Boundary-free swimming pool

Abstract

The invention relates to the technical field of swimming equipment, and discloses a boundary-free swimming pool. The swimming pool comprises a pool body, a laminar flow propeller and two backflow pipelines, the laminar flow propeller is arranged at the front end of the pool body, first water inlets are formed in the left side and the right side of the laminar flow propeller, the first water inletsin the left side and the right side are connected with one ends of the backflow pipelines correspondingly, second water inlets are formed in the other ends of the backflow pipelines, the second waterinlets extend to the rear end of the pool body, the second water inlets of the two backflow pipelines face each other, a first water outlet is formed in the laminar flow propeller, and the first water outlet faces the rear end of the pool body. The swimming pool has the advantages that the water flow internal circulation can be formed, indoor swimming can be achieved, and the convenience and rapidness are achieved.

Description

technical field [0001] The invention relates to the technical field of swimming equipment, in particular to an infinity swimming pool. Background technique [0002] Infinity swimming pool, that is, the direction of the water flow is controlled by the hydraulic propulsion device to form a directional water flow toward the swimmer. When the swimmer swims forward, it is pushed backward by the impact of the water flow of the hydraulic propulsion device, so that the swimmer will not move forward. Movement, that is, swimmers swim against the current in the pool to achieve the purpose of swimming exercise, similar to a treadmill, because of the propulsion of the water flow, swimmers cannot swim to the edge of the pool, so it is called an infinity pool. Infinity swimming pools are very popular in small gardens or courtyards due to their flexible construction methods and smaller space occupation; existing hydraulic propulsion devices are usually sucked and discharged by rotating blad...

AI Technical Summary

Problems solved by technology

Infinity swimming pools are very popular in small gardens or courtyards due to their flexible construction methods and smaller space occupation; existing hydraulic propulsion devices are usually sucked and discharged by rotating blades, resulting in easy formation of water inlets and outlets. Whirlpool, low safety, and the hydraulic propulsion device usually absorbs water at the bottom of the pool and drains water at the top of the pool, so that part of the suction force of the hydraulic propulsion device sucking in the water flow is offset by part of the thrust of the discharge water flow, resulting in the water flow discharged by the hydraulic propulsion device insufficient thrust

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