Positioning verticality adjusting frame of implanted assembly type underground diaphragm wall

Abstract

The utility model discloses a positioning verticality adjusting frame of an implanted assembly type underground diaphragm wall, which comprises a positioning verticality adjusting frame body, a leveling system, a control box and a reference positioning device, the leveling system is arranged at the bottom of the positioning verticality adjusting frame body and is used for automatically leveling the positioning verticality adjusting frame body; the reference positioning device is arranged on the positioning verticality adjusting frame body and is used for positioning and verticality adjusting of the underground prefabricated wall; the control box is arranged on the positioning verticality adjusting frame, and the control box is in electric signal connection with the reference positioning device and the leveling system; the reference positioning device comprises a reference positioner A, a reference positioner B and a reference positioner C, and the reference positioner A, the reference positioner B and the reference positioner C are distributed in a triangular shape; the positioning verticality adjusting frame is convenient, fast and effective to use, the applicable positioning verticality adjusting frame assists in embedding of the prefabricated wall, plane positioning and verticality of the prefabricated wall are accurately controlled, and smooth construction and project quality are guaranteed.

Description

Technical Field

[0001] This utility model relates to the field of diaphragm wall construction technology, specifically to a positioning and adjusting frame for implanting in prefabricated diaphragm walls. Background Technology

[0002] Prefabricated diaphragm walls are constructed using specific trenching machinery and methods. Trenching methods primarily involve hydraulic grab buckets for soil removal or mixing machinery for injecting and mixing cement grout to form a water-stopping curtain. Prefabricated diaphragm walls are then inserted at specific intervals (D) to form a continuous prefabricated retaining wall structure. Figure 4 As shown, during construction, the planar positioning and verticality of the precast wall are key control points. If the positioning deviation of the precast wall is too large and it encroaches on the space of the adjacent precast wall, it will affect the installation of the adjacent precast wall and even affect the closure of the overall enclosure wall. Therefore, it is necessary to use a convenient, effective and applicable positioning and adjusting frame to assist in the installation of the precast wall, accurately control the planar positioning and verticality of the precast wall, and ensure smooth construction and project quality. Utility Model Content

[0003] In order to solve the problems existing in the prior art, this utility model provides a positioning and adjusting frame for implanting prefabricated underground continuous walls that has a reasonable structural design and is simple and convenient to use.

[0004] The technical solution of this utility model is as follows:

[0005] A positioning and plumb line for embedded prefabricated underground continuous walls includes a positioning and plumb line body, a leveling system, a control box, and a reference positioning device. The leveling system is located at the bottom of the positioning and plumb line body for automatic leveling of the positioning and plumb line body. The reference positioning device is located on the positioning and plumb line body for positioning and plumb adjustment of the underground prefabricated wall. The control box is located on the positioning and plumb line body and is electrically connected to the reference positioning device and the leveling system. The reference positioning device includes reference locator A, reference locator B, and reference locator C, and reference locator A, reference locator B, and reference locator C are arranged in a triangular pattern.

[0006] Furthermore, the positioning and adjusting frame includes an upper steel frame, a lower steel frame, and steel frame columns; multiple steel frame columns are provided and supported between the upper steel frame and the lower steel frame.

[0007] Furthermore, the upper and lower steel frames are provided with rectangular holes at corresponding positions for the diaphragm wall to pass through, and the rectangular holes are slightly larger than the size of the diaphragm wall to ensure that the diaphragm wall can pass through smoothly.

[0008] Furthermore, the leveling system includes a base and base adjustment cylinders. The base is located at the four corners of the lower steel frame, and the base is connected to the lower steel frame through the base adjustment cylinders.

[0009] Furthermore, the reference locator A and reference locator B are located on the same side of the positioning and adjusting frame, with reference locator A located on the upper steel frame and reference locator B located on the lower steel frame; reference locator C is located on the other side of the positioning and adjusting frame, and reference locator C is located at the middle position of the steel frame column via a crossbeam.

[0010] Furthermore, the reference positioner A, reference positioner B, and reference positioner C have the same structure, each including a housing, a guide roller, a roller bracket, and a roller adjusting cylinder; the roller bracket is fitted inside the housing, the guide roller is mounted on the roller bracket, and the roller adjusting cylinder is fixedly mounted inside the housing and connected to the roller bracket.

[0011] Furthermore, the control box is equipped with a display, a computer board, a high-resolution tilt sensor, and an operation switch; the display, the high-resolution tilt sensor, and the operation switch are respectively electrically connected to the computer board.

[0012] The beneficial effects of this utility model are as follows:

[0013] 1) This utility model provides a baseline and a vertical normal for the planar positioning of the precast wall by setting a positioning and adjusting frame at the orifice, ensuring that the precast wall is always lowered according to the predetermined baseline during the lowering process.

[0014] 2) The positioning and adjusting frame of this utility model adopts an integrated design, which facilitates moving, hoisting and transportation.

[0015] 3) This utility model can achieve automatic leveling of the positioning and adjusting frame by setting up a control box, which is convenient to operate.

[0016] 4) This utility model is equipped with three reference locators, two of which provide the vertical normal to the precast wall through guide rollers, and the other reference locator provides the reaction force to the precast wall, restricting the lateral movement of the precast wall and ensuring that it is always placed according to its vertical normal.

[0017] 5) This utility model uses a convenient, effective and applicable positioning and adjusting frame to assist in the implantation of precast walls, accurately control the planar positioning and verticality of the precast walls, and ensure smooth construction and project quality. Attached Figure Description

[0018] Figure 1 This is a schematic diagram of the overall structure of this utility model;

[0019] Figure 2This is a schematic diagram of the reference positioner structure of this utility model;

[0020] Figure 3 This is a schematic diagram of the precast wall lowering construction of this utility model;

[0021] Figure 4 This is a schematic diagram of the prefabricated wall layout structure of this utility model;

[0022] In the diagram: 1. Base adjusting cylinder; 2. Control box; 3. Lower steel frame; 4. Steel frame column; 5. Crossbeam; 6. Reference positioner C; 7. Upper steel frame; 8. Reference positioner A; 9. Reference positioner B; 10. Housing; 11. Guide roller; 12. Roller bracket; 13. Roller adjusting cylinder. Detailed Implementation

[0023] The present invention will be further described below with reference to the accompanying drawings.

[0024] like Figure 1 As shown, a positioning and adjusting frame for a prefabricated diaphragm wall includes a frame consisting of an upper steel frame 7, a lower steel frame 3, and four steel frame columns 4; rectangular holes are provided at corresponding positions on the upper steel frame 7 and the lower steel frame 3 for the diaphragm wall to pass through, and the upper steel frame 7, the lower steel frame 3, and the steel frame columns 4 are welded and fixed together.

[0025] A positioning and adjusting frame for implanting prefabricated underground continuous walls also includes a reference positioning device consisting of reference locator A8, reference locator B9, and reference locator C6. The three reference locators are distributed in a triangle, with two reference locators located on the same side of the frame, namely reference locator A installed on the upper steel frame 7 and reference locator B installed on the lower steel frame 3. A reference locator is set on the other side of the frame, namely reference locator C installed on the crossbeam 5 in the middle of the steel frame column.

[0026] A positioning and adjusting frame for prefabricated diaphragm walls is disclosed. The reference locators A8, B9, and C6 are identically configured. The frame includes a housing 10, guide rollers 11, roller brackets 12, and roller adjusting cylinders 13. The roller brackets are slidably fitted inside the housing 10. The guide rollers 11 are mounted on the roller brackets 12. The roller adjusting cylinders 13 are fixedly mounted inside the housing, and the telescopic rod of the roller adjusting cylinders 13 is fixedly connected to the roller brackets 12. The prefabricated wall is positioned in planar orientation by adjusting the rollers.

[0027] The reference positioning device uses two reference positioners located on one side of the frame to provide the vertical normal line for the precast wall through guide rollers, while the reference positioner on the steel frame column on the other side provides the reaction force for the precast wall, restricting the lateral movement of the precast wall and ensuring that it is always placed along its vertical normal line.

[0028] A positioning and adjusting frame for implanting prefabricated underground continuous wall also includes four bases set at the bottom of the lower steel frame 3 of the frame body, and base adjusting cylinders 1 are respectively set on the bases. The levelness of the frame body can be controlled by the base adjusting cylinders 1.

[0029] A positioning and adjusting frame for embedded prefabricated diaphragm walls also includes a control box 2. The control box contains a display, a high-resolution tilt sensor, a computer board, and operating switches, enabling one-button leveling of the frame. The base adjusting cylinder 1 and the roller adjusting cylinder 13 are controlled via the control box.

[0030] How to use:

[0031] 1) Place the positioning and adjusting frame at the predetermined position of the opening under the precast wall;

[0032] 2) Start the one-button leveling switch on the control box, adjust the base adjusting cylinder, and adjust the frame of the positioning and vertical adjustment frame to a horizontal state;

[0033] 3) Adjust the two upper and lower reference locators on one side (these two locators are adjusted synchronously with one key) to adjust the contact surface of the guide roller to the design plane position of the precast wall, which serves as the reference line for the plane positioning and vertical lowering of the precast wall;

[0034] 4) Hoist the precast wall into the frame of the positioning and adjusting frame, and place the precast wall close to the guide roller. Then activate one of the reference locators on the other side to restrict the lateral movement of the precast wall, so that it is always lowered according to the plane positioning point and vertical normal provided by the reference locator on the opposite side, thus ensuring the plane positioning and verticality of the precast wall when it is lowered.

Claims

1. A positioning and leveling frame for implanting a fabricated underground continuous wall, characterized by, The utility model provides a positioning and verticality adjusting frame body, a leveling system, a control box and a reference positioning device, the leveling system is arranged at the bottom of the positioning and verticality adjusting frame body and is used for automatic leveling of the positioning and verticality adjusting frame body, the reference positioning device is arranged on the positioning and verticality adjusting frame body and is used for positioning and verticality adjusting of the underground prefabricated wall, the control box is arranged on the positioning and verticality adjusting frame body and is electrically connected with the reference positioning device and the leveling system, the reference positioning device comprises reference positioner A, reference positioner B and reference positioner C, and the reference positioner A, the reference positioner B and the reference positioner C are distributed in a triangular shape.

2. The positioning and leveling frame for the assembled underground diaphragm wall according to claim 1, characterized in that, The positioning and verticality adjusting frame body comprises upper steel frame, lower steel frame and steel frame column, and the steel frame column is arranged between the upper steel frame and the lower steel frame.

3. The positioning and leveling frame for the assembled underground diaphragm wall according to claim 2, characterized in that, The leveling system comprises base and base adjusting oil cylinder, the base is arranged at four corner positions of the lower steel frame, and the base and the lower steel frame are connected through the base adjusting oil cylinder.

4. The positioning and leveling frame for the assembled underground diaphragm wall according to claim 1, characterized in that, The reference positioner A and the reference positioner B are arranged on the same side of the positioning and verticality adjusting frame body, the reference positioner A is arranged on the upper steel frame, and the reference positioner B is arranged on the lower steel frame, the reference positioner C is arranged on the other side of the positioning and verticality adjusting frame body, and the reference positioner C is arranged at the middle position of the steel frame column through the cross beam.

5. The positioning and leveling frame for the assembled underground diaphragm wall according to claim 1, characterized in that, The reference positioner A, the reference positioner B and the reference positioner C are the same in structure and comprise shell, guide roller, roller support and roller adjusting oil cylinder, the roller support is arranged in the shell, the guide roller is arranged on the roller support, and the roller adjusting oil cylinder is fixedly arranged in the shell and connected with the roller support.

6. The positioning and leveling frame for the assembled underground diaphragm wall according to claim 1, characterized in that, The control box is provided with display, computer board, high-resolution tilt sensor and operation switch, and the display, the high-resolution tilt sensor and the operation switch are electrically connected with the computer board.

7. The positioning and leveling frame for the assembly of the underground continuous wall according to claim 2, characterized in that, The upper steel frame and the lower steel frame are provided with rectangular holes at corresponding positions and used for passing through the underground continuous wall.

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