Bilateral artificial wave making system

Abstract

The invention discloses a bilateral artificial wave making system. The bilateral artificial wave making system comprises a pool body for water storage, a supporting mechanism, a moving assembly and pushing plates; a shallow water region is arranged on the outer side in the transverse extending direction of the pool body, a deep water region with the depth being greater than that of the shallow water region is arranged in the middle of the pool body, a slope surface is arranged at the connection part of the deep water region and the shallow water region, and the included angle between the slopesurface and the pool bottom of the deep water region part is 100-110 degrees; the supporting mechanism comprises a track longitudinally penetrating through the deep water region of the pool body, andsupporting columns supporting the track; the moving assembly is driven by a power mechanism and moves along the track in a reciprocating mode; and the pushing plates are symmetrically arranged on thetwo sides of the moving assembly and moves with the moving assembly along the track, and in the moving process, at least part of the pushing plates are immersed below the liquid level and push waterin the moving direction.

Description

technical field [0001] The invention relates to the technical field of artificial wave-making, in particular to a double-sided artificial wave-making system capable of simulating ocean waves suitable for surfing on both sides. Background technique [0002] Ocean waves in nature are mainly driven by wind to sea water, and many small waves are superimposed to form large waves. During the advancing process of the waves, if the coast, the bottom of the sea rise or the flow area shrinks, some special huge waves will be formed, especially the tube waves suitable for surfing competitions, which are called "high-quality waves" of surfing. However, the astronomical and geographical conditions for forming these "high-quality waves" are relatively harsh, and the source of waves is scarce. [0003] Traditional wave-making equipment includes pumping, vacuum pumping, reciprocating surfboards, and heavy impacts, all of which have many defects in wave height, wave shape, and continuity. Th...

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Problems solved by technology

However, the astronomical and geographical conditions for the formation of these "high-quality waves" are relatively harsh, and the wave sources are scarce.

[0003] Traditional wave-making equipment includes pumping, vacuum pumping, reciprocating surfboards, and heavy impacts, all of which have many defects in wave height, wave shape, and continuity. They are far different from natural tube waves and are not suitable for use as Langyuan for training and competition

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