Device combining warm water and ultraviolet sterilization faucet

Abstract

The invention provides a device combining warm water and an ultraviolet sterilization faucet. The ultraviolet sterilization faucet comprises a main body, a water inlet channel, a water outlet channel,a switch valve and a sterilization assembly, wherein the water inlet channel and the water outlet channel are formed in the main body; the switch valve is used for opening or closing the water inletchannel; the sterilization assembly is arranged in the main body; the water inlet channel communicates with a first water inlet pipeline and a second water inlet pipeline; the second water inlet pipeline is provided with an instant heater; and when the second water inlet channel is opened, the instant heater heats water in the second water inlet pipeline. According to the device combining the warmwater and the ultraviolet sterilization faucet provided by the invention, the ultraviolet sterilization faucet is connected with the two water inlet pipelines, when the second water inlet pipeline isswitched on, the water is firstly heated to 38 to 60 DEG C through the instant heater, is then sterilized through a sterilization device and finally flows out from a faucet bend pipe, so that the sterile warm water is prepared, a user can directly drink the warm water, and health, safety, quickness and convenience are realized; and meanwhile, the user can selectively open a normal-temperature water pipeline or a warm water pipeline, so that multi-aspect drinking demands of the user are met.

Description

technical field [0001] The invention relates to the technical field of sterilizing faucets, in particular to a device combining warm water and ultraviolet ray sterilizing faucets. Background technique [0002] With the continuous acceleration of people's life rhythm, warm water that can be used immediately has become the demand of many busy people. In the existing life, warm water is still mostly obtained by cooling hot boiled water to 38-60°C. This method of production is less efficient. And it takes a long time. At present, the multi-function water dispenser on the market can also prepare warm water, but the structure of this water dispenser is more complicated and the price is more expensive, and because the water dispenser has many functions, the preparation process of warm water is first sterilized and then heated by an instantaneous heater To the required temperature, many bacteria still remain in the instantaneous heater, therefore, the warm water provided by the wat...

AI Technical Summary

Problems solved by technology

[0002] With the continuous acceleration of people's life rhythm, warm water that can be used immediately has become the demand of many busy people. In the existing life, warm water is still mostly obtained by cooling hot boiled water to 38-60°C. This method of production is less efficient. and time-consuming

At present, the multi-function water dispenser on the market can also prepare warm water, but the structure of this water dispenser is more complicated and the price is more expensive, and because the water dispenser has many functions, the preparation process of warm water is first sterilized and then heated by an instantaneous heater To the required temperature, there are still many bacteria remaining in the instantaneous heater, therefore, the warm water provided by the water dispenser cannot fully guarantee the health and safety of drinking water

At present, most of the warm water machines on the market directly heat household ordinary room temperature water to 38-60°C for drinking. Obviously, this cannot kill all harmful bacteria or viruses in the water, and there are great health and safety risks.

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