Metal mesh for water curtain wall and water flow control method

Abstract

The invention discloses a metal net used for a water curtain wall and a water flow control method. The metal net is formed by serially connecting metal filament spiral structures which are regularly arranged to form water flow pipelines. The porosity of the metal net is that 1a=(1-1b / 1t)*100%, wherein 1b is the volume density of the metal net and 1t is the true density of the metal net. The height range of the metal net is 1m-50m, the wide range is 1m-50m and the metal net is made of stainless steel 316. According to the invention, by regularly arranging the metal filament spiral structures to form the water flow pipelines, water flows downwards stably at stable and controllable flow speed without noise and sputtering in the 90-degree vertical condition largely. By slowing down and controlling speed of water flows, a water flow noise reducing effect is achieved. The metal net can be matched with light, so the surface is bright and colorful, clearly layered and quite stereo, and rhythm effects are quite remarkable. The metal net can be used as projection curtain with clear images and high color resolution and can replace an electronic tube screen.

Description

Technical field [0001] The invention relates to a water curtain wall and a water flow control method, in particular to a metal mesh used for a water curtain wall and a water flow control method. Background technique [0002] Water curtain wall is a kind of cultural landscape specially used for decoration, which can be used indoors and outdoors. Generally, it is a decoration design attached to buildings. The appearance of water curtain wall solves various hall decoration problems to a large extent. It has a great effect on improving the quality of the building, enriching the space environment, increasing the living comfort and purifying the air. [0003] In the traditional water curtain wall diversion system, stone, glass, metal plate, etc. are usually used. In the prior art, the stone is bulky, large in volume, insufficient in water control, and must be tilted more than 90 degrees to control the water, which is mostly used for small water curtain wall waterscapes. The friction of...

AI Technical Summary

Problems solved by technology

In the existing technology, the stone is bulky and bulky, and the control of the water is insufficient, and the water must be tilted more than 90 degrees to control the water. It is mostly used for small water curtain wall water features

However, the friction of the glass itself is insufficient, the water flows straight down, the impact force is large, the splashing range of the water is large, and the noise is large.

In addition, it is difficult to control the water control of the traditional water curtain wall, the uniformity of the water curtain, and the noise of the water flow

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