What are the principles of design and manufacturing for musical fountains?

In recent years, musical fountains have become an essential part of urban water scenery, so what is musicFountain Designthe principle of its creation? Water is truly a magical thing. It can be magnificent and can also sway gracefully. To complement the effects of sound, light, and electricity, the design of musical fountains turns the fountain into a dancer. The entire design of the musical fountain is a collective effort, a crystallization of wisdom, not the strength of one person or a few individuals, especially in fields related to engineering, encompassing new technologies such as gas explosion, CNC, LED, etc., representing the high technological level of contemporary fountains.

So, what are the key points in the design and construction of musical fountains?

1. Equipment is the basic condition to ensure water quality pollution; the initial design should be based on the water quality of the water scenery. If the water quality is polluted, the landscape will also lose its value. Fountain design

2. The ecosystem and the usage environment of the water scenery may involve the collection and use of water, rain, and cooling water, so it is necessary to appropriately utilize water circulation and the oxygen spray function of the fountain. Reasonable use of the entire ecological environment is a good practice in designing natural water scenery.

It is understood that,Fountain Designin computer programming, it is divided into several musical sections with an accuracy of ten milliseconds, automatically mastering the basic emotional characteristics of music such as impact, nostalgia, lyricism, joy, excitement, sadness, joy, and passion, and then converting them into control signals. After synchronization, the signals are output to specific control devices around through the signal output card. In other words, the water shape configuration rules control actuators such as submersible pumps, solenoid valves, underwater lanterns, and inverters, integrating visual and auditory sensations. For example, when music is played, people may feel sadness in rhythm with the music. At this time, seeing the changes in the fountain's movements allows for a deeper experience of emotional longing and regret. Fountain design

When instruments play at a climax, the water flow sprays to the highest point, accompanied by the sound of the music, like a ceremonial sound. What is going on? In fact, this is the application of new detonator technology in the performance plan, which can be simply described as a welcoming style. The gas explosion fountain technology is currently rare in domestic musical fountains, and it is reported that symphonic music is often used to enhance the atmosphere of the square.

The gas explosion fountain consists of several parts: air compressor, high-pressure gas tank, valves, and nozzles. During the fountain performance, the air compressor pre-pressurizes the pneumatic high-pressure tank to a certain pressure, and the valve opens instantly after the air explodes. Fountain design

The high-pressure gas propels the water flow of the sprayer into the air, forming a large vapor combination, producing a blasting sound effect. The jet of water columns is controlled by characteristic solenoid valves, so the switching speed is fast, and it can run quickly, creating eye-catching effects. This is unimaginable in traditional fountains because each gas explosion nozzle is controlled separately, allowing for both jetting and continuous running spray, creating a grand momentum.