Hydraulic drive control system of full-hydraulic amphibious amusement tank

Abstract

The invention relates to a hydraulic drive control system of a full-hydraulic amphibious amusement tank. The system comprises a hydraulic oil tank and a hydraulic pump. The hydraulic system further comprises a left water spraying motor and a right water spraying motor. The hydraulic pump is connected with a P port of an M-type two-position four-way electromagnetic valve I and a P port of an M-type two-position four-way electromagnetic valve II. The M-type two-position four-way electromagnetic valve I and the M-type two-position four-way electromagnetic valve II are connected with the left water spraying motor and the right water spraying motor through an A port of the M-type two-position four-way electromagnetic valve I and a B port of the M-type two-position four-way electromagnetic valve II respectively. A T port of the M-type two-position four-way electromagnetic valve I and a T port of the M-type two-position four-way electromagnetic valve II are connected with a P port of an H-type three-position four-way electromagnetic valve I and a P port of an H-type three-position four-way electromagnetic valve II respectively. The H-type three-position four-way electromagnetic valve I and the H-type three-position four-way electromagnetic valve II are connected with a left running motor and a right running motor through an A port of the H-type three-position four-way electromagnetic valve I and a B port of the H-type three-position four-way electromagnetic valve II respectively. A power system is shared in the hydraulic drive control system, stepless speed regulation and independent control over aquatic driving and land driving can be achieved, and the hydraulic drive control system is easy to operate, reliable and low in energy consumption.

Description

Technical field [0001] The invention relates to the field of hydraulic control systems for amusement equipment, in particular to a hydraulic drive control system for a full hydraulic amphibious amusement tank. Background technique [0002] Manipulating or experiencing tank driving is a dream of tourists and players, and the operating cost and maintenance requirements of military tanks, as well as national military control, are very unlikely to be implemented in the playground. The existing amusement tank is a new type of modern amusement vehicle. The common amusement vehicles are both wheeled and tracked. Wheeled bumper cars can only be equipped with air power grids and substations after laying metal plates on a limited site. It can only be used in a room, so its cost is high, and its application range is small. Rail-type trains can only be used to ride and cannot be manipulated by hand, and these can't really experience the feeling of riding a tank. [0003] And now many amusemen...

AI Technical Summary

Problems solved by technology

The existing amusement tank is a new type of modern amusement vehicle. Common amusement vehicles are wheeled and track-type. Wheeled bumper cars can only be equipped with aerial grids and substations after laying metal plates on limited venues. It can only be used in a room, so its cost is high, and its application range is small. The rail-type train can only be used and cannot be operated by hand, and these cannot really experience the feeling of riding a tank.

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