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Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle C
Kettle design
An excellent kettle design needs to take into account multiple aspects to ensure that the product is both practical and safe, beautiful and durable, while focusing on user experience and environmental sustainability. In actual design, it can be continuously optimized and improved according to market demand and user feedback.
Working principle
The working principle of hot water kettles, especially electric hot water kettles, is mainly based on the heat generated by the heating tube to heat the water. When the electric hot water kettle is connected to the power supply, the current passes through the resistance wire inside the heating tube, and the resistance wire quickly heats up due to the thermal effect of the current. The heat generated is then transferred to the water through the inner tank, causing the water temperature to gradually increase. When the water temperature reaches the set temperature (such as 100℃), the thermostat will automatically disconnect the circuit, stop heating, and prompt the user through the indicator light or sound that the water has boiled 12. This process ensures that the hot water kettle can heat water safely and effectively to meet the daily needs of users.
Overall shape

The overall shape concept of the kettle mainly includes the following aspects:


Functional design: Fast heating: Adopt efficient heating elements, such as stainless steel heating tubes, to ensure fast and even heating of water. ‌Temperature control‌: Built-in intelligent temperature control system, users can set different water temperatures (such as 40℃, 70℃, 90℃, etc.) according to needs to meet different needs such as tea, coffee, and baby milk powder. ‌Insulation function‌: Designed with a double-layer vacuum insulation structure, the water temperature can be maintained for a long time even after power failure, reducing repeated heating, energy saving and environmental protection. ‌Capacity selection‌: Provide a variety of capacity options (such as 1L, 1.5L, 2L, etc.) to meet the needs of different families or offices.


Safety design: Dry-burn protection: Built-in dry-burn protection device, automatically cuts off the power when there is no water or too little water in the kettle to prevent dry burning and fire. ‌Over-temperature protection‌: Set the maximum temperature limit, and automatically cut off the power when the water temperature exceeds the set value to ensure safe use. ‌Anti-slip base‌: The base adopts an anti-slip design to increase stability and prevent tipping. ‌Child lock function‌: Design a child lock or safety lock to prevent children from misoperating.

Solution
Solution

Kettle overheating problem ‌Use an insulation pad or towel‌: When the bottom or side of the kettle is too hot, you can use an insulation pad or a thick towel to wrap the kettle to effectively prevent heat from radiating to the surface. ‌Wait for cooling‌: Place the kettle in a safe place, avoid touching the high-temperature part, and wait for it to cool down naturally before using it. You can place some towels around to help absorb heat and speed up the cooling process. ‌Adjust the environment‌: If the surrounding temperature is too high, you can consider opening windows for ventilation or moving to an air-conditioned area to help lower the indoor temperature and the temperature of the kettle. In addition, you can also use devices such as electric fans or fans to speed up air circulation and remove some of the heat.
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Guangzhou Zhizhuo Product Design Co., Ltd
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