Heavy-duty carrying equipment and construction method thereof
A heavy-duty, equipment-based technology that is applied in excavation, transportation and packaging, and infrastructure engineering. It can solve problems such as uncontrollable installation accuracy, time-consuming and labor-consuming installation, and earthwork construction period occupied by installation, so as to improve economy and environmental protection. , Improve the efficiency of excavation and shorten the construction period
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[0035] Example one:
[0036] The present invention provides a heavy-duty carrying equipment, such as Figure 1 to Figure 4 As shown, it includes a skeleton attachment structure, an overall downward movement device and a heavy-duty soil lifting facility.
[0037] The skeleton attachment structure is composed of the lower bearing pile frame structure 1.1 and the top support structure 1.2. The top support structure 1.2 is detachably connected to the lower bearing pile frame structure 1.1 in a circumferential direction, and will be disassembled and turned over after the project ends.
[0038] The overall downward movement device is arranged between the top support structure 1.2 and the heavy-duty soil lifting facility, and includes multiple sets of downward movement mechanisms 2 assembled on the top support structure 1.2. See the patent application CN201911029544.X for the detailed structure of the overall downward movement device.
[0039] The heavy-duty soil lifting facility includes a...
Example Embodiment
[0056] Embodiment two:
[0057] The principle and structure of this embodiment are similar to the first embodiment, and the difference lies in: Image 6 with Figure 7 As shown, the downward movement mechanism 2 includes an upper support 2.1 (equivalent to a frame bracket), a downward movement cylinder 2.2 (or other lifting devices), a lower support 2.3 (equivalent to a bearing support), and a bearing shaft 2.5 . The upper and lower supports are provided with oblique oblong holes 2.4, and each oblique oblong hole 2.4 is provided with the load bearing shaft 2.5. The position of the oblique oblong hole 2.4 is such that when the bearing shaft 2.5 is located in the lower half of the support structure 3.1.1, when the load bearing shaft 2.5 is located in the upper half of the oblique oblong hole 2.4, it matches the support structure 3.1. 1 Depart from the loading. The bearing shaft 2.5 can be automatically located at the bearing point after being converted into the long circular hole...
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