Composite tube alternatively using cold energy and heat energy

Abstract

The invention relates to an apparatus which can alternatively use cold energy and heat energy, wherein the apparatus is particularly suitable for devices for producing cooled boiled water or core apparatuses which are used for manufacturing devices for heating the cold water and cooling the hot water so that mutual utilization of the cold energy and the heat energy can be achieved. Two water flow channels are combined together to form a combined pipeline, one of the two channels is arranged in the middle of the inner portion of the pipeline, the other channel is arranged on the periphery of the inner portion of the pipeline, strip-shaped heat-conducting fins are fully distributed on the pipe wall of the channel which is arranged in the middle of the inner portion of the pipeline, and a thermal insulation layer is arranged outside the channel on the periphery of the inner portion of the pipeline. The hot water in the channel in the middle of the inner portion of the pipeline gradually becomes cold when influenced by the cold water flow in the channel on the periphery of the hot water, and the cold water in the channel outside the inner portion of the pipeline gradually becomes hot when influenced by the hot water flow in the channel in the middle of the inner portion of the pipeline. Temperatures of water in the two channels can be exchanged even though the water in the two channels is not compatible due to water qualities. When used for producing the cooled boiled water, the technology saves about 90% of energy compared with a traditional method for producing the cooled boiled water.

Description

technical field [0001] The product of the present invention relates to a combined water pipe pipeline that can be widely used in the cold boiled water production process. type product. It has two main purposes, one is to make cold boiled water, and the other is to be used in industry to combine water that needs to be heated with cold water and water that needs to be cooled down (such as water for injection molding machines, generators, and water for dyeing machines). Combine them and use each other to achieve the purpose of saving energy. If it is used in the production of cold boiled water, its effect is even better, because it saves about 90% of the energy compared with the traditional method of making cold boiled water! Background technique [0002] So far, the production of cold boiled water is to boil the water at room temperature through a water heater (a combination of a kettle and a stove or an industrial boiler) and then cool it naturally or forcefully (referring ...

AI Technical Summary

Problems solved by technology

What I have to mention here is the disinfection and sterilization process of drinking water. With the current technology, the method of adding fluorine or ozone and ultraviolet rays to the water is used for disinfection and sterilization. Such a treatment process is likely to contain some Residues that are harmful to the human body, and cannot fully achieve the desired effect in terms of disinfection and sterilization requirements

A variety of data prove that the traditional method of disinfection and sterilization of drinking water has the best effect, that is, boiling the water. Although this cannot guarantee the absolute disinfection and sterilization effect, 99.99% of the effect can be achieved.

However, if the anti-virus process of making drinking water is produced by the traditional method of boiling, it will consume a lot of energy

It is not that the manufacturers of drinking water have not seen the advantages of the traditional disinfection process, but they are discouraged when they think about the cost of boiling water, so they have not thought deeply about it, so there is no such thing as the present invention so far. Cold water boiler made of pipes to produce cold water

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