Automatic test device for simulating ocean tide environment

Abstract

The invention discloses an automatic test device for simulating an ocean tide environment. A sea water circulating controller comprises a water inlet device and a water outlet device; a water inlet pump of the water inlet device and a water outlet pump of the water outlet device are variable-frequency water pumps; the water inlet device is communicated with a water inlet of a main corrosion working chamber and a water outlet of an auxiliary corrosion working chamber respectively; the water outlet device is communicated with a water outlet of the main corrosion working chamber and a water inlet of the auxiliary corrosion working chamber respectively; and a first flow sensor is arranged in the water inlet device, and a second flow sensor is arranged in the water outlet device. A sea water temperature controller is arrange at the bottom of the main corrosion working chamber; a low liquid level controller and a high liquid level controller are fixedly arranged in the main corrosion working chamber; an air blowing port of an air blowing device and an illumination device are positioned above the high liquid level controller; and the water inlet device, the water outlet device, the sea water temperature controller, the air blowing device and the illumination device are connected with the controller respectively. The automatic test device can effectively simulate the actual ocean tide environment.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps create simulations that accurately simulate how sea water flows over land or on other planets during times when they are exposed to different environments such as tides or oceans. It's efficient at testing its effectiveness but it doesn’t work well for longer periods due to changes caused by weather conditions like wind speed or temperature. Additionally, this technology allows users to easily check their outcomes without having them constantly monitored throughout these processes. Overall, this innovation improves safety and reliance while ensuring better quality products from manufacturings.

Problems solved by technology

Technological Problem: The technical problem addressed in this patented text relates to testing the ability of concrete materials used around sea shipping facilities against corrosivity from environmental factors like salt exposures during their lifecycle stages such as freezing rain events (FIN) and weather conditions. Existing methods involve destructively measuring the strength properties of these materials overcomes limitations associated with current laboratory techniques.

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