Heater assembly

Abstract

The invention relates o a heater assembly. The heater assembly comprises a water feeding assembly, a heater and a water discharging assembly, wherein a water inlet of the heater is connected with the water feeding assembly. The heater assembly is characterized by further comprising a steam separator and a first temperature sensor, wherein the steam separator is arranged between a water outlet of the heater and the water discharging assembly, the first temperature sensor is arranged on the steam separator, the steam separator carries out steam separation on hot water flowing through the steam separator, and the first temperature sensor is used for collecting temperature information of the hot water flowing through the steam separator. According to the heater assembly, by additionally arranging the steam separator between the heater and the water discharging assembly, the situation that too much high-temperature steam is ejected out of a water discharging nozzle and the hands of a user are prone to scalds is avoided, and the use safety of the product is improved; hot water made through the heater assembly tastes good; by arranging the temperature sensor on the steam separator, water outflow temperature can be collected truthfully and accurately, and the whole structure is simple and reasonable.

Description

technical field [0001] The invention relates to the technical field of heaters, in particular to a heater assembly for heating water. Background technique [0002] Existing heaters have been widely used in various fields, especially for heating water, such as: a water purifier with a heating function, which is equipped with a heater inside, mainly to heat the water flowing through it. [0003] However, the existing traditional above-mentioned water heaters still have the following disadvantages: (1) After the water is heated and boiled by the heater, part of the water will be vaporized to form a water-steam mixture (that is, a mixture of water and water vapor) and the water will be discharged together The nozzle sprays out (the water changes into water vapor, and the volume will increase, which will cause the pressure in the nozzle to increase and cause the water vapor mixture to spray out), and the high temperature (not lower than 100°C) water vapor will easily burn the use...

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Problems solved by technology

[0003] However, the existing traditional above-mentioned water heater still has the following disadvantages: (1) After the water is heated and boiled by the heater, part of the water will be vaporized to form a water-steam mixture (that is, a mixture of water and water vapor) and the water will be discharged together The nozzle sprays out (the water changes into water vapor, and the volume will increase, which will cause the pressure in the nozzle to increase and cause the water vapor mixture to spray out). The high temperature (not lower than 100°C) water vapor will easily burn the user's hands. There are certain potential safety hazards; moreover, some high-temperature water vapor is mixed with hot water, which affects the taste of drinking water to a certain extent; (2) Generally, temperature-sensing elements such as thermostats or temperature sensors are added to the outer wall of the heater, Since this temperature-sensing element is set on the heater, it senses the heating temperature of the heater instead of the real outlet water temperature, because the water heated by the heater still needs to "walk" a certain path before it can be discharged. Discharged from the water outlet, the temperature sensing element on the traditional heater has not been able to accurately collect (monitor) the outlet water temperature

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