石造りのエレベーター室の張り込み

エレベータールームはホテルの共用エリアに属します, 人の流れが比較的集中している場所, 石材や装飾効果に対する要求は比較的高い. エレベータールームの形状は一般的に比較的規則的な長方形です。, 面積は大きくありません, and the processing and construction requirements for stone materials are also relatively high. It is required that the walls and floors be matched naturally and integrated.

Of course, the lofting of the wall and the ground must be carried out at the same time. The decorative stone materials in the elevator room mainly include floor specification boards and corrugations, floor parquet, baseboards, wall specification panels, waistlines, ceiling lines, elevator door cover lines, 等.

The stakeout method is similar to the lobby stakeout method. まず最初に, the finished upper line of the stone wall surface should be released, and the finished surface of the side panels and lines of the elevator entrance should also be released to achieve accurate positioning. From the design point of view, it is possible To simplify the processing and construction, the function of the door cover is to close the door. If the elevator door cover can be designed as a relatively independent shape, the lofting will be simple, so we must carefully digest the design drawings, without changing the design effect. The closure scheme can be adjusted appropriately to make stakeout easier to operate.

The elevator room of the Wynn Hotel in Macau is a special case. In the design plan, the elevator door cover line and the skirting line are designed to have the same shape, and they must be spliced ​​at a 45-degree angle. The entire wall is connected as a whole, requiring accurate dimensions and increased lofting , The difficulty of processing and installation.

During the lofting process, we should pay attention to the size of the joints, such as the collision between the door casing line and the wall and side panels, as well as the collision between the skirting line and the wall panel, and the size of the ceiling line. It needs to be comprehensively considered to facilitate processing and installation. Choose the most reasonable node graph.