Construction equipment for pile planting

Abstract

The invention provides construction equipment for pile planting. The construction equipment structurally comprises supporting columns, a bearing table, an adjuster, a parallel plate and a constructor, and the supporting columns are welded to the two sides of the lower end of the bearing table; after the construction device is further improved, the column pressing device, the vertical rod and other components can be effectively installed at the gravity center of the parallel plate through the connecting sleeve, and then the height of the vertical rod is set according to the adjuster, so that the assembly ring at the lower end of the vertical rod can make contact with the interior of a pile hole; then the rotating piece and the drilling body are used for drilling the interior of the pile body, then lead hole forming is completed, the pile planting stability can be improved according to lead hole matching, pile body damage caused by too large pile sinking pressure is avoided, then grouting is conducted on the interior of the pile body through the grouting device, and the pile planting stability and the convenience effect can be improved; therefore, the construction equipment can improve the pile planting efficiency and effect by forming the guide hole and quickly grouting.

Description

Technical Field

[0001] The invention relates to the technical field of pile planting in civil engineering, and more particularly to a construction device for pile planting. Background Art

[0002] Piling is a construction method used to solve the problem of soil squeezing during the process of prefabricated column sinking. For this purpose, the pile body needs to be fixed vertically by corresponding construction equipment, and then the sinking effect of the construction equipment itself can stably drive the pile body to be inserted vertically. Therefore, the use of construction equipment can improve the position accuracy of the pile body entering the project area and solve the problem of soil squeezing. For this reason, the position accuracy of pile planting can be improved by construction equipment; In summary, the inventors have found that the existing construction equipment mainly has the following defects: since the current construction equipment will encounter resistance from the bottom layer when planting piles, the pressure on the pile will gradually increase, and the pile body will be easily damaged by the pressure, which will reduce the pile planting stability of the construction equipment and the effect of protecting the pile body. Finally, the damage to the pile body will reduce the use strength after the pile is planted. Summary of the invention

[0003] The technical solution adopted by the present invention to achieve the technical purpose is: a construction equipment for pile planting, whose structure includes: a support column, a load-bearing platform, an adjuster, a parallel plate, and a construction device, the support column is welded to both sides of the lower end of the load-bearing platform, the adjusters on both sides of the surface of the load-bearing platform and the support column are on the same vertical center line, the parallel plate is embedded in the upper end of the adjuster, the construction device passes through the center of the parallel plate and the load-bearing platform and is spaced apart from the support column and the adjuster, and the center of the surface of the load-bearing platform is a hollow rectangular shape.

[0004] As a further improvement of the present invention, the construction device is provided with a column pressure device, a connecting sleeve, a vertical rod, an assembly ring, a rotating part, a drilling body, and a grouting device. The column pressure device passes through the center of the connecting sleeve, the vertical rod, and the assembly ring. The lower end of the connecting sleeve is fixedly connected to the vertical rod. The edge of the lower end of the vertical rod is covered by the assembly ring. The rotating part is embedded in the surface edge of the assembly ring. The drilling body passes through the lower end of the assembly ring and is movably connected to the rotating part. The grouting device is positioned at the upper middle part of the outer part of the vertical rod and is spaced apart from the rotating part and the drilling body. The column pressure device is set in a vertical orientation and intersects with the center of the connecting sleeve. The center of the vertical rod carries a circular through cavity. The diameter of the assembly ring is larger than the diameter of the vertical rod and the edge carries multiple groups of small rotating parts and a conical solid drilling body. The center of the grouting device coincides with the center of the vertical rod.

[0005] As a further improvement of the present invention, the grouting device is provided with a connecting hole, a guide, a circulation pipe, a spraying head, a clamping ring, and a through cavity. The connecting hole is arranged at the edge center of the guide, the circulation pipe is fixed to the lower end edge of the guide, the spraying head is fixed to the center of the lower end of the circulation pipe, the clamping ring covers the center edge of the guide, the through cavity passes through the center area of ​​the guide and is communicated with the clamping ring, the spraying head of the circulation pipe passes through the edge of the assembly ring and is spaced apart from the rotating part and the drilling body, and the through cavity in the center of the guide can be fixedly connected with the middle and upper part of the vertical rod through the clamping ring; the connecting hole is hollow and four vertical circulation pipes are assembled at the lower end of the guide, the spraying head is circular, the clamping ring covers the center edge of the guide, and the through cavity is set in a vertical orientation.

[0006] As a further improvement of the present invention, the column pressure device is provided with a slider, a connecting sleeve, a disassembly rod, a reinforcement rod, and an impact head. The slider is embedded in the edge of the connecting sleeve, the upper end of the connecting sleeve is threadedly connected to the lower end of the disassembly rod, the reinforcement rod is embedded in the lower end of the connecting sleeve and is threadedly connected to the disassembly rod, the impact head is embedded in the lower end of the reinforcement rod and coincides with the center of the circle thereof, and the impact head is exposed to the central area below the load-bearing platform through the reinforcement rod; the slider is provided with a total of four pieces on the outer layer of the connecting sleeve and has built-in electronic control components, the bottom of the disassembly rod carries a threaded pattern, the reinforcement rod and the impact head are both made of carbon steel and have a finely polished surface.

[0007] As a further improvement of the present invention, the impact head is provided with a reinforcement block, a vibration ring, a small screw, an anti-rust body, and a through-slot. The surface of the reinforcement block overlaps with the vibration ring, and the center of the vibration ring is spaced apart from the small screw. The anti-rust body overlaps with the reinforcement block and the vibration ring and the small screw are buried in the inner area of ​​the reinforcement block. The through-slot runs through the center of the anti-rust body and communicates with the small screw. The reinforcement block overlaps with the anti-rust body through the small screw and the small screw is locked into the lower end center of the reinforcement rod. The vibration ring on the reinforcement block is in the shape of a circular ring, the small screw is set in a vertical position, and the through-slot of the anti-rust body is in a vertical hollow shape.

[0008] As a further improvement of the present invention, the regulator is provided with a restraining body, a movable plate, a balancing block, a clamping block, and a protrusion. The center of the restraining body is penetrated by the movable plate, and the centers of both sides of the surface of the movable plate coincide with the balancing block. The clamping block is arranged at the upper end of the movable plate and the balancing block. The protrusion and the surface of the clamping block are perpendicular to each other and are embedded in the two sides of the lower end of the parallel plate. The restraining body falls on the left and right sides of the surface of the load-bearing platform and is on the same vertical line with the support column. The movable plate and the balancing block are both inserted into the interior of the support column through the restraining body to coincide with each other. The restraining body is in the shape of a rectangular parallelepiped, and the movable plate and the restraining body form a "cross" shape. The balancing block is in a solid shape and one is arranged at the center of the left and right sides of the movable plate. The shapes of the clamping block and the protrusion are adapted to the shapes of the movable plate and the balancing block.

[0009] As a further improvement of the present invention, a pulling block, a pushing block, an adsorption block, a through groove and an anti-bias frame are newly provided at the surface center of the restraining body; the pulling block is welded to the surface center of the pushing block; the adsorption block and the pushing block overlap with each other; the through groove is consistent in shape with the pushing block and the adsorption block; the center of the anti-bias frame is penetrated by the through groove and overlaps with the pushing block; the anti-bias frame is fixed to the surface center of the restraining body; the pushing block combined with the adsorption block penetrates through the through groove and contacts with the movable plate and the balancing block; the pushing block and the adsorption block are both solid in shape; the through groove is rectangular in shape; and the anti-bias frame covers the edge of the through groove.

[0010] Compared with the prior art, the present invention has the following beneficial effects: 1. After further improvement of the construction device, the present invention can effectively install the column pressure device, vertical rod and other components at the center of gravity of the parallel plate through the connecting sleeve, and then set the height of the vertical rod according to the regulator so that the assembly ring at the lower end of the vertical rod can contact the inside of the pile hole, and then use the rotating part and the drilling body to drill holes inside, and then complete the creation of the guide hole, so that the stability of the pile can be improved according to the coordination of the guide hole, and the damage of the pile body caused by excessive pile driving pressure can be avoided. Then, the grouting device is used to grout the inside, so that the stability and convenience of the pile can be improved. For this reason, the construction equipment can improve the efficiency of pile planting by creating guide holes and quickly grouting.

[0011] 2. The present invention is further improved from the column pressing device. The slider on the connecting sleeve can effectively drive the strengthening rod and the impact head to slide up and down in the center of the vertical rod, so that after the pile is sunk and the grouting is completed, the slider can drive the strengthening rod and the impact head to rise and fall by sliding up and down, and then impact the top of the pile head to achieve the column pressing effect, further improving the firmness after the pile is sunk. At the same time, the vibration ring inside the impact head can make the impact head vibrate during the column pressing, so that the slurry can be evenly shaken open, so that the slurry can completely fill the pile sinking area after solidification, further improving the vertical firmness of the overall pile body.

[0012] 3. After further improvement of the regulator, the present invention can make the movable plate slide up and down in the restraining body through the "cross" shape of the restraining body and the movable plate. During the process, the restraint of the balance block can prevent the position from tilting during sliding, thereby improving the convenience of height adjustment of the construction device on the parallel plate. After the movable plate stops moving, the push block at the center of the side of the restraining body can be combined with the adsorption block to be embedded in parallel with the movable plate and the balance block for contact and adsorption, so that the position fixation effect after height adjustment can be improved, the shaking phenomenon can be avoided, and the construction device can be indirectly improved to perform stable operation at a suitable height. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 The present invention is a structural schematic diagram of a construction equipment for pile planting.

[0014] Figure 2 The present invention is a schematic diagram of the three-dimensional structure of an improved construction tool.

[0015] Figure 3 The present invention is a schematic diagram of the three-dimensional structure of an improved grouting device.

[0016] Figure 4 The present invention is a schematic diagram of the three-dimensional structure of an improved column press.

[0017] Figure 5 The present invention is a schematic diagram of the three-dimensional structure of an improved impact head.

[0018] Figure 6 The present invention is a schematic diagram of the three-dimensional structure of an improved regulator.

[0019] Figure 7 The present invention is a schematic diagram of the three-dimensional structure of an improved containment body.

[0020] In the figure: support column 1, load-bearing platform 2, regulator 3, parallel plate 4, construction device 5, column pressing device 51, connection sleeve 52, vertical rod 53, assembly ring 54, rotating member 55, drilling body 56, grouting device 57, connecting hole 571, guide member 572, flow pipe 573, spray head 574, clamp ring 575, through cavity 576, slider 511, connecting Connecting sleeve 512, disassembly rod 513, reinforcement rod 514, impact head 515, reinforcement block a1, vibration ring a2, small screw a3, rust-proof body a4, through slot a5, restraining body 31, movable plate 32, balance block 33, card block 34, protrusion 35, pull block 311, push block 312, adsorption block 313, through slot 314, anti-bias frame 315. DETAILED DESCRIPTION

[0021] The present invention is further described below in conjunction with the accompanying drawings: Example

[0022] Figures 1 to 3 As shown: The present invention provides a construction device for pile planting. Its structure includes a support column 1, a load-bearing platform 2, an adjuster 3, a parallel plate 4, and a construction device 5. The support column 1 is welded to both sides of the lower end of the load-bearing platform 2. The adjusters 3 on both sides of the surface of the load-bearing platform 2 are on the same vertical center line as the support column 1. The parallel plate 4 is embedded in the upper end of the adjuster 3. The construction device 5 passes through the central parts of the parallel plate 4 and the load-bearing platform 2 and is spaced apart from the support column 1 and the adjuster 3. The center of the surface of the load-bearing platform 2 is a hollow rectangular shape.

[0023] The construction device 5 is provided with a column pressure device 51, a connection sleeve 52, a vertical rod 53, an assembly ring 54, a rotating member 55, a drilling body 56, and a grouting device 57. The column pressure device 51 passes through the connection sleeve 52, the vertical rod 53, and the center of the assembly ring 54. The lower end of the connection sleeve 52 is fixedly connected to the vertical rod 53. The lower end edge of the vertical rod 53 is covered by the assembly ring 54. The rotating member 55 is embedded in the surface edge of the assembly ring 54. The drilling body 56 passes through the lower end of the assembly ring 54 and is connected to the rotating member 55. The vertical rod 53 is movably connected with the rotating member 55, the grouting device 57 is positioned at the upper middle part of the outside of the vertical rod 53 and is spaced to match the rotating member 55 and the drilling body 56; the column pressing device 51 is set in a vertical position and intersects with the center of the connecting sleeve 52, the vertical rod 53 has a circular through cavity at the center, the diameter of the assembly ring 54 is larger than the diameter of the vertical rod 53 and the edge carries multiple groups of small rotating members 55 and a conical solid drilling body 56, and the center of the grouting device 57 coincides with the center of the vertical rod 53; The column press 51 can achieve vertical movement effect by vertical orientation setting and center intersection with the connecting sleeve 52. The vertical rod 53 can enable the column press 51 to achieve vertical movement effect through the circular through cavity at the center of the circle. The assembly ring 54 can determine the position of the small rotating part 55 and the drilling body 56 through its own diameter, and then use the rotating part 55 and the drilling body 56 to create a guide hole inside the pile groove. The effect of the center of the grouting device 57 coinciding with the center of the vertical rod 53 can improve its own vertical fixation.

[0024] The grouting device 57 is provided with a connecting hole 571, a guide 572, a circulation pipe 573, a spray head 574, a clamping ring 575, and a through cavity 576. The connecting hole 571 is arranged at the edge center of the guide 572, the circulation pipe 573 is fixed to the lower end edge of the guide 572, the spray head 574 is fixed to the lower end center of the circulation pipe 573, the clamping ring 575 covers the center edge of the guide 572, the through cavity 576 runs through the center area of ​​the guide 572 and communicates with the clamping ring 575, and the The spray head 574 of the circulation pipe 573 penetrates the edge of the assembly ring 54 and is spaced apart from the rotating member 55 and the drilling body 56. The through cavity 576 at the center of the guide member 572 can be fixedly connected to the middle and upper part of the vertical rod 53 through the clamp ring 575. The connecting hole 571 is hollow and four vertical circulation pipes 573 are installed at the lower end of the guide member 572. The spray head 574 is circular in shape. The clamp ring 575 covers the edge of the center of the guide member 572. The through cavity 576 is set in a vertical position. The connecting hole 571 can guide the slurry through its hollow shape, and then lead it out through the four flow pipes 573 at the lower end, so as to achieve the effect of precise grouting. The spray head 574 can match the shape of the component through its circular shape, so as to improve the stability during grouting. The clamp ring 575 can avoid internal leakage during slurry guidance by covering the inner center of the guide member 572. The through cavity 576 can be combined with the clamp ring 575 through vertical orientation setting to complete the interlaced vertical splicing with the component.

[0025] Specific functions and operation procedures of this embodiment: In the present invention, First: the construction equipment used for pile planting can determine the position of the load-bearing platform 2 through the support column 1, and then the regulator 3 on the surface of the load-bearing platform 2 can determine the height of the parallel plate 4, so that after the height of the parallel plate 4 is determined, the construction device 5 will be electrically connected to the external power supply, and then the inside of the pile groove will be made through the electronic control characteristics, and then the pile body will be embedded according to the shape of the load-bearing platform 2, and then grouting will be performed inside again, so that the effect of making the lead hole and grouting can ensure that the pile body will not be damaged due to excessive pressure when it is implanted, thereby improving the vertical stability effect of the pile body; Second: the connection sleeve 52 of the construction device 5 can stably and vertically install the components such as the pressure column device 51 and the vertical rod 52 at the center of the parallel plate 4, and then the assembly ring 54 at the lower end of the vertical rod 53 of the connection sleeve 52 can fix multiple groups of rotating parts 55 and the drilling body 56 at their own edge areas, so that the rotating parts 55 can drive the drilling body 56 to rotate through external power control, and at the same time, the drilling body 56 can create a guide hole inside the pile groove in combination with the height set by the regulator 3, so that the stability of the pile body entering can be improved, and the damage to the pile body caused by the resistance can be avoided. Then the grouting device 57 can add slurry to the inside of the pile groove to ensure the placement stability of the pile body. Finally, the pressure column device 51 can be used to vibrate and squeeze the top of the pile body, so that the slurry can be evenly diffused, further improving the later curing effect and improving the vertical stability of the pile body. Third: the guide member 572 of the grouting device 57 can be connected to the external slurry box through the connecting hole 571, and then the guide member 572 can guide the slurry through the four flow pipes 573 and the spray head 574 at the lower end edge. During the process, the slurry can pass through the inner edge of the guide member 572, then enter the flow pipe 573 and finally be sprayed out from the spray head 574, so as to achieve the effect of precise grouting. At the same time, the clamp ring 575 at the center of the guide member 572 can thicken and solidify the center edge of the guide member 572, avoiding leakage during the circulation of slurry. At the same time, the through cavity 576 can complete the overlap and fixation effect with the middle and upper part of the vertical rod 53. Example

[0026] Figures 4 to 5 As shown: The present invention provides a construction device for pile planting. Its structure includes: the pressure column device 51 is provided with a slider 511, a connecting sleeve 512, a disassembling rod 513, a reinforcing rod 514, and an impact head 515; the slider 511 is embedded in the edge of the connecting sleeve 512; the upper end of the connecting sleeve 512 is threadedly connected with the lower end of the disassembling rod 513; the reinforcing rod 514 is embedded in the lower end of the connecting sleeve 512 and is threadedly connected with the disassembling rod 513; the impact head 515 is embedded in the lower end of the reinforcing rod 514 and coincides with the center of the circle thereof; the impact head 515 is exposed to the central area below the load-bearing platform 2 through the reinforcing rod 514; the slider 511 is provided with four pieces on the outer layer of the connecting sleeve 512 and has built-in electronic control components; the bottom of the disassembling rod 513 carries a threaded pattern; the reinforcing rod 514 and the impact head 515 are both made of carbon steel and have a finely polished surface; The slider 511 can drive the reinforcing rod 514 and the impact head 515 to interact up and down through the connecting sleeve 512 through the four pieces on the edge of the connecting sleeve 512, thereby achieving a column pressing effect. At the same time, the internal electronic control components can be electrically connected with the corresponding electronic control components to achieve a stable operating effect. The threaded pattern at the bottom of the disassembly rod 513 can achieve a disassembly effect with the top of the connecting sleeve 512, which is convenient for later disassembly and maintenance. The reinforcing rod 514 and the impact head 515 can avoid deformation caused by column pressing through the high hardness carbon steel characteristics.

[0027] The impact head 515 is provided with a strengthening block a1, a vibration ring a2, a small screw a3, an anti-rust body a4, and a through-slot a5. The surface of the strengthening block a1 overlaps with the vibration ring a2, and the center of the vibration ring a2 is spaced to match the small screw a3. The anti-rust body a4 overlaps with the strengthening block a1, and the vibration ring a2 and the small screw a3 are buried in the inner area of ​​the strengthening block a1. The through-slot a5 runs through the center of the anti-rust body a4 and communicates with the small screw a3. The strengthening block a1 overlaps with the anti-rust body a4 through the small screw a3, and the small screw a3 is locked into the lower end center of the strengthening rod 514. The vibration ring a2 on the strengthening block a1 is in the shape of a circular ring, the small screw a3 is set in a vertical position, and the through-slot a5 of the anti-rust body a4 is in a vertical hollow shape. The circular vibration ring a2 on the reinforcing block a1 can match its own shape. The vibration ring a2 can effectively drive the reinforcing block a1 to vibrate through its own shape and vibration effect, thereby achieving the characteristics of a vibration pressure column. The small screw a3 can improve the detachable connection firmness of the reinforcing block a1, the rust-proof body a4 and the components by setting the vertical position. The hollow through-slot a5 of the rust-proof body a4 allows the small screw a3 to penetrate.

[0028] Specific functions and operation procedures of this embodiment: In the present invention, First, the connecting sleeve 512 of the column pressing device 51 can be combined with the four external sliders 511 to drive the strengthening rod 514 and the impact head 515 at the bottom to move vertically up and down, so that the strengthening rod 514 can impact the top of the pile body through the impact head 515, so as to achieve the effect of precise column pressing, and then the connecting sleeve 512 can be combined with the slider 511 to be embedded in the center of the vertical rod 53, so that the strengthening rod 514 can slide linearly in the center of the vertical rod 53, and finally the disassembly rod 513 at the top of the connecting sleeve 512 can be stably threadedly connected with the top of the strengthening rod 514 through the effect of being exposed to the outside and the threaded layer carried inside, so that it can achieve the characteristic of easy disassembly and assembly through the twisting effect, and at the same time, it can improve the convenience of separation of the strengthening rod 514 and the connecting sleeve 512; Second: the reinforcement ring a1 of the impact head 515 can complete the detachable threaded connection with the bottom of the reinforcement rod 514 through the small screw a3 and the rust-proof body a4 and the through-slot a5 in the center of the surface, so that the rust-proof body a4 can allow the bottom of the reinforcement rod 514 to be embedded into the surface position of the reinforcement block a1 through the through-slot a5, thereby achieving the effect of vertical precise connection, and then the circular vibration ring a2 on the surface of the reinforcement block a1 can be controlled by the external electronic control component in combination with the power supply of the overall construction device 5, so that when the slider 511 is working, the vibration ring a2 can drive the reinforcement block a1 to vibrate, so when the reinforcement block a1 contacts the top of the pile column, the slurry can be evenly shaken open by the vibration effect, and then the pile body is impacted and pressed, so that the firmness effect after the pile is planted can be improved, so that the construction equipment can have the characteristics of creating guide holes, grouting, and vibration pressing piles, further improving the use intensity of the construction equipment. Example

[0029] Figure 6 to Figure 7 As shown: The present invention provides a construction device for pile planting. Its structure includes: the regulator 3 is provided with a restraining body 31, a movable plate 32, a balancing block 33, a clamping block 34, and a protrusion 35; the center of the restraining body 31 is penetrated by the movable plate 32; the centers of both sides of the surface of the movable plate 32 coincide with the balancing block 33; the clamping block 34 is arranged at the upper end of the movable plate 32 and the balancing block 33; the protrusion 35 and the surface of the clamping block 34 are perpendicular to each other and embedded in the lower end of the parallel plate 4; the restraining body 31 falls into the bearing platform 2. The left and right sides of the surface layer are on the same vertical line as the support column 1, and the movable plate 32 and the balance block 33 are inserted into the interior of the support column 1 through the restraining body 31 to overlap each other; the restraining body 31 is in the shape of a rectangular parallelepiped, and the movable plate 32 and the restraining body 31 form a "cross" shape. The balance block 33 is solid and is provided at the center of the left and right sides of the movable plate 32. The shapes of the clamping block 34 and the protrusion 35 are adapted to the shapes of the movable plate 32 and the balance block 33. The restraining body 31 can form a stable "cross" shape with the movable plate 32 through its rectangular shape. The shape formed by the movable plate 32 and the restraining body 31 can achieve the effect of stabilizing vertical lifting and lowering activities. The balancing block 33 can improve the vertical sliding stability of the movable plate 32 and prevent tilting through its solid shape and the number of two blocks. The clamping block 34 can vertically embed the movable plate 32 and the balancing block 33 through its mutual perpendicularity with the protrusion 35 and the shape formed, thereby improving the vertical firmness of the connection between the components.

[0030] The center of the surface of the restraining body 31 is newly provided with a pulling block 311, a pushing block 312, an adsorption block 313, a through slot 314, and an anti-bias frame 315. The pulling block 311 is welded to the center of the surface of the pushing block 312. The adsorption block 313 and the pushing block 312 overlap with each other. The through slot 314 is consistent in shape with the pushing block 312 and the adsorption block 313. The center of the anti-bias frame 315 is penetrated by the through slot 314 and overlaps with the pushing block 312. The anti-bias frame 315 is fixed to the center of the surface of the restraining body 31. The pushing block 312 is combined with the adsorption block 313 and penetrates through the through slot 314 to contact the movable plate 32 and the balancing block 33. The pushing block 312 and the adsorption block 313 are both solid. The through slot 314 is rectangular. The anti-bias frame 315 covers the edge of the through slot 314. The push block 312 and the adsorption block 313 can improve the adsorption strength with the surface of the component through the solid shape, the through groove 314 can allow the push block 312 to be embedded in parallel through the rectangular shape, and the anti-bias frame 315 can improve the embedding position accuracy of the push block 312 by covering the edge of the through groove 314.

[0031] Specific functions and operation procedures of this embodiment: In the present invention, First, the restraining body 31 of the regulator 3 can form a stable "cross" splicing effect with the movable plate 32, and then the balance blocks 33 on both sides of the surface of the movable plate 32 can improve the accuracy of the up and down sliding position of the movable plate 32 through the center fixation, avoiding the tilting instability caused by the movable plate 32 driving the parallel plate 4 to adjust the height through the block 34 and the protrusion 35. Finally, when the movable plate 32 slides down, it can enter the inner area of ​​the support column 1 through the center of the restraining body 31, so that they can achieve the effect of mutual overlap. At the same time, the movable plate 32 can be fixedly connected with the two sides of the lower end of the parallel plate 4 through the top block 34 and the protrusion 35, achieving the characteristic of stable height adjustment, thereby completing the effect of determining the height of the construction device 5; Second: the anti-bias frame 315 newly added at the center of the side of the restraining body 31 can determine the position of the through slot 314 in the center, and then the through slot 314 can allow the push block 312 and the adsorption block 313 of the same shape to be embedded, so that after the movable plate 32 stops moving, the push block 312 combines with the adsorption plate 313 to enter the through slot 314 area, and then adsorbs on the movable plate 32, thereby improving the origin fixation effect of the movable plate 32, avoiding the shaking and instability caused by the construction device 5 during operation after the height is determined. On the contrary, when the movable plate 32 needs to be adjusted again, the push block 312 can be manually pulled out by the pull block 311 to detach from the through slot 314 area, thereby achieving the effect of releasing the movable plate 32, thereby further improving the operating stability of the construction equipment.

[0032] Utilizing the technical solution of the present invention, or those skilled in the art designing similar technical solutions inspired by the technical solution of the present invention to achieve the above-mentioned technical effects, all fall within the protection scope of the present invention.

Claims

1. A construction device for pile planting, the structure of which comprises: A support column (1), a load-bearing platform (2), an adjuster (3), a parallel plate (4), and a construction device (5), characterized in that: the support column (1) is welded to both sides of the lower end of the load-bearing platform (2); the adjusters (3) on both sides of the surface of the load-bearing platform (2) and the support column (1) are on the same vertical center line; the parallel plate (4) is embedded in the upper end of the adjuster (3); the construction device (5) passes through the center of the parallel plate (4) and the load-bearing platform (2) and is spaced in coordination with the support column (1) and the adjuster (3); the center of the surface of the load-bearing platform (2) is a hollow rectangular parallelepiped; The construction device (5) is provided with a column pressing device (51), a connection sleeve (52), a vertical rod (53), an assembly ring (54), a rotating member (55), a drilling body (56), and a grouting device (57). The column pressing device (51) passes through the center of the connection sleeve (52), the vertical rod (53), and the assembly ring (54). The lower end of the connection sleeve (52) is fixedly connected to the vertical rod (53). The lower end edge of the vertical rod (53) is covered by the assembly ring (54). The rotating member (55) is embedded in the surface edge of the assembly ring (54). The drilling body (56) passes through the lower end of the assembly ring (54) and is movably connected to the rotating member (55). The grouting device (57) is positioned at the upper middle part of the outer part of the vertical rod (53) and is spaced to match the rotating member (55) and the drilling body (56).

2. A construction device for pile planting according to claim 1, characterized in that: The grouting device (57) is provided with a connecting hole (571), a guide member (572), a circulation pipe (573), a spray head (574), a clamping ring (575), and a through cavity (576); the connecting hole (571) is arranged at the edge center of the guide member (572); the circulation pipe (573) is fixed to the lower end edge of the guide member (572); the spray head (574) is fixed to the lower end center of the circulation pipe (573); the clamping ring (575) covers the guide member (572); The guide member (572) is provided at the center edge of the circle, the through cavity (576) passes through the center area of ​​the guide member (572) and communicates with the clamp ring (575), the spray head (574) of the flow pipe (573) passes through the edge of the assembly ring (54) and is spaced apart from the rotating member (55) and the drilling body (56), and the through cavity (576) at the center of the guide member (572) can be fixedly connected to the middle and upper part of the vertical rod (53) through the clamp ring (575).

3. The construction equipment for pile planting according to claim 1, characterized in that: The column pressing device (51) is provided with a slider (511), a connecting sleeve (512), a disassembly rod (513), a reinforcing rod (514), and an impact head (515); the slider (511) is embedded in the edge of the connecting sleeve (512); the upper end of the connecting sleeve (512) is threadedly connected to the lower end of the disassembly rod (513); the reinforcing rod (514) is embedded in the lower end of the connecting sleeve (512) and is threadedly connected to the disassembly rod (513); the impact head (515) is embedded in the lower end of the reinforcing rod (514) and coincides with the center of the circle thereof; the impact head (515) is exposed to the central area below the load-bearing platform (2) through the reinforcing rod (514).

4. The construction equipment for pile planting according to claim 3, characterized in that: The impact head (515) is provided with a reinforcing block (a1), a vibration ring (a2), a small screw (a3), an anti-rust body (a4), and a through-slot (a5); the surface of the reinforcing block (a1) overlaps with the vibration ring (a2); the center of the vibration ring (a2) and the small screw (a3) ​​are spaced together; the anti-rust body (a4) and the reinforcing block (a1) overlap with each other, and the vibration ring (a2) and the small screw (a3) ​​are buried in the inner area of ​​the reinforcing block (a1); the through-slot (a5) passes through the center of the anti-rust body (a4) and communicates with the small screw (a3); the reinforcing block (a1) overlaps with the anti-rust body (a4) through the small screw (a3), and the small screw (a3) ​​is locked into the lower end center of the reinforcing rod (514).

5. The construction equipment for pile planting according to claim 1, characterized in that: The regulator (3) is provided with a restraining body (31), a movable plate (32), a balancing block (33), a clamping block (34), and a protrusion (35). The central part of the restraining body (31) is penetrated by the movable plate (32). The centers of both sides of the surface of the movable plate (32) overlap with the balancing block (33). The clamping block (34) is arranged at the upper end of the movable plate (32) and the balancing block (33). The surface of the protrusion (35) and the clamping block (34) are perpendicular to each other and embedded in the lower end of the parallel plate (4). The restraining body (31) falls on the left and right sides of the surface of the load-bearing platform (2) and is on the same vertical line as the support column (1). The movable plate (32) and the balancing block (33) are inserted into the support column (1) through the restraining body (31) to overlap with each other.

6. The construction equipment for pile planting according to claim 5, characterized in that: A pull block (311), a push block (312), an adsorption block (313), a through slot (314), and an anti-bias frame (315) are newly provided at the center of the surface of the restraining body (31); the pull block (311) is welded to the center of the surface of the push block (312); the adsorption block (313) and the push block (312) overlap each other; the through slot (314) and the push block (312) and the adsorption block (313) are of the same shape; the center of the anti-bias frame (315) is penetrated by the through slot (314) and overlaps with the push block (312); the anti-bias frame (315) is fixed to the center of the surface of the restraining body (31); the push block (312) and the adsorption block (313) are inserted through the through slot (314) to contact the movable plate (32) and the balance block (33).

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