Single-fork net rack used for building dam or intercepting plugging opening
A technology of fork heads and grids, applied in dikes, dams, buildings, etc., can solve the problems of difficult handling, difficult alignment, instability, etc., and achieve the effect of easy handling, improving emergency rescue effects, and not wasting space.
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Embodiment 1
[0045] like figure 1 Shown, make a kind of single fork network frame 1 that is used for constructing embankment or shut-off plugging, and such single fork network frame 1 is made of single fork frame 10 and mesh wire 3.
[0046] Firstly, the frame 2 is made, the frame 2 includes a frame 4, and the edge ends 8 of the five frame 4 are connected in pairs to form the frame 2, wherein the contact point where the edge ends 8 of every two frame 4 are connected to each other is called a handover Point 7, in this embodiment, the side end 8 of one frame 4 in every two intersecting frames 4 extends outward at the junction point 7 to become a single fork 9; the frame 2 becomes a single fork frame 10 .
[0047] In practical applications, the frame 2 can be made into a triangular frame, a quadrangular frame, a pentagonal frame or other polygonal frames; 8 extends outward at the junction point 7 to become a single prong 9; thereby forming a single prong triangular frame, a single prong quad...
Embodiment 2
[0051] like figure 2 Shown, make a kind of regular triangular single fork net frame 11.
[0052] Described equilateral triangular single fork net frame 11 comprises three frames 4 and mesh wire 3; The side ends 8 of three frames 4 are handed over two by two, and the side ends 8 of a frame 4 in every two mutually handed over frames 4 are in the The junction point 7 extends outward to become a single fork 9, and the frame becomes a triangular single fork frame 12; the distance between two junction points 7 in the same border 4 is called the border point distance 13, when the border point distance of three borders 4 When 13 is equal, become equilateral triangular single prong frame 14; Mesh wire 3 is fixedly installed in the framework and becomes equilateral triangular single prong net frame 11.
[0053] The frame 4 is also called a skeleton or a main rib, and can be made of metal materials, or other hard materials, such as steel, alloy copper, hard alloy, PVC, etc.
[0054] T...
Embodiment 3
[0063] like image 3 As shown, based on the single-fork network frame 1, make the three-fork cage body 15 for building embankments or intercepting and blocking.
[0064] Taking the cube as an example, make the cube trident cage body 15. Described three-prong cage 15 adopts single-prong grid frame 1 to make; Make a square frame 2 by connecting each other in pairs, and fix the mesh 3 in the frame 2 to form a square grid; take the frames of the six grid frames and connect them in pairs to form a cage 16; every two frames in the frame 2 The contact point where the side ends 8 of 4 meet each other is called the handover point 7, and the side end 8 of one frame 4 in every two handover frames 4 is extended outward at the handover point 7 to become a single fork 9; The frame 2 becomes a square single-prong frame, and the grid becomes a square single-prong grid; the frames 4 of the six square single-prong grids are connected in pairs to each other to form a cage 16, and the intersect...
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