Slope protection stone

Abstract

The invention relates to a slope protection stone. A positioning bulge is formed between two side surfaces on the top surface of the slope protection slope near the back end edge in a transverse extending way, a plurality of positioning grooves are hollowly formed between the two side surfaces at the bottom surface of the slope protection stone in a transverse extending way, wherein the cross section of the positioning bulge is narrower than the cross sections of the positioning grooves. Based on the match of the positioning bulge and the positioning grooves, the positioning bulge and the positioning grooves can be arbitrarily combined according to the gradient of a slope so that the slop protection stone achieves the purpose of conveniently adjusting and changing the pattern of a retaining wall built by the slope protection stone.

Description

technical field [0001] The invention relates to a slope protection stone used in slope protection engineering, in particular to a slope protection stone with the functions of ecological protection, soil erosion prevention and landscape beautification. Background technique [0002] General road development, slopes and rockeries in gardens and landscaping often require a slope protection structure to resist landslide pressure. The so-called slope protection structure is usually staggered and stacked in an engineering way. Retaining wall formed by revetment stones. [0003] A kind of slope protection stone in the prior art, such as the landscape type retaining wall block of the No. 309934 Taiwan New Patent Case, wherein a leading edge is formed at one end of the block, and a root (14) is formed at the opposite end of the leading edge. The middle section of the block (10) is longitudinally pierced with a through hole (13), and the bottom surface of the root (14) of the block (1...

AI Technical Summary

Problems solved by technology

[0004] With the above structure, when the retaining wall blocks (10) of the prior art are stacked, the convex strips (16) on the bottom surface of the roots (14) of the blocks (10) are embedded in the embedding grooves ( In 18), since the cross-sectional width of the raised strip (16) is larger than that of the embedding groove (18), after the blocks (10) are stacked on each other, the front edges of the upper and lower blocks (10) will have front and rear step differences, And make the overall retaining wall surface be a slope with a specific slope from bottom to top, but subject to certain restrictions on the section width difference of the convex strip (16) and the embedding groove (18), the overall retaining wall surface has a certain slope, and It cannot be combined arbitrarily with the slope, otherwise the best stable stacking state cannot be achieved. If the slope of the block (10) stacking is to be changed, a differently designed block (10) must be used in conjunction with the shape of the root (14 ) the convex lines (16) at different positions on the bottom surface. However, in addition to increasing the complexity of the manufacture of the block (10), it also increases the troubles in the classified management of the retaining wall blocks (10) in the slope protection engineering program. In addition, in order to meet the needs of various slopes, blocks of different specifications must be produced, resulting in an increase in production costs and inventory management costs

[0005] In addition, limited by the design of the ridges (16) and the slots (18) of the block (10) in the prior art, the retaining wall constructed by the retaining wall block (10) in the prior art, Only the upper through hole (13) can be properly exposed for filling soil to plant flowers and trees, or the design of the convex strip (16) and the slot (18) of the block (10) can make each layer of block (10) All the through holes (13) close to the front edge can be exposed. In this case, if flowers and trees are not planted in the through holes (13) of each layer of blocks (10), it will hinder the overall aesthetic appearance.

[0006] This shows that the above-mentioned existing slope protection stone obviously still has inconvenience and defects in structure and use, and needs to be further improved urgently

In order to solve the above-mentioned problems, the relevant manufacturers have tried their best to find a solution, but for a long time no suitable design has been developed, and the general product has no suitable structure to solve the above-mentioned problems. This is obviously the relevant industry. Urgent problem

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