Energy-saving heating anti-fog mirror device

Abstract

The invention provides an energy-saving heating anti-fog mirror device. The energy-saving heating anti-fog mirror device comprises a fixed mirror surface, a rotating mirror surface, a rotating member, a heating module and a mounting plate, wherein a fixed hole is formed in the center of the fixed mirror surface, and fixed grooves are formed in the upper edge of the fixed mirror surface and the lower edge of the fixed mirror surface; corresponding fixed grooves are formed in the rotating mirror surface corresponding to the edges of the fixed mirror surface; the rotating member is arranged between the fixed mirror surface and the rotating mirror surface in a connected manner; the heating module comprises a heating device and a heat conducting strip, a strip-type groove is formed in the heat conducting strip, and the heat conducting strip is fixedly wrapped on the outer edge of the fixed mirror surface and the outer edge of the rotating mirror surface through the strip-type groove; and a power supply device is arranged on the mounting plate. The energy-saving heating anti-fog mirror device is a device which is used for heating the whole body of a user and simultaneously can prevent a dressing mirror from generating a fog layer.

Description

Technical field [0001] The invention relates to the field of vanity mirrors, in particular to a heating anti-fog mirror device. Background technique [0002] A mirror is an item with a smooth surface and the ability to reflect light; the most common mirror is a flat mirror, which is often used by people to organize their appearance; users usually install a vanity mirror in the bathroom and toilet to organize their appearance and assist in bathing Because most of the material of the mirror is composed of glass, due to the thermal conductivity of glass, when the user takes a bath in the bathroom when the temperature is low, the enclosed environment in the bathroom will cause the surface of the mirror to be affected. The temperature difference forms a water mist layer, which affects the user’s use. The user must cool the temperature in the bathroom to room temperature before the water mist layer on the mirror disappears; general users will use it when taking a bath. Heating device....

AI Technical Summary

Problems solved by technology

[0002] A mirror is an object with a smooth surface and the ability to reflect light; the most common mirror is a flat mirror, which is often used by people to organize their appearance; users usually install a vanity mirror in the bathroom and toilet to organize their appearance and assist in bathing Because most of the material of the mirror is composed of glass, due to the thermal conductivity of glass, when the user takes a bath in the bathroom in the season when the temperature is low, the airtight environment in the bathroom will make the surface of the mirror The temperature difference forms a layer of water mist, which affects the use of users. When the user must cool the temperature in the bathroom to room temperature, the water mist layer on the mirror will disappear; Heating devices, such heating devices include Yuba devices. When using Yuba devices, the temperature in the bathroom will rise rapidly. However, existing Yuba devices are usually designed to be installed on the top of the bathroom, heating from the top of the user's head downwards. Such a heating method not only cannot provide comprehensive heating and heat preservation to the user's body, but also has a large part of heat energy wasted, which is not conducive to energy saving; in summary, there are defects

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