How does putting water in front of heater help?
Best insight from top research papers
Putting water in front of a heater serves various purposes based on different inventions. One utility model involves a water heater front pipe air circuit control valve structure, which utilizes multiple air cavities and a valve assembly to control air circulation efficiently, reducing costs and enhancing safety . Another invention presents a water heater for public places that automatically absorbs and heats water, converting it into an insulating state after boiling without manual intervention, ensuring convenience and automation . Additionally, a cold water treatment facility for gas heater front ends recycles water, conserving resources and enhancing safety with a simple and user-friendly design . Furthermore, a high-capacity front wall hanging solar water heater increases hot water capacity, meets user needs, and provides fresh hot water with simple installation and management, complemented by an electric heating device for all-weather use .
Answers from top 5 papers
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| Papers (5) | Insight |
|---|---|
| Putting water in front of the heater helps regulate air circuit control through a valve structure with multiple air cavities and an electromagnetic valve, simplifying control, reducing costs, and enhancing safety. | |
Patent 10 Dec 2008 1 Citations | Placing a front-located water strainer in a solar water heater purifies water through PP cellocotton and cation exchange resin filters, providing clean and healthy solar energy and drinking water. |
| Putting water in front of the gas heater helps in recycling cold water and low warm water, reducing water waste, avoiding secondary pollution, and enhancing energy efficiency without additional energy requirements. | |
| Placing water in front of a high-capacity front wall hanging type solar water heater allows for increased hot water capacity, meeting user needs, and providing fresh hot water through heat exchange. | |
| Putting water in front of the heater helps the water heater for public places to automatically absorb and heat water, converting it to an insulating state without manual intervention. |
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