A kind of manufacturing method of artificial large-scale rockery

Abstract

The invention relates to a manufacturing method for a man-made large-scale artificial hill. The manufacturing method comprises the steps that (1) an inner die is manufactured; and (2) an outer die ismanufactured, wherein 1), the surface of a hill body model is marked and separated according to the design requirement, and the size of each box is matched with the size of a sponge felt; 2), the prefabricated sponge felts are laid on the surface of the hill body according to the separated position, arrangement and distribution are particularly carried out from bottom to top and from left to right, the lower edge of the upper-layer sponge felt is erected on the upper edge of the lower-layer sponge felt, the left edge of the right row of sponge felts is erected on the right edge of the left layer of sponge felt, and it is required to compact the sponge felts in the laying process so that the sponge felts tightly cover the surface of the hill model; 3) water mist is sprayed to the sponge felts to form an outer die, and the outer edge of the outer die is trimmed; and 4), spray decoration is carried out, wherein colors are sprayed to the solidified outer die. The inner die can be repeatedly used, large-scale production of the man-made large-scale artificial hill can be achieved, the outer die directly covers the outer side of the inner die, sprayed water mist solidifies, and manufacturing is simple.

Description

technical field [0001] The invention relates to a method for making an artificial large rockery. Background technique [0002] There are many high-rise buildings in modern cities, and the contact space between people and nature is relatively small. In particular, the city is mostly embellished with greenery, which lacks a three-dimensional effect. However, proper construction of artificial three-dimensional landscapes and decorations can adjust people's natural feelings. Existing horticultural landscapes and architectural decorations use a large number of natural stone materials. The mining of natural stone materials has a greater impact on the environment, and transportation and processing consume a lot of manpower and material resources. At the same time, it is difficult to achieve large-scale and large-scale production of natural stone materials. Production, such materials and crafts can also be used for smaller landscape shapes, but it is expensive and difficult to build...

AI Technical Summary

Problems solved by technology

Existing horticultural landscapes and architectural decorations use a large number of natural stone materials. The mining of natural stone materials has a greater impact on the environment, and transportation and processing consume a lot of manpower and material resources. At the same time, it is difficult to achieve large-scale and large-scale natural stone materials. Production, such materials and crafts can also be used for smaller landscape shapes, but it is expensive and difficult to build landscapes with larger structures such as boulders and rockeries; It is difficult to implement the mountain and rock landscape with ordinary methods, and even if it costs a lot of money to make the inner mold, because the rockery and rockery pursue a natural feeling of unevenness, it is difficult to implement the external surface with cement plastering

[0003] In addition, there are more and more construction wastes nowadays, and the disposal of construction wastes is very difficult. Recyclable construction wastes, such as steel bars and wood, can be recycled; Generally, it is disposed of by landfill. It is difficult to re-grow vegetation in the landfill area, which seriously affects the environment.

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