电热热水瓶制造技术
Electric thermos bottle
The utility model discloses an electrothermal thermos bottle, which comprises a liner, equipped with electric heating device, including bottle lid, bottle, bottle base and on the water in the inner liner of heating, the bottle body is installed on the function of the control circuit and the switch function, constitute the inner cavity of the bottle body is arranged in the bottle body and the bottle base in, which is characterized in that the liner is a non transparent metal liner, the bottle body is a transparent bottle body, the liner is a cylinder shaped glass liner. Because the utility model is a non liner transparent metal liner, the bottle body is a transparent bottle, so even in a sealed state, also can see the water in the heating tank, the tank water is boiling and crystal clear, because the liner is a non transparent metal container, such as a glass liner so, in the use of the process is not easy to produce scale.
【技术实现步骤摘要】
【技术保护点】
１．一种电热热水瓶，包括内胆、安装有瓶体，瓶体包括盖子、瓶身、瓶底座和对内胆内的水加热的电加热装置，瓶体上安装有功能控制电路板及功能控制开关，内胆置于瓶身与瓶底座构成的瓶体腔内，其特征在于：所述内胆为一透明非金属内胆，瓶身为一透明瓶身或部分透明。
【技术特征摘要】
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0来自[美国] 2015年01月18日 09:19地热能〔GeothermalEnergy〕是由地壳抽取的天然热能，这种能量来自地球内部的熔岩，并以热力形式存在，是引致火山爆发及地震的能量。[1]地球内部的温度高达7000℃，而在80至100公英里的深度处，温度会降至650至1200℃。透过地下水的流动和熔岩涌至离地面1至5公里的地壳，热力得以被转送至较接近地面的地方。高温的熔岩将附近的地下水加热，这些加热了的水最终会渗出地面。运用地热能最简单和最合乎成本效益的方法，就是直接取用这些热源，并抽取其能量。地热能是可再生资源。