Controlling device for water level in electrical water-replenishing device and method thereof

Abstract

The invention relates to a water level-controlling device and a method, specifically to a controlling device for water levels in an electrical water-replenishing device and a method. The device comprises an infrared water level probe body 1, a water level induction line 2, a water scarcity induction area 3, an optimized replenishing end position 4, a controlling device 5 and a multifunctional button with a lamp 6. Compared with traditional methods and devices, the device and the method achieve free control over high and low water levels through only one probe, increase safety substantially, and prevent water outflow accidents. Meanwhile, the device can judge intellectually a probe fault or a water scarcity in water-storing buckets and conduct warning in time, so the device can be a long-term and stable one used in places such as fish tanks and pools.

Description

technical field [0001] The present invention mainly relates to a controlled water level device and method, and more specifically relates to a control device and method for electronic water replenisher to control water level. Background technique [0002] Now in the home environment or in leisure places, fish tanks are used in many places to raise fish for viewing. Keeping the water level in the fish tank is a necessary condition to ensure the normal survival of fish. At present, some electronic water replenishers on the market use dual probes to control the upper water level and the lower water level. Firstly, the increase in cost increases the price, and secondly, the increase in equipment doubles the risk of disaster caused by equipment failure. At the same time , if any one of the probes is damaged, it will cause serious consequences of not replenishing water or continuously replenishing water, which will pose a threat to the life in the tank and the safety of the user's...

AI Technical Summary

Problems solved by technology

Although this can control the water level at a lower cost and more accurately, there is also a problem that if the probe is always stuck at a low water level or a high water level, the system will not replenish water or continue to replenish water, especially if the water level continues to rise continuously. After overflowing the fish tank, the water floods Jinshan, which brings huge losses to users' property and a great potential safety hazard

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