Vacuum blast wave-making combined assembly

Abstract

The invention relates to a vacuum blast wave-making combined assembly. The vacuum blast wave-making combined assembly comprises a vacuum machine room, a blower room, a valve machine room and a vacuumcavity, wherein the vacuum cavity is isolated from the machine room; the vacuum cavity comprises a first vacuum cavity and a second vacuum cavity; a vacuum wave-making motor arranged in the vacuum machine room communicates with the first vacuum cavity through an air pipe; the valve machine room is arranged at the top of the first vacuum cavity and communicates with the first vacuum cavity througha control valve of a vacuum machine, and a blast wave-making motor arranged in the blower room communicates with the second vacuum cavity through an air storage pipe; the first vacuum cavity and the second vacuum cavity are both provided with water outlet cavities, and the water outlet cavities communicate with an external wave-making pool; and the water storage plane of the vacuum cavity and thewater storage plane of the wave-making pool are of the same height in daily life, the vacuum wave-making motor or the blast wave-making motor is started during wave-making so as to enable the vacuum cavity to form a pressure difference with the outside, the control valve or an air inlet valve of the vacuum machine is opened after the water level in the vacuum cavity is raised to balance the air pressure in the vacuum cavity with the outside, and water is impacted into the wave-making pool by inertia to form water waves.

Description

technical field [0001] The described embodiments relate generally to the field of wave-making technology. More specifically, this embodiment relates to a vacuum blast wave-making combined assembly. Background technique [0002] Nowadays, people's entertainment methods are gradually diversifying with the vigorous development of industry. The entertainment facility industry has developed a variety of amusement equipment and put them in major playgrounds for the public to play. Now there is a kind of equipment in the playground that imitates the entertainment method of sea waves hitting the sea, which is called wave-making equipment by the public. The publicity of wave-making equipment increases people's play fun. The existing wave-making equipment on the market mostly uses water pumps as power to pump water to the water tank and then open the valve to release water to create waves. The valve is driven by a hydraulic cylinder connected to a linkage mechanism. This wave-making ...

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Problems solved by technology

Most of the existing wave-making equipment on the market uses water pumps as power to pump water to the water tank and then open the valve to release water to create waves. The valve is driven by a hydraulic cylinder connected to a linkage mechanism. This wave-making method takes too long to drive and is repaired after damage. The difficulty is high, the noise is high, and it is not environmentally friendly; some others use the water potential inertia to pump the vacuum chamber by vacuuming, install sensors on the wall of the vacuum chamber to detect the water level, and then release the water to impact into waves. Therefore, it is easy to be affected by the sensor and cause inaccurate positioning. The forms of water waves are different, and the existing wave-making equipment can only provide a wave-making effect, which cannot meet people's diverse entertainment needs

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