A siphon type foldable ultra-thin shower waste heat recovery device

Abstract

The invention provides a siphonic foldable ultra-thin shower waste heat recovering device. The siphonic foldable ultra-thin shower waste heat recovering device comprises a waste water collecting device used for collecting shower waste water, a plate heat exchanger used for collecting heat in the shower waste water and a siphon waterway device which is used for guiding the shower waste water collected by the waste water collecting device into the plate heat exchanger, wherein the siphon waterway device is connected between the waste water collecting device and the plate heat exchanger, and the plate heat exchanger comprises a heat collecting waterway used for collecting heat of the shower waste water and a showering waterway used for exchange of the heat collected by the heat collecting waterway. In the prior art, a heat exchanger which is generally a large tube heat exchanger and a waste water collecting device are assembled into a whole, in this way, the size is large, heat exchange efficiency is low, folding is not available, packaging and transportation of products are not convenient, and packaging cost and transportation cost are high. The siphonic foldable ultra-thin shower waste heat recovering device overcomes the defects that in the prior art, size is large, heat exchange efficiency is low, folding is not available, packaging and transportation of products are not convenient, and packaging cost and transportation cost are high.

Description

technical field [0001] The invention relates to a siphon type foldable ultra-thin shower waste heat recovery device. Background technique [0002] After testing, during the bathing process, the waste water that the hot water flows to the ground through the human body generally only reduces by about 10 degrees. That is, if the hot water for bathing is 45 degrees Celsius, then the waste water that reaches the ground after passing through the human body still has about 35 degrees Celsius. After calculation, we know that only about 20% of the heat is actually lost in the human body and the air during bathing, while 80% of the heat remains in the waste water. How to scientifically reuse this rare 80% heat has been a topic of concern to relevant technical personnel. [0003] At present, the existing shower waste heat recovery devices on the market generally have heat exchangers arranged inside the water collector. The heat exchanger of this shower waste heat recovery device is ...

AI Technical Summary

Problems solved by technology

And because the waste water collector of the present invention is compatible with the function of the bathroom anti-slip mat, it can not only collect waste heat but also act on preventing human slipping accidents during bathing, and also overcomes the disadvantages of inconvenient installation and unsightly appearance of the prior art

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