal anchor beam hook 4.

[0044] The connecting and anchoring structures of the suspended flexible slope support system, including the main beam hoop 1, ground anchor pipe 2, open anchor plate 3, transverse anchor beam hook 4, transverse anchor beam 7, main anchor beam 8, ground anchor cable 9, locking main anchor cable 12, perforated main anchor cable 13, suspension type anchor beam 14, and vertical anchor beam 15, are all sealed with reinforced concrete after prestressing tensioning and locking, and then backfilled and buried below the ground surface.

Claims

1. A linking and anchoring structure for a suspended flexible slope support system, comprising a main beam hoop (1), a ground anchor pipe (2), an open anchor plate (3), a transverse anchor beam hook (4), an anchor hole (5), an anchor hole opening (6), a transverse anchor beam (7), a main anchor beam (8), a ground anchor cable (9), an anchor plate opening (10), a beam hoop opening (11), a locking main anchor cable (12), a perforated main anchor cable (13), a suspension type anchor beam (14), a vertical anchor beam (15), an end anchor plate (16), and an end locking main anchor cable (17); characterized in that: The ground anchor pipe (2) passes through the upper side of the main beam hoop (1) from the lower side and is welded to the main beam hoop (1). The transverse anchor hook (4) is mechanically connected to the lower side of the main beam hoop (1). The open anchor plate (3) is connected to the main beam hoop (1) by a ring welding method. The main beam hoop (1) has a hoop opening (11) on each side. An anchor plate opening (10) is provided at the position where the opening (11) of the hoop (1) connects with the open anchor plate (3). An anchor hole (5) is provided on the open anchor plate (3). A locking main anchor cable (12) is fixed on the anchor hole (5) by a steel strand clamp. The ground anchor pipe (2) in the internal space of the main beam hoop (1) is provided with a perforated main anchor cable (13) on both sides. After the perforated main anchor cable (13) is installed in the main beam hoop (1), the hoop opening (11) and the anchor plate opening (10) are welded or mechanically connected to complete the closure.

2. The linking and anchoring structure for a suspended flexible slope support system according to claim 1, characterized in that: The open anchor plate (3) is provided with anchor holes (5), and each anchor hole (5) is provided with an anchor hole opening (6). The anchor hole (5) is fixed with a locking main anchor cable (12) by steel strand clamps. After the locking main anchor cable (12) is installed in place, the anchor hole opening (6) is closed by welding. The end anchor plate (16) is placed at the end of the main beam hoop (1). The end anchor plate (16) is provided with anchor holes (5), and each anchor hole (5) is provided with an anchor hole opening (6). The anchor hole (5) is fixed with an end locking main anchor cable (17) by steel strand clamps. After the end locking main anchor cable (17) is installed in place, the anchor hole opening (6) is closed by welding.

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