A fragmented ecological art pavement for forming a whole slab and its construction method

Abstract

The present invention provides a fragmented ecological art pavement for forming an integral slab and a construction method thereof. The pavement includes several simulated stones and gap filling layers, each simulated stone is placed on the pavement to be paved, and a The simulated stones are connected in series with adjacent simulated stones through connecting rods, and the gaps between the laid simulated stones are filled with the gap filling layer. The simulated stones on the pavement are formed by demolding a plurality of molds, the handles on the outer side of the mold frame, the slots, the clamps matched with the slots, the connecting rods, the closed pistons and the door leaf; There is an orifice on the side wall of the frame; the door leaf is set on the side wall of the frame on the side where the orifice is located in a push-pull manner, and when the door leaf is pushed and pulled to close the orifice, one end of the connecting rod passes through the orifice and passes through The door leaf is placed in the frame, and the other end is used to pass through the hole door of the adjacent mold, and is placed in the frame of the adjacent mold through the door leaf of the adjacent mold. The connecting rod is equipped with a closed piston inside the frame wall.

Description

technical field [0001] The invention relates to the field of building technology, in particular to a piecemeal ecological art pavement for forming an integral slab and a construction method thereof. Background technique [0002] In the construction of gardens and municipal roads, we often encounter fragmented paving of plate-shaped stones. This paving form breaks the common square rules, making the entire paving content active, full of dynamics, and full of strong artistic features. It is loved by the majority of users and designers. [0003] However, in the daily cutting, processing and construction of fragmented materials, construction workers usually use the excess leftovers or broken stones to process the fragmented materials. Although this can save a lot of expensive stone resources, However, in the process of processing and paving construction, each side of each piece of broken material is uncertain, and on-site cutting needs to be carried out according to the complet...

AI Technical Summary

Problems solved by technology

[0003] However, in the daily cutting, processing and construction of fragmented materials, construction workers usually use the excess leftovers or broken stones to process the fragmented materials. Although this can save a lot of expensive stone resources, However, in the process of processing and paving construction, each side of each piece of broken material is uncertain, and on-site cutting needs to be carried out according to the completed part, resulting in a huge amount of on-site cutting, which is not only time-consuming and labor-intensive, but also a serious waste of materials , sometimes it cannot achieve the purpose of saving materials, and it needs to be processed with regular materials, which will eventually lead to waste of resources and low laying efficiency

In addition, the current garden pavement and its paving materials generally have the defects of strength, water permeability and greening that cannot be taken into account at the same time.

Images