Quick heating structure of water purifier

Abstract

The invention relates to a quick heating structure of a water purifier. The water purifier comprises multiple parallelly arrayed capillary water pipes arranged between a water inlet tank and a water outlet tank of the water purifier. All the capillary water pipes are located in a same plane to form a heating layer, at the outer circle of the pipe wall of each capillary water pipe, and carbon fiber infrared quartz electrical heating pipes are coiled from the capillary water pipe inlet to the capillary water pipe outlet in a spiraling mode. The inlet water tank and the outlet water tank are all in the structure that one end is big and the other end is small like the shape of a horn. The capillary pipe is a food level silica gel pipe. The inlet water cavity and the outlet water cavity are all food level silica gel cavities which are processed by a one-time forming method. The quick heating structure of the water purifier has the advantages of being fast in heating, short in heating time, and obvious in energy saving. Through the arrangement of a pressure release structure, the water steam impact is reduced, it is guaranteed that no water spray or splash occurs when the water temperature is too high, thus preventing users from being burned, and enhancing the use safety.

Description

technical field [0001] The invention relates to the field of water purifier manufacturing, in particular to a water purifier quick-heating structure with fast heating speed and remarkable energy-saving effect. Background technique [0002] At present, water purifiers can be divided into the following types according to the heating method: [0003] 1. Step-by-step electric water boiler [0004] The step-by-step electric water boiler adopts step-by-step heating technology, through the damping water inlet and water flow control program and high-precision temperature control components, using the principle of laminar flow heating, to achieve layer-by-layer boiling, boil a layer Reheat one layer, move up layer by layer, and enter water layer by layer. Step-by-step electric water boiler, each layer of water is only heated once from low temperature to boiling. However, this kind of heating system has high requirements on pipelines and relatively small water output, and the maint...

AI Technical Summary

Problems solved by technology

Household appliances "power consumption king": Taking the production of 1 liter of hot water as an example, a traditional household water dispenser with a power of 0.5 kilowatts consumes 1.8 degrees of electricity per day without shutting down the machine, precisely because of its "burning and stopping "Working principle, virtually caused more than 90% of energy waste

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