Intelligent closestool and instant heater main functional component

Abstract

The invention discloses an instant heater main functional component. The instant heater main functional component comprises a heating pipe, a first conductive and thermal conductor and a second conductive and thermal conductor, wherein the first conductive and thermal conductor is provided with abutting protrusions, the second conductive and thermal conductor sleeves on the heating pipe and abutsagainst the abutting protrusions, the first conductive and thermal conductor is provided with a grounding contact capable of communicating the abutting protrusions with the ground, and functions of electric and thermal conductivity can be realized through the first conductive and thermal conductor and the second conductive and thermal conductor. Fluid flowing through the heating pipe is conveyed to the abutting protrusions through the second conductive and thermal conductor after being heated through the heating pipe, and thus according to the first conductive and thermal conductor, heat dissipation is realized, and the dry burning resistance function is further realized; furthermore, connectivity between the grounding contact and the fluid is realized through the second conductive and thermal conductor, the fluid flowing through the top and the bottom of the second conductive and thermal conductor can be connected with the ground, electric leakage resistance is reliable, the structureis simple, thus the structure can be simplified, and meanwhile the functions of heat dissipation, dry burning resistance and reliable electric leakage resistance are realized. The invention further discloses an intelligent closestool comprising the instant heater.

Description

technical field [0001] The invention relates to the field of intelligent toilets, in particular to a main functional component of an instant heater. The present invention also relates to an intelligent toilet including an instant heater main functional assembly. Background technique [0002] With the improvement of living standards, consumers have higher requirements for quality of life, which is reflected in the widespread favor of smart devices such as smart toilets and smart homes. Taking the existing smart toilet as an example, the existing smart toilet can realize functions such as seat heat preservation, automatic deodorization, and silent seating. In order to further improve the performance of the smart toilet, it is particularly necessary to improve and optimize the performance of the smart toilet. [0003] Existing smart toilets usually have built-in instant heaters that can quickly heat an appropriate amount of cold water. Due to the shortcomings in structural des...

AI Technical Summary

Problems solved by technology

[0003] Existing smart toilets usually have built-in instant heaters that can quickly heat an appropriate amount of cold water. Due to the shortcomings in structural design of such instant heaters, it is difficult for existing instant heating to simultaneously achieve heat dissipation, anti-dry heating, and anti-leakage functions. Moreover, the existing instant heater needs to add a large number of parts to realize the above functions, and the structure is more complicated

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